dm816x/c6a816x/am389x evaluation module -...

DM816x/C6A816x/AM389xEvaluation Module

2011 DSP Development Systems

ReferenceTechnical

Prelim

inary

DM816x/C6A816x/AM389x Evaluation Module Technical Reference

512875-0001 Rev. A October 2011

SPECTRUM DIGITAL, INC.12502 Exchange Drive, Suite 440 Stafford, TX. 77477

Tel: 281.494.4505 Fax: [email protected] www.spectrumdigital.com

IMPORTANT NOTICE

Spectrum Digital, Inc. reserves the right to make changes to its products or to discontinue anyproduct or service without notice. Customers are advised to obtain the latest version of relevantinformation to verify that the data being relied on is current before placing orders.

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Please be aware that the products described herein are not intended for use in life-support appliances, devices, or systems. Spectrum Digital does not warrant nor is Spectrum Digital liable for the product described herein to be used in other than a development environment.

Spectrum Digital, Inc. assumes no liability for applications assistance, customer product design, software performance, or infringement of patents or services described herein. Nor does SpectrumDigital warrant or represent any license, either express or implied, is granted under any patent right,copyright, or other intellectual property right of Spectrum Digital, Inc. covering or relating to anycombination, machine, or process in which such Digital Signal Processing development products orservices might be or are used.

WARNING

This equipment is intended for use in a laboratory test environment only. It generates, uses, and canradiate radio frequency energy and has not been tested for compliance with the limits of computingdevices pursuant to subpart J of part 15 of FCC rules, which are designed to provide reasonableprotection against radio frequency interference. Operation of this equipment in other environmentsmay cause interference with radio communications, in which case the user at his own expense will berequired to take whatever measures necessary to correct this interference.

Copyright © 2011 Spectrum Digital, Inc.

Contents

1 Introduction to the DM816x/C6A816x/AM389x Evaluation Module . . . . . . . . . . . . . . 1-1 Provides you with a description of the DM816x/C6A816x/AM389x Evaluation Module, key features, and block diagram. 1.1 Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2 1.2 Functional Overview of the DM816x/C6A816x/AM389x EVM . . . . . . . . . . . . . . . . 1-4 1.3 Basic Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5 1.4 Memory Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5 1.5 Configuration Switch Settings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-6 1.6 Power Supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-82 Board Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1 Describes the operation of the major board components on the DM816x/C6A816x/AM389x Evaluation Module. 2.1 EMIF-A Interfaces . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.1.1 EMIF-B SDRAM Memory Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.1.2 Memory Card Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.1.3 UART Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.1.4 USB Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.1.5 HDMI Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.1.6 Video DAC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.1.7 PCIe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-3 2.2 AIC3106 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-3 2.3 Ethernet Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4 2.4 I2C Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4 2.5 SPI Flash . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-5 2.6 Power Monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-5 2.7 Daughter Card Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-5

3 Physical Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-1 Describes the physical layout of the DM816x/C6A816x/AM389x EVM and its connectors. 3.1 Board Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-3 3.2 Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-5 3.2.1 J1, 12V Power In . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-7 3.2.2 J2, HD15 Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-6 3.2.3 J3, F Type Video Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-7 3.2.4 J4, Composite Video Out . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-7 3.2.5 J5, Component Video , RCA Jack - Green . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-7 3.2.6 J6, Component Video , RCA Jack - Blue . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-8 3.2.7 J7, Component Video , RCA Jack - Red . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-8 3.2.8 J8, Disk Drive Power Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-8 3.2.9 J9, SCART21 Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-9 3.2.10 J10, Ethernet Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-10 3.2.11 J11, SATA Header . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-10 3.2.12 J12, SATA Header . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-11 3.2.13 J13-1/J13-2, USB-A Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-12 3.2.14 J14, MSP430 Programming Header . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-13 3.2.15 J15, CTI JTAG Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-14 3.2.16 J16, VLYNQ/Transport Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-15 3.2.17 J17, Video/Transport Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-16 3.2.18 J18, GPMC Expansion Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-18 3.2.19 J19, MCASP/XXX Expansion Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-20 3.2.20 J20, Serial Expansion Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-22 3.2.21 P1, S-Video Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-23 3.2.22 P2, Headphone Out . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-24 3.2.23 P3, Line Out . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-24 3.2.24 P4, Line In . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-25 3.2.25 P5, Mic In . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-25 3.2.26 P6, HDMI Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-26 3.2.27 P7, DB9 Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-27 3.2.28 P8, PCIe Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-28 3.2.29 P9, SD/MMC Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-29 3.2.30 P10, DB9 Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-30 3.2.31 P11, Fan Connector . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-31 3.3 LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-32 3.4 Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-32 3.4.1 SW1, On/Off Power Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-32 3.4.2 SW2, User Readable Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-33 3.4.3 SW3, Boot Mode/Configuration Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-34 3.4.4 SW4, On Board Memory Enable Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-37 3.4.5 SW5, PCI/WDOG Reset Enable Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-37 3.4.6 SW6, Reset Switch . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-38 3.5 Infra-red Receiver . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-38 3.6 Test Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-39A Schematics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A-1 Contains the schematics for the DM816x/C6A816x/AM389x Evaluation ModuleB Mechanical Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B-1 Contains the mechanical information about the DM816x/C6A816x/AM389x Evaluation Module

About This Manual

This document describes the board level operations of the DM816x/C6A816x/AM389xEvaluation Module (EVM). The EVM is based on the Texas Instruments DM816x/C6A816x/AM389x Processor.

The DM816x/C6A816x/AM389x Evaluation Module is a table top card that allowsengineers and software developers to evaluate certain characteristics of theDM816x/C6A816x/AM389x processor to determine if the processor meets thedesigners application requirements. Evaluators can create software to execute onboard or expand the system in a variety of ways.

Notational Conventions

This document uses the following conventions.

The DM816x/C6A816x/AM389x Evaluation Module will sometimes be referred to as theDM816x/C6A816x/AM389x EVM or EVM.

Program listings, program examples, and interactive displays are shown in a specialitalic typeface. Here is a sample program listing.

equations!rd = !strobe&rw;

Information About Cautions

This book may contain cautions.This is an example of a caution statement.A caution statement describes a situation that could potentially damage your software,or hardware, or other equipment. The information in a caution is provided for yourprotection. Please read each caution carefully.

Related Documents, Application Notes and User Guides

Information regarding the DM816x/C6A816x/AM389x can be found at the followingTexas Instruments website:

http://www.ti.com

Table 1: Manual History

Revision History

A Initial Release

Chapter 1Introduction to the

DM816x/C6A816x/AM389x EVM

Chapter One provides a description of the DM816x/C6A816x/AM389xEVM along with the key features and a block diagram of the circuit board.

Topic Page1.1 Key Features 1-21.2 Functional Overview of the DM816x/C6A816x/AM389x 1-4

EVM1.3 Basic Operation 1-51.4 Memory Map 1-61.5 Boot Switch Settings 1-71.6 Power Supply 1-8

1-1

Spectrum Digital, Inc

1.1 Key Features

The DM816x/C6A816x/AM389x EVM is a standalone development platform thatenables users to evaluate and develop applications for the DM816x/C6A816x/AM389xprocessor. Schematics and application notes are available to ease hardwaredevelopment and reduce time to market. The block diagram for this EVM is shownbelow.

Figure 1-1, Block Diagram DM816x/C6A816x/AM389x EVM

Figure 1-2, Block Diagram DM816x/C6A816x/AM389x EVM Expansion Connectors

US

B0/

1E

NE

TR

J45

SC

AR

T

IRRS-232

HD

PW

RP

WR

Mon

RS

-232

SD / MMC

Mic

In

Line

In

Line

Out

HP

Out

12V

DC

PW

R S

W

Cr YCb C

S-V

ideo

HDMIVGA

EN

ET

PH

Y

RF

Out

JTAG

DDR2 / DDR3 DIMM Module

AIC3106

I2C Bus

SW3

SW4

SW2

Reset

MSP430

I2CROM

THS7360

THS7375

UserLEDs/DIPSwitches

SATA

GMII

McASP

Video

GPMC

UART2UART1

EMIF

0EM

IF1

PCIe

816X / 389X

PC

Ie

SATA0

SATA1

NAND

SPIROM

I2CGPIO

SPI

SD/MMC

McASP

GMII

GPMC

Video

UART0/1/2

Vide

o

J18

UART0/1/2

SC0/1

UA

RT

&M

isc

I/O

816X / 398X

Video In/OutVideo

McA

SP

/Eth

erne

t

GP

MC

J20

J19

J16 J17

1-2 DM816x/C6A816x/AM389x EVM Technical Reference


The EVM comes with a full complement of on board devices that suit a wide variety ofapplication environments. Key features include:

• A Texas Instruments DM816x/C6A816x/AM389x device with a C674x DSP floating point processor and an ARM Cortex A8 processor operating up to 1 GHz.

• 2 Gigabyte DDR3 RAM soldered to the EVM

• 32 Megabit SPI Flash

• 2 gigabyte NAND Flash

• Composite video out

• Component video out

• Dual Host USB Interfaces

• Video/GPMC/MCASP/Serial Expansion Interfaces

• On-chip HDMI Interface

• 10/100/1000 Ethernet Interface

• SD media card interface

• TLV320AIC3106 Stereo Codec (Line In/Out, Mic in, Headphone out)

• 2 SATA drive interfaces

• PCIe connector with 2 lanes

• RS-232 Interface

• Infra-red receiver

• On chip real time clock

• Configurable boot load options

• 4 user LEDs/4 position user DIP switch

• Single voltage power supply (+12V)

• 20 Pin CTI JTAG Interface

• On board power monitoring

1-3


1.2 Functional Overview of the DM816x/C6A816x/AM389x EVM

The DM816x/C6A816x/AM389x on the EVM interfaces to on-board peripherals throughmultiple on-chip interfaces. The DDR3 memory is soldered down onto the EVM. HDMIand video interfaces support up to 1080p resolution, along with gigabit ethernet andRS-232 interfaces which provide direct support for operating systems running on theEVM.

An on-board AIC3106 codec allows the DSP to transmit and receive analog audiosignals. The I2C bus is used for the codec control interface, while the McASP controlsthe audio stream. Signal interfacing is done through 3.5mm audio jacks that correspondto microphone input, headphone output, line input, and line output.

The EVM includes 4 user LEDs, a 4 position user DIP switch, and on chip real timeclock. On board connectors allows ease of interfacing to the daughter cards.

An included +12V external power supply is used to power the board. On-boardswitching voltage regulators provide the CPU core voltage, +3.3V, +1.8V for peripheralinterfacing. The board is held in reset by the on board power controller until thesesupplies are within operating specifications.

Code Composer Studio communicates with the EVM through an 20 pin compact TIJTAG header.

Figure 1-3, DM816x/C6A816x/AM389x EVM



1.3 Basic Operation

The EVM is designed to work with TI’s Code Composer Studio IDETM, orUbuntu/Code Sorcery tool environments. Code Composer communicates with theboard through an on board JTAG emulator. This EVM is shipped with an EVM specificCode Composer Studio environment.

1.4 Memory Map

The DM816x/C6A816x/AM389x processor has a byte addressable address space.Program code and data can be placed anywhere in the unified address space.Addresses are multiple sizes depending on hardware implementation. Refer to theappropriate device data sheets for more details.

The part incorporates a triple EMIF interface. Two dedicated 32-bit wide DDR2interface directly to the on board dual DIMM. GPMC (General Purpose MemoryController) has multiple separate addressable regions called chip enable spaces. TheEVM uses this interface as a peripheral interface to daughter card connectors andNAND Flash interfaces. The memory maps for both of the processors in theDM816x/C6A816x/AM389x device can be found in TI document SPRS680. Theaddress ranges for the off chip DDR2 and NAND memory are shown in the table below.

Table 1: DDR2 and NAND Memory Ranges

Interface Memory Type Address Range Size

DDR0 DDR2 0x8000 0000 0x2000 0000

DDR1 DDR2 0xC000 0000 0x2000 0000

GPMC NANDGPMC_CS0,

see NAND controller information

2 Gigabyte

1-5


1.5 Boot Switch Settings

The EVM uses 9 positions of a 10 position DIP switch (SW3) to configure theoperational state of the processor when it is released from reset and determine thesource for processor booting. Five (5) positions indicate the boot mode and four (4)positions determine the memory configuration. By default as shipped the switches areconfigured to SD Card boot. The tables below shows the boot mode sources and theirrespective switch positions.

Table 2: Memory Boot Load Order

BTMODE[4] (Position5)= 1MEMORY BOOTING PREFERRED

BTMODE[3:0]Switch

Position[4:1]First Second Third Fourth

XIP UART EMAC SD 0 0 0 0

XIPWAIT UART EMAC SD 0 0 0 1

NAND NANDI2C SPI UART 0 0 1 0

NAND NANDI2C SD UART 0 0 1 1

NAND NANDI2C SPI EMAC 0 1 0 0

NANDI2C SD EMAC UART 0 1 0 1

SPI SD UART EMAC 0 1 1 0

SD SPI UART EMAC 0 1 1 1

SPI SD PCIE_32 Reserved 1 0 0 0


Reserved Reserved Reserved Reserved 1 0 1 0





GP Fast External

BootEMAC UART PCIE_32 1 1 1 1



The photo below shows the switch settings for SD card boot.

Table 3: Peripheral Boot Load Order

BTMODE[4] (Position5)= 0PERIPHERAL BOOTING PREFERRED

BTMODE[3:0]Switch



UART XIPWAIT SD SPI 0 0 0 1

UART SPI NAND NANDI2C 0 0 1 0

UART SPI XIP SD 0 0 1 1

EMAC SPI NAND NANDI2C 0 1 0 0



EMAC SD SPI XIP 0 1 1 1

PCIE_32 Reserved Reserved Reserved 1 0 0 0







GP Fast External

BootUART EMAC PCIE_64 1 1 1 1

Figure 1-4, Boot Load Switch Settings

1-7


An additional switch (SW4) enables the chip select for on board NAND and SPI Flash. This switch allows for daughter cards to override on board configurations.This switch must disable the on board NAND and SPI when SD card boot is selected.The photo below shows the default switch settings for SW4.

1.6 Power Supply

The EVM operates from a single +12V external power supply connected to the mainpower input (J1), a 2.5 MM. barrel-type plug. On the EVM, the +12V input is convertedinto core voltage (1 volt constant and 1 volt variable [AVS]), +1.5V, +1.8V, +3.3V and+5V using Texas Instruments controllers and regulators. The +3.3V supply is used forthe CPU's I/O buffers.

Figure 1-5, SW4, NAND/SPI Select Switch Settings


Chapter 2

Board Components

This chapter describes the operation of the major board components onthe DM816x/C6A816x/AM389x EVM.

Topic Page2.1 EMIF-A Interfaces 2-22.1.1 EMIF-B SDRAM Memory Interface 2-22.1.2 Memory Card Interface 2-22.1.3 UART Interface 2-22.1.4 USB Interface 2-22.1.5 HDMI Interface 2-22.1.6 Video DAC 2-22.1.7 PCIe 2-32.2 AIC3106 Interface 2-32.3 Ethernet Interface 2-42.4 I2C0, I2C1 Interfaces 2-42.5 SPI Flash 2-52.6 Power Monitoring 2-52.7 Daughter Card Interface 2-5

2-1


2.1 GPMC Interface

A separate 16 bit EMIF with multiple chip enables divide up the internal address spaceand allow for asynchronous memory accesses on the EVM. The EVM uses thisinterface for memory interfaces to the daughter card and on board NAND Flash.

2.1.1 DDR Memory Interfaces

The DM816x/C6A816x/AM389x device incorporates a dedicated 32 bit wide DDR3memory interface. The EVM incorporates supports 2 gigabytes of memory for program,data, and video storage. The internal memory controller uses a PLL to control thememory timing. Memory refresh is handled automatically by the processor’sinternal controller.

2.1.2 Memory Card Interface

The EVM supports SD/MMC media card interfaces. This interface is directly supportedvia an on chip peripheral.

2.1.3 UART Interface

The internal UART2 on the DM816x/C6A816x/AM389x device is driven to connectorP10. The UART’s interface is routed to the RS-232 line drivers prior to being broughtout to a DB-9 connector.

2.1.4 USB Interface

The DM816x/C6A816x/AM389x incorporates two on chip USB controllers. The twointerfaces are brought out to dual host A type connector, J13.

2.1.5 HDMI Interface

The DM816x/C6A816x/AM389x has an on chip HDMI peripheral which supports up to 1080p @ 60 Hz. resolution. This interface is a direct interface to an HDMI connector,P6.

2.1.6 Video DAC

The EVM supports composite, S-video, Scart, and component output via internal videoDACs. The interfaces are buffered via THS7360 and THS7375 video DACs toconnectors J2, J9, J4, J5, J6, and J7.



2.1.7 PCIe

The EVM provides a PCIe connector and supports 2 lanes of transmit and receiveinterfaces.

2.2 AIC3106 Interface

The EVM incorporates a Texas Instruments TLV320AIC3106 stereo codec for input andoutput of audio signals. The codec samples analog signals on the microphone or lineinputs and converts them into digital data so it can be processed by the DSP. When theDSP is finished with the data it uses the codec to convert the samples back into analogsignals on the line output so the user can hear the output.

The codec communicates using two serial channels, one to control the codec’s internalconfiguration registers and one to send and receive digital audio samples. The I2C busis used as the AIC3106’s control channel. The control channel is generally only usedwhen configuring the codec, it is typically idle when audio data is being transmitted,

McASP1 is used as the bi-directional data channel. All audio data flows through thedata channel. Many data formats are supported based on the three variables ofsample width, clock signal source and serial data format. The EVM examples generallyuse a 16-bit sample width with the codec in master mode so it generates the framesync and bit clocks at the correct sample rate without effort on the DSP side.

The codec is clocked via a 24.576 Mhz oscillator. The internal sample rate generatorsubdivides the default system clock to generate common audio frequencies. Thesample rate is set by a codec register. The figure below shows the codec interface onthe DM816x/C6A816x/AM389x EVM.

Figure 2-1, DM816x/C6A816x/AM389x EVM CODEC INTERFACE

DOUTDIN

BCLKWCLK

MIC IN

LINE IN

LINE OUT

HP OUT

McASP

AIC3106 Codec

Digital Analog

MIC IN

LINE IN

LINE OUT

HP OUT

SCLSDA

I2CControlSCL

SDA I2C Format Control Registers

ADC

DAC

AXR[0]AXR[5]ACLKRACLKXAFSRAFSX

2-3


2.3 Ethernet Interface

The DM816x/C6A816x/AM389x incorporates two ethernet MAC’s that support10/100/1000 Mbit interfaces. Ethernet 0 is interfaced to an external Phy and broughtout to an RJ-45 standard ethernet connector, J10. The ethernet address is stored onchip within the CPU.

The RJ-45 jack has 2 LEDs integrated into the connector. The LEDs are green andyellow and provide link and transmit status from the ethernet controller.

2.4 I2C0, I2C1 Interfaces

The I2C0 and I2C1 bus on the DM816x/C6A816x/AM389x is ideal for interfacing to thecontrol registers of many devices. On the DM816x/C6A816x/AM389x EVM the I2C0bus is used to configure the Codec, I2C ROM, and bit addressable latch. The format ofthe bus is shown in the figure below.

The addresses of the on board peripherals are shown in the tables below.

Table 1: I2C0 Address Map

Device Address R/W Function

TLV320AIC3106 0x18 R/W CODECPCF8575 0x20 R/W Bit I/OMSP430 0x25 R/W Power Monitor

I2C EEPROM 0x50 R/W I2C EEPROM

Table 2: I2C1 Address Map

Device Address R/W Function

PCF8575 0x20 R/W Bit I/O

Figure 2-3, I2C Bus Format

Start Slave Address W ACK Sub Address ACK-S Data ACK-S StopWrite Sequence

Start Slave Address R Data STOPRead Sequence



2.5 SPI Flash

The EVM has a 32 megabit SPI Flash that can be used for booting and/or storage. Notethat the switch S2 enables the SPI chip select and must be set properly when using thedevice.

2.6 Power Monitoring

The EVM uses an MSP430 CPU connected to multiple INA2201DCN I2C powermonitors to monitor the voltage and currents on the EVM. The MSP430 outputs thisinformation in real time via its dedicated RS-232 port, P7.

2.7 Daughter Card Interfaces

The EVM provides expansion connectors that can be used to accept plug-in daughtercards. The daughter card allows users to build on their EVM platform to extend itscapabilities and provide customer and application specific I/O. The expansionconnectors are interfaces which include McASP, and serial I/O expansion. The EMIF-Asignals are brought out as LCD, peripheral, or EMIF signals.

The daughter card connectors used on the EVM are shown in the table below.

Table 3: Daughter Card Connectors

Reference Designator

Part Numbers Used On EVM Manufacturer

J16 QSH-030-01-L-D-A-K SamtecJ17 QSH-060-01-L-D-A-K SamtecJ18 QSH-060-01-L-D-A-K SamtecJ19 QSH-060-01-L-D-A-K SamtecJ20 QSH-030-01-L-D-A-K Samtec

2-5


One of the compatible mating daughter card connectors used to interface to the EVMare shown in the table below (other heights are available).

Table 4: Mating Daughter Card Connectors

Reference Designator

Matingconnector Manufacturer

XJ16 QTH-030-02-L-D-A-K SamtecXJ17 QTH-060-02-L-D-A-K SamtecXJ18 QTH-060-02-L-D-A-K SamtecXJ19 QTH-060-02-L-D-A-K SamtecXJ20 QTH-030-02-L-D-A-K Samtec


Chapter 3

Physical Description

This chapter describes the layout of the DM816x/C6A816x/AM389xEVM and its interfaces.

Topic Page3.1 Board Layout 3-33.2 Connectors 3-53.2.1 J1, 12V Power In 3-63.2.2 J2, HD15 Connector 3-63.2.3 J3, F Type Video Connector 3-73.2.4 J4, Composite Video Out 3-73.2.5 J5, Component Video, RCA Jack - Green 3-73.2.6 J6, Component Video, RCA Jack - Blue 3-83.2.7 J7, Component Video, RCA Jack - Red 3-83.2.8 J8, Disk Drive Power Connector 3-83.2.9 J9, SCART21 Connector 3-93.2.10 J10, Ethernet Connector 3-103.2.11 J11, SATA Header 3-103.2.12 J12, SATA Header 3-113.2.13 J13-1/13-2, USB-A Connectors 3-123.2.14 J14, MSP430 Programming Header 3-133.2.15 J15, CTI JTAG Interface 3-143.2.16 J16, VLYNQ/Transport Connector 3-153.2.17 J17, Video/Transport Connector 3-163.2.18 J18, GPMC Expansion Connector 3-183.2.19 J19, MCASP/XXX Expansion 3-203.2.20 J20, Serial Expansion Connector 3-22

3-1


Topic Page3.2.21 P1, S-Video Connector 3-233.2.22 P2, Headphone Out 3-243.2.23 P3, Line Out 3-243.2.24 P4, Line In 3-253.2.25 P5, Mic In 3-253.2.26 P6, HDMI Connector 3-263.2.27 P7, DB9 Connector 3-273.2.28 P8, PCIe Interface 3-283.2.29 P9, SD/MMC Connector 3-293.2.30 P10, DB9 Connector 3-303.2.31 P11, Fan Connector 3-313.3 LEDs 3-323.4 Switches 3-323.4.1 SW1, On/Off Power Switch 3-323.4.2 SW2, User Readable Switches 3-333.4.3 SW3, Boot Mode/Configuration Switch 3-343.4.4 SW4, On Board Memory Enable Switch 3-373.4.5 SW5, PCI/WDOG Reset Enable Switch 3-373.4.5 SW6, Reset Switch 3-383.5 Infra-red Receiver 3-383.6 Test Points 3-39



3.1 Board Layout

The DM816x/C6A816x/AM389x EVM is a 12.5 x 8.4 inch six (6) layer printed circuitboard which is powered by an external +5 volt only power supply. Figure 3-1shows the layout of the top side of the DM816x/C6A816x/AM389x EVM.

Figure 3-1, DM816x/C6A816x/AM389x EVM, Interfaces Top Side

P6

J4

P7

P1

DS1

SW2

J9

P8

J15

J14P11

SW3

DS2-5

P9

P10

J8

J11

J12

J13J10

P4

P3

P2

P5

J7

J6

J5

J2

J3

J1

SW1

SW6

SW5

SW4

IR

3-3


Figure 3-2 shows the layout of the bottom side of the DM816x/C6A816x/AM389x EVM.

Figure 3-2, DM816x/C6A816x/AM389x EVM, Interfaces Bottom Side

J20

J17

J16

J18

J19



3.2 Connectors

The EVM has numerous connectors and option jumpers to control and provideconnections to various peripherals. These connectors and jumpers are described in thefollowing sections.

Table 1: Connectors

Connector Size BoardSide

SchematicPage Function

J1 2 Top 56 12V Power In

J2 15 Top 42 HD15 Connector

J3 2 Top 42 F Type Video Connector

J4 2 Top 42 Composite Video

J5 2 Top 42 RCA Jack - Green

J6 2 Top 42 RCA Jack - Blue

J7 2 Top 42 RCA Jack - Red

J8 9 Top 56 Drive Input Power Connector

J9 21 Top 43 SCART21 Connector

J10 14 Top 40 Ethernet Output Connector

J11 9 Top 12 SATA Header

J12 9 Top 12 SATA Header

J13-1 6 Top 30 USB-A Connector

J13-2 6 Top 30 USB-A Connector

J14 2 x 7 Top 50 MSP430 Programming Header

J15 20 Top 14 CTI JTAG Interface

J16 2 x 32 Bottom 45 VLYNQ/Transport Connector

J17 2 x 64 Bottom 44 Video/Transport Connector

J18 2 x 64 Bottom 46 GPMC Expansion Connector

J19 2 x 64 Bottom 48 MCASP/XXX Expansion

J20 2 x 32 Bottom 47 Serial I/O Expansion Connector

P1 7 Top 42 S-video Connector

P2 4 Top 41 Headphone Out

P3 4 Top 41 Line Out

P4 4 Top 41 Line In

P5 4 Top 41 Mic In

P6 23 Top 11 HDMI

P7 11 Top 50 DB9 Connector

P8 2 x 32 Top 28 PCIe Interface

P9 28 Top 35 SD/MMC Connector

P10 11 Top 33 DB9 Connector

P11 3 Top 56 Fan Connector

3-5


3.2.1 J1, 12V Power In

Connector J1 is the input power connector. This connector brings in +12 volts to theEVM. This is a 2.5mm. jack. The inside of the jack is tied to through a fuse toEVM_12V. The other side is tied to ground and LED DS1. The figure below shows thisconnector as viewed from the card edge.

3.2.2 J2, HD15 Connector

Connector J2 is a 15 pin header that allows a high definition video device to be pluggedinto the EVM. The signals on this connector are shown in the table below.

Table 2: J2, HD15 Connector

Pins Signal

1 U4, Pin 12, SF3_OUT



4 NC

5 Ground

6 Ground

7 Ground

8 Ground

9 NC

10 Ground

11 NC

12 NC

13 NC

14 NC

15 NC

PC Board

J1+12V

Ground

Front ViewFigure 3-3, J1, +12 Volt Input Connector



3.2.3 J3, F Type Video Connector

Connector J3 provides an RF output (RFOUT) from the processor, U31, Pin AU21.

3.2.4 J4, Composite Video Out

J4 is an RCA jack used as a video output from the THS7360 driver. Do NOT plug intothis connector with the power on. The figure below shows this connector as viewedfrom the card edge.

3.2.5 J5, Component Video, RCA Jack - Green

J5 is an RCA jack used to provide the Green component video output from theTHS7360 driver, U4, pin 14, SF1_OUT. The pinout on this connector is shown in the figure below.

WARNING: Do NOT plug into this connector with the power on.

Table 3: J4, Composite Video Out, RCA Jack

Pin # Signal Name

1 THS7360, Pin 20, SD1_OUT2 GND

Pin 2, Shield (ground)

Pin 1, Signal output

Figure 3-4, J4, Composite Video Out


Pin 1, Signal output (green)

Figure 3-5, J5, Component Video Out - Green

3-7


3.2.6 J6, Component Video, RCA Jack - Blue

J6 is an RCA jack used to provide the Blue component video output from theTHS7360 driver, U4, pin 13, SF2_OUT. The pinout on this connector is shown in thefigure below.


3.2.7 J7, Component Video, RCA Jack - Red

J7 is an RCA jack used to provide the Red component video output from theTHS7360 driver, U4, pin 12, SF3_OUT. The pinout on this connector is shown in thefigure below.


3.2.8 J8, Disk Drive Power Connector

Connector J8 provides power for a hard disk drive. This is the standard connector usedon a personal computer. The signals on this connector are shown in the table below.

Table 4: J8, Disk Driver Power Connector

Pin # Signal Name

1 EVM_12V, +12 volts2,3 Ground4 EVM_5V0, +5 volts

6,7,8,9 No connect


Pin 1, Signal output (blue)

Figure 3-6, J6, Component Video Out - Blue


Pin 1, Signal output (red)

Figure 3-7, J7, Component Video Out - Red



3.2.9 J9, SCART21 Connector

Connector J9 is a SCART21 video output connector. The signals on this connectorare shown in the table below.

Table 5: J9, SCART21 Connector

Pin # Signal Name Pin # Signal Name1 SCART_AUDIO_OUT_R

2 No connect3 SCART_AUDIO_OUT_L

4 Ground

5 Ground

6 No connect7 U8, Pin 13, CH2_OUT

8 No connect9 Ground

10 No connect11 U8, Pin 14, CH1_OUT


14 Ground

15 U8, Pin 12, CH3_OUT

16 U8, Pin 11, CH4_OUT

17 Ground

18 No connect19 SCART_COMPOSITE


3-9


3.2.10 J10, Ethernet Connector

Connector J10 is an Ethernet connector that uses differential signals. The signalson this connector are shown below.

3.2.11 J11, SATA Header

J11 is a 9 pin SATA disk interface header. There are 2 pair of differential signals tointerface to the processor, U31. This signals on this connector are shown below.

Table 6: J10, Ethernet Connector

Pins Signal

1 Ground

2 PHY_VDD_2V5

3 TRD[3]P

4 TRD[3]N

5 TRD[2]P

6 TRD[2]N

7 TRD[1]P

8 TRD[1]N

9 TRD[0]P

10 TRD[0]N

11 Earth Ground

12 Earth Ground

D1 ENET_LED_LINK

D2 Ground

D3 ENET_LED_RX

D4 EVM_3V3

Table 7: J11, SATA Header

Pins Signal

1 Ground

2 CON.SATA_TXP1, U31, Pin V33

3 CON.SATA_TXN1, U31, Pin U33

4 Ground

5 CON.SATA_RXN1, U31, Pin V35

6 CON.SATA_RXP1, U31, Pin W35

7 Ground

8 No connect

9 No connect
3-10 DM816x/C6A816x/AM389x EVM Technical


3.2.12 J12, SATA Header

J12 is a 9 pin SATA disk interface header. There are 2 pair of differential signals tointerface to the processor, U31. This signals on this connector are shown below.

Table 8: J12, SATA Header

Pins Signal

1 Ground

2 CON.SATA_TXP0, U31, Pin T32

3 CON.SATA_TXN0, U31, Pin T31

4 Ground

5 CON.SATA_RXN0, U31, Pin V37

6 CON.SATA_RXP0, U31, Pin V36

7 Ground

8 No connect

9 No connect

3-11


3.2.13 J13-1/13-2, USB-A Connectors

Connector J13-1, J13-2 are stacked USB connectors. The J13-1 connector is the lowerconnector in the stacked pair. The signals on each of these connectors are shown inthe tables below.

Table 9: J13-1, USB-A Connector

Pin Name Signal

MHX1/MH1 SHIELD USB0

VBUS/A1 USB0_VBUS_CONN

D-/A2 USB0_DM

D+/A3 USB0_DP

GND/A4 Ground

MH2 SHIELD USB0

Table 10: J13-2, USB-A Connector

Pin Name Signal


VBUS/B1 USB1_VBUS_CONN

D-/B2 USB1_DM

D+/B3 USB1_DP

GND/B4 Ground




3.2.14 J14, MSP430 Programming Header

J14 is a 2 x 7 double row header used to program the MSP430 microcontroller, U38.This header is only to be used at the factory. The layout of this header is shown in thefigure below.

The signals on the pins of this connector are shown bin the table below.

Table 11: J14, MSP430 Programming Header

Pin # Signal Pin # Signal

1 430_TDO/TDI 2 No connect

3 No connect 4 EVM_3V3

5 No connect 6 No connect

7 MSP430_TCK 8 No connect

9 Ground 10 No connect



Header DimensionsPin-to-Pin spacing, 0.100 in. (X,Y)Pin width, 0.025-in. square postPin length, 0.235-in. nominal

Figure 3-8, J14, MSP430 Programming Header

1 2J1

4

MSP

430

JTAG

3-13


3.2.15 J15, CTI JTAG Interface

Connector J15 is a compact 20 pin TI JTAG header. The signals on the pins of thisconnector are shown in the table below.

Table 12: J15, CTI JTAG Interface

Pin # Signal Pin # Signal

1 TMS 2 TRSTn

3 TDI 4 Ground

5 EVM_3V3 6 No connect (key)

7 TDO 8 Ground

9 RTCK 10 Ground

11 TCK 12 Ground

13 EMU0 14 EMU1

15 EMU_RSTn 16 Ground

17 EMU2 18 EMU3

19 EMU4 20 Ground



3.2.16 J16, VLYNQ/Transport Connector

Connector J16 is the VLYNQ/Transport interface located on the bottom side of theboard. The signals on this connector are shown in the table below.

Table 13: J16, VLYNQ/Transport Connector

Pin Signal Pin Signal2 TSI3_PACVAL 1 TSI6_PACERR

4 Ground 3 Ground

6 TSI4_DCLK 5 TSI2_PACERR

8 TSI3_DATA 7 TSI0_PACVAL

10 Ground 9 Ground

12 TSI2_DCLK 11 TSI2_PACVAL

14 TSI2_DATA 13 TSI0_PACERR

16 Ground 15 Ground

18 TSI6_BYTSTRT 17 TSI0_DCLK

20 TSI6_PACVAL 19 TSO0_DCLK

22 Ground 21 Ground

24 TSI4_PACERR 23 TSI0_BYTSTRT

26 TSI4_BYTSTRT 25 TSO0_DATA

28 Ground 27 Ground

30 TSI3_PACERR 29 TSO0_BYTSTRT

32 VLYNQ_RXD1 31 TSO0_PACERR

34 Ground 33 Ground

36 VLYNQ_TXD1 35 VLYNQ_SCRUN

38 TSO1_PACERR 37 TSO0_PACVAL

40 Ground 39 Ground

42 VLYNQ_TXD3 41 VLYNQ_TXD2

44 VLYNQ_RXD2 43 VLYNQ_CLOCK

46 Ground 45 Ground

48 TSI4_PACVAL 47 TSI1_PACERR

50 VLYNQ_RXD3 49 TSI3_DCLK

52 Ground 51 Ground

54 VLYNQ_TXD0 53 VLYNQ_RXD0


58 Ground 57 Ground


62 Ground 61 Ground

64 Ground 63 Ground

3-15


3.2.17 J17, Video/Transport Connector

Connector J17 is the Video/Transport interface located on the bottom side of theboard. This connector is in two sections. The signals on each section of this connectorare shown in the tables below.

Table 14: J17, Video/Transport Connector, Section 1

Pin Signal Pin Signal

2 VIN0_D0 1 No connect

4 Ground 3 Ground

6 VIN0_D2 5 No connect

8 VIN0_D9 7 VIN0_CLK1

10 Ground 9 Ground

12 VOUT0_G_Y_YC2 11 VIN0_D1


16 Ground 15 Ground

18 VOUT0_R_CR4 17 VIN0_D11

20 VIN0_D6 19 VIN0_D5

22 Ground 21 Ground

24 VIN0_D8 23 VIN0_D12

26 VIN0_D3 25 VIN0_D10

28 Ground 27 Ground

30 VIN0_D7 29 VIN0_D14


34 Ground 33 Ground

36 VOUT0_B_CB_C8 35 VIN0_D15

38 VOUT0_G_Y_YC5 37 VOUT0_CLK

40 Ground 39 Ground

42 VOUT0_B_CB_C6 41 VOUT0_G_Y_YC8

44 VOUT0_B_CB_C5 43 VOUT0_G_Y_YC7

46 Ground 45 Ground

48 EVM_12V 47 EVM_3V3

50 EVM_12V 49 EVM_3V3

52 Ground 51 Ground

54 EVM_12V 53 EVM_5V0

56 EVM_12V 55 EVM_5V0

58 Ground 57 Ground

60 VOUT0_B_CB_C3 59 VOUT0_B_CB_C9



Table 15: J17, Video/Transport Connector, Section 2

Pin Signal Pin Signal62 VOUT0_B_CB_C7 61 VOUT0_R_CR2

64 Ground 63 Ground

66 VOUT0_G_Y_YC3 65 VOUT0_R_CR6

68 VOUT0_G_Y_YC9 67 VOUT0_R_CR5

70 Ground 69 Ground

72 VIN0_CLK0 71 VOUT0_R_CR9

74 VOUT0_B_CB_C4 73 TSI5_BYTSTRT

76 Ground 75 Ground

78 VOUT0_B_CB_C2 77 TSI5_PACERR

80 VOUT0_R_CR3 79 TSI7_PACERR

82 Ground 81 Ground

84 TSI5_DATA 83 TSO1_DATA

86 TSI5_PACVAL 85 TSI7_PACVAL

88 Ground 87 Ground

90 TSI1_PACVAL 89 TSO1_PACVAL

92 TSI7_DATA 91 TSO1_DCLK

94 Ground 93 Ground

96 TSI5_DCLK 95 TSI6_DATA

98 VOUT0_R_CR7 97 TSI3_BYTSTRT

100 Ground 99 Ground

102 VOUT0_R_CR8 101 TSI2_BYTSTRT

104 TSI7_BYTSTRT 103 TSI4_DATA


108 TSI1_BYTSTRT 107 TSI0_DATA

110 TSI7_DCLK 109 TSI6_DCLK


114 TSI1_DCLK 113 MSP430_SCL

116 TSI1_DATA 115 MSP430_SDA


120 TSO1_BYTSTRT 119 No connect





3-17


3.2.18 J18, GPMC Expansion Connector

Connector J18 is the GPMC expansion connector located on the bottom side of theboard. This connector is in two sections. The signals on each section of this connectorare shown in the tables below.

Table 16: J18, GPMC Expansion Connector, Section 1


2 MSP430_SCL 1 No connect

4 Ground 3 Ground

6 MSP430_SDA 5 GPMC_CS3

8 No connect 7 GPMC_CS0

10 Ground 9 Ground



16 Ground 15 Ground

18 GPMC_CS4 17 GPMC_WEN

20 GPMC_A8 19 GPMC_CS5

22 Ground 21 Ground

24 GPMC_A7 23 GPMC_OEN_REN

26 GPMC_A3 25 GPMC_BE1N

28 Ground 27 Ground

30 GPMC_A2 29 GPMC_A5


34 Ground 33 Ground


38 GPMC_DIR 37 GPMC_A10

40 Ground 39 Ground

42 GPMC_WAIT 41 GPMC_A11

44 GPMC_WPN 43 GPMC_D0

46 Ground 45 Ground

48 EVM_12V 47 EVM_3V3

50 EVM_12V 49 EVM_3V3

52 Ground 51 Ground

54 EVM_12V 53 EVM_5V0

56 EVM_12V 55 EVM_5V0

58 Ground 57 Ground

60 GPMC_A6 59 GPMC_D2



Table 17: J18, GPMC Expansion Connector, Section 2

Pin Signal Pin Signal62 GPMC_BE0N_CLE 61 GPMC_D5

64 Ground 63 Ground

66 GPMC_D4 65 GPMC_D7


70 Ground 69 Ground


74 GPMC_A27 73 GPMC_D11

76 Ground 75 Ground

78 GPMC_ADVN_ALE 77 GPMC_D10

80 GPMC_D6 79 GPMC_CLK

82 Ground 81 Ground


86 GPMC_D13 85 No connect

88 Ground 87 Ground



94 Ground 93 Ground




102 GPMC_D14 101 SPI_CS0

104 No connect 103 SPI_SCLK


108 SPI_MOSI 107 SPI_CS3

110 SOI_MISO 109 SPI_CS1


114 UART0_RXD 113 UART1_RXD

116 UART0_RTSN 115 UART1_TXD


120 UART0_TXD 119 UART2_RXD





3-19


3.2.19 J19, MCASP/XXX Expansion

Connector J19 is the MCASP/XXX expansion connector located on the bottom side ofthe board. This connector is in two sections. The signals on each section of thisconnector are shown in the tables below.

Table 18: J19, MCASP/XXX Expansion Connector, Section 1


2 IIC1_SDA 1 PM_I2C_SCL

4 Ground 3 Ground

6 IIC1_SCL 5 PM_I2C_SDA

8 IIC0_SDA 7 EXP_MCA2_AXR0

10 Ground 9 Ground

12 IIC0_SCL 11 EXP_MCA2_AMUTE

14 No connect 13 EXP_MCA2_AXR1

16 Ground 15 Ground

18 MCA0_AMUTE 17 EXP_MCA2_ACLKHX

20 MCA0_AXR3 19 EXP_MCA2_ACLKX

22 Ground 21 Ground

24 MCA0_AXR2 23 EXP_MCA2_AFSR

26 MCA1_AMUTE 25 EXP_MCA2_AFSX

28 Ground 27 Ground

30 MCA0_ACLKHX 29 EXP_MCA2_AHCLKR

32 MCA0_AFSR 31 EXP_MCA2_ACLKR

34 Ground 33 Ground

36 MCA0_ACLKX 35 MCA1_AXR1

38 MCA0_AFSX 37 MCA1_AXR0

40 Ground 39 Ground

42 MCA1_AFSX 41 MTSO_DATA1

44 MCA0_AXR1 43 MTSI_DATA5

46 Ground 45 Ground

48 EVM_12V 47 EVM_3V3

50 EVM_12V 49 EVM_3V3

52 Ground 51 Ground

54 EVM_12V 53 EVM_5V0

56 EVM_12V 55 EVM_5V0

58 Ground 57 Ground

60 MTSI_DATA7 59 MCA1_ACLKHX



Table 19: J19, MCASP/XXX Expansion Connector, Section 2

Pin Signal Pin Signal62 MCA0_AXR5 61 MDIO_MDIO

64 Ground 63 Ground

66 MCA0_AXR4 65 MDIO_MDCLK

68 MCA0_AXR0 67 MCA1_ACLKX

70 Ground 69 Ground

72 MCA1_ACLKR 71 MTSI_DCLK

74 MCA1_AHCLKR 73 MTSI_DATA0

76 Ground 75 Ground

78 MCA1_AFSR 77 MTSI_DATA2

80 MTSO_DATA0 79 MTSI_DATA1

82 Ground 81 Ground


86 MTCL_SDI 85 MTSI_DATA3

88 Ground 87 Ground


92 MCARD_MDET 91 MTSI_BYTSTRT

94 Ground 93 Ground

96 MTCL_SCTL 95 MTSO_DCLK

98 MCARD_CD2 97 MTSO_DATA2


102 MCARD_CD1 101 MTSO_DATA3

104 MCA0_ACLKR 103 MTSO_DATA5


108 MCA0_AHCLKR 107 MTSO_DATA4

110 MCARD_VS1 109 MCTL_SCLK


114 MTCL_SDO 113 MTSO_BYTSTRT

116 MCARD_VCCEN 115 MCARD_VPPEN


120 MCARD_VS2 119 MCARD_RESET





3-21


3.2.20 J20, Serial Expansion Connector

Connector J20 is the serial expansion connector located on the bottom side of theboard. The signals on this connector are shown in the table below.

Table 20: J20, Serial Expansion Connector


2 UART0_CTSN 1 UART1_RTSN

4 Ground 3 Ground

6 UART0_DTRN 5 UART2_TXD

8 UART0_DCDN 7 SC0_RST

10 Ground 9 Ground

12 UART0_DSRN 11 SC1_RST

14 UART0_RIN 13 SC1_DET

16 Ground 15 Ground

18 SPI_SCS2 17 TIM6_OUT

20 UART1_CTSN 19 SC1_VPPEN

22 Ground 21 Ground

24 SC0_VPPEN 23 TIM7_OUT

26 SC0_VCCEN 25 SC1_VCCEN

28 Ground 27 Ground

30 SC1_CLK 29 CLK_OUT

32 SC0_C4 31 GP0_IO5

34 Ground 33 Ground

36 UART2_RTSN 35 TIM4_OUT

38 UART2_CTSN 37 No connect

40 Ground 39 Ground

42 SC0_DET 41 No connect

44 RSTOUTn 43 No connect

46 Ground 45 Ground

48 SC0_CLK 47 No connect

50 SC1_C4 49 GP0_IO7

52 Ground 51 Ground

54 SC0_DATA 53 GP0_IO4

56 SC1_DATA 55 EXP_WARM_RESET

58 Ground 57 Ground

60 GP0_IO6 59 TIM5_OUT

62 Ground 61 Ground

64 Ground 63 Ground



3.2.21 P1, S-Video Connector

Connector P1 is a four pin mini din S-video connector which interfaces to the THS7360.This connector brings out a video signal (LUMA). Do NOT plug into this connector withthe power on. The figure below shows this connector as viewed from the card edge.

Table 21: P1, S-Video Connector

Pin # Signal Name

1,2,5,6 Ground3 S-VIDEO_LUMA, U4, Pin 19, SD2_OUT4 U4, Pin 18, SD3_OUT7 No connect

Pin 4

Pin 2

Pin 3

Pin 1

Figure 3-9, P1, Front View, Mini Din Connector

3-23


3.2.22 P2, Headphone Out

The P2 connector is a 3.5 mm. stereo headphone output from the TVL320AIC3106 onthe EVM. The signals on the mating plug are shown in the figure below The signalspresent on this connector are defined in the following table.

3.2.23 P3, Line Out

The audio line out connector P3, is a stereo output. The output connector is a 3.5 mmstereo jack. The signals on the mating plug are shown in the figure below.

Table 22: P2, Headphone Out Interface

Pin # AIC3106 Signal

1(sleeve) GND_AC

2(ring U2, Pin 18, HPLOUT

3(tip) U2, Pin 23,HPROUT

4 NC

Table 23: P3, Audio Line Out Stereo Jack


1 (sleeve) GND_AC

2 (ring) U2, Pin 29, LEFT_LO+

3 (tip) U2, Pin 31, RIGHT_LO+

4 (sleeve) NC

Left Line Out (tip)

Ground (sleeve)

Figure 3-10, P2, Headphone Out Stereo Jack

Right Line Out (ring)

Left Line Out (tip)

Ground (sleeve)

Figure 3-11, P3, Audio Line Out Stereo Jack

Right Line Out (ring)



3.2.24 P4, Line In

Connector P4 is an stereo audio line input. The input connector is a 3.5 mm stereo jack.The signals on the mating plug are shown in the figure below.

3.2.25 P5, Mic In

Connector P5 is an stereo microphone line input. The input connector is a 3.5 mmstereo jack. The signals on the mating plug are shown in the figure below.

Table 24: P4, Line In Interface


1 (sleeve) GND_AC

2 (ring) U2, Pin 3, LINE1L+

3 (tip) U2, Pin 5, LINE1R+

4 (sleeve) GND_AC

Table 25: P5, Microphone In Interface


1 (sleeve) GND_AC

2 (ring) U2, Pin 11,14, MIC3L/MIC3R

3 (tip) U2, Pin 11/14, MIC3L/MIC3R

4 (sleeve) GND_AC

Right Line In (tip)

Ground (sleeve)

Figure 3-12, P4, Audio Line In Stereo Jack

Left Line In (ring)

Right Line In (tip)

Ground (sleeve)

Figure 3-13, P5, Microphone In Stereo Jack

Left Line In (ring)

3-25


3.2.26 P6, HDMI Connector

Connector P6 provides an HDMI interface for the processor card. The signals on thisconnector are shown below.

Table 26: P6, HDMI Connector

Pins Signal

1 HDMI_TMDSDP2

2 Ground

3 HDMI_TMDSDN2

4 HDMI_TMDSDP1

5 Ground

6 HDMI_TMDSDN1

7 HDMI_TMDSDP0

8 Ground

9 HDMI_TMDSDN0

10 HDMI_TMDSCLKP

11 Ground

12 HDMI_TMDSCLKN

13 U1, Pin 23,CE_REMOTE_OUT

14 No connect

15 U1, Pin 22, DDC_CLK_OUT

16 U1, Pin 21, DDC_DAT_OUT

17 Ground

18 U1, Pin 38, 5V_OUT

19 U1, Pin 20, HOTPLUG_DET_OUT

MTG1 Ground

MTG2 Ground

MTG3 Ground

MTG4 Ground



3.2.27 P7, DB9 Connector

The P7 connector is a 9 pin male D-connector which provides a UART interface to theEVM. This connector interfaces to the MAX 3221 RS-232 line driver (U39) and islocated on the top side of the board. A view of the connector from the card edge isshown in the figure below. The signals present on this connector are defined in thefollowing table.

The pin numbers and their corresponding signals are shown in the table below. Thiscorresponds to a standard dual row to DB-9 connector interface used on personalcomputers.

Table 27: P7, RS-232 Pinout

Pin # Signal Name

1 NC

2 R_IN, U39, Pin 8

3 T_OUT, U39, Pin 13

4 NC

5 GND

6 NC

7 Pin 8

8 Pin 7

9 NC

Figure 3-14, P7, DB9 Male Connector6789

12345

3-27


3.2.28 P8, PCIe Interface

Connector P8 provides a PCIe interface on the processors board. The signals on thisconnector are shown in the table below.

Table 28: P8, PCIe Interface

Pin Signal Pin SignalB1 EVM_12V A1 Pin B31B2 EVM_12V A2 EVM_12VB3 EVM_12V A3 EVM_12VB4 Ground A4 GroundB5 No connect A5 GroundB6 No connect A6 PCI_3V3B7 Ground A7 No connectB8 PCI_3V3 A8 PCI_3V3B9 Ground A9 PCI_3V3

B10 No connect A10 PCI_3V3B11 No connect A11 U43, Pin 4, U41, Pin 2,EVM_3V3

KEYB12 No connect A12 GroundB13 Ground A14 REFCLKpB14 CON.PCIE_TXP0 A14 REFCLKnB15 CON.PCIE_TXN0 A15 GroundB16 Ground A16 CON.PCIE_RXP0B17 No connect A17 CON.PCIE_RXN0B18 Ground A18 GroundB19 CON.PCIE_TXP1 A19 No connectB20 CON.PCIE_TXN1 A20 GroundB21 Ground A21 CON.PCIE_RXP1B22 Ground A22 CON.PCIE_RXN1B23 No connect A23 GroundB24 No connect A24 GroundB25 Ground A25 No connectB26 Ground A26 No connectB27 No connect A27 GroundB28 No connect A28 GroundB29 Ground A29 No connectB30 No connect A30 No connectB31 Pin A1 A31 GroundB32 Ground A31 No connect



3.2.29 P9, SD/MMC Connector

The P92 MMC/SD connector is located on the top side of the board and is used toprovide an interface to the following: MMC+, SD, and MMC. The pinout for the P9connector is shown in the table below.

Table 29: P9, MMC/SD Connector

Pin # Signal

1 MMC_DAT3

2 MMC_CMD

3 Ground

4 U66, Pin 2,3

5 MMC_CLK

6 Ground

7 MMC_DAT0

8 MMC_DAT1

9 MMC_DAT2

10 No connect

11 No connect

12 No connect

13 No connect

14 MMC_SD_WP

15 MMC_SD_CD

16 No connect

17 No connect

18 Ground

19 No connect

20 No connect

21 Ground

22 No connect

23 No connect

24 No connect

25 No connect

26 No connect

27 Ground

28 Ground

3-29


3.2.30 P10, DB9 Connector

The P10 connector is a 9 pin male D-connector which provides a UART interface to theEVM. This connector interfaces to the MAX 3221 RS-232 line driver (U57) and islocated on the top side of the board. A view of the connector from the card edge isshown in the figure below. The signals present on this connector are defined in thefollowing table.

The pin numbers and their corresponding signals are shown in the table below. Thiscorresponds to a standard dual row to DB-9 connector interface used on personalcomputers.

Table 30: P10, RS-232 Pinout

Pin # Signal Name

1 NC

2 R_IN, U57, Pin 8

3 T_OUT, U57, Pin 13

4 NC

5 GND

6 NC

7 Pin 8

8 Pin 7

9 NC

Figure 3-15, P10, DB9 Male Connector6789

12345



3.2.31 P11, Fan Connector

Connector P11 provides power for a 12 volt DC fan. The layout of the connector isshown in the figure below.

The signals on the pins of this connector are shown bin the table below.

Table 31: P11, Fan Connector

Pin # Signal

1 Ground

2 EVM_12V

3 No connect

Header DimensionsPin-to-Pin spacing, 0.100 in. (X,Y)Pin width, 0.025-in. square postPin length, 0.235-in. nominal

Figure 3-16, P11, Fan Connector

1

P11FAN POWER

3-31


3.3 LEDs

The EVM has five (5) LEDs which are located on the top side of the board. Information regarding the LEDs are shown in the table below.

3.4 Switches

The EVM has six (6) switches. The function of these switches are shown in the tablebelow.

3.4.1 SW1, On/Off Power Switch

Switch SW1 is an on/off toggle switch that allows +12 volts from the J1 connector to beapplied to the board.

Table 32: LEDs

LED # SchematicPage Use Color

DS1 56 Power LED Green

DS2 32 USER_LED1 Green




Table 33: Switches

Switch Schematic Page Function Type

SW1 56 On/Off Power Switch Toggle

SW2 32 User Readable Switches 4 Position DIP

SW3 6 Boot Load Select 10 Position DIP

SW4 6 On Board Memory Enable 2 Position DIP

SW5 28 PCI/WDOG Reset Enable 2 Position DIP

SW6 56 Reset Switch Push Button/Momentary



3.4.2 SW2, User Readable Switches

Switch SW2 is a 4 position DIP switch that is read via the I2C bus. A board image of theswitch is shown in the figure below.

The table below shows what signal each position appears on.

Table 34: SW3, User Readable 4 Position DIP Switch

Position Signal

1 - 8 USER_SW12 - 7 USER_SW23 - 6 USER_SW34 - 5 USER_SW4

Figure 3-17, SW2, User Readable 4 Position DIP Switch

SW2

4321

USER

3-33


3.4.3 SW3, Boot Mode/Configuration Switch

Switch SW3 is a 10 position DIP switch. Five (5) of the positions are used for selectingthe boot load option. Four (4) positions are used for system configuration. Theremaining switch position is a spare unused position. An image of the switch is shownin the figure below in the as shipped configuration.

The boot mode options are described in the table below.

Table 35: SW3, Boot Mode Select DIP Switch

Position Label Pins Signal

1 BTM0 1-20 BTMODE02 BTM1 2-19 BTMODE13 BTM2 3-18 BTMODE24 BTM3 4-17 BTMODE35 BTM4 5-16 BTMODE4

Figure 3-18, SW3, Boot Mode/Configuration Switch

SW3

Raised

1

Actuator

BOOT/CFG

SPARE

CS0WAIT

CS0BW

CS0MUX1

CS0MUX0

BTM4BTM3

BTM2

BTM1

BTM0



The tables below shows the boot mode sources and their respective switch positions.

Table 36: Memory Boot Load Order

BTMODE[4] (Position5)= 1MEMORY BOOTING PREFERRED

BTMODE[3:0]Switch


XIP UART EMAC SD 0 0 0 0

XIPWAIT UART EMAC SD 0 0 0 1

NAND NANDI2C SPI UART 0 0 1 0

NAND NANDI2C SD UART 0 0 1 1

NAND NANDI2C SPI EMAC 0 1 0 0

NANDI2C SD EMAC UART 0 1 0 1

SPI SD UART EMAC 0 1 1 0

SD SPI UART EMAC 0 1 1 1








GP Fast External

BootEMAC UART PCIE_32

1 1 1 1

3-35


The configuration options are described in the table below.

Table 37: Peripheral Boot Load Order

BTMODE[4] (Position5)= 0PERIPHERAL BOOTING PREFERRED

BTMODE[3:0]Switch



UART XIPWAIT SD SPI 0 0 0 1

UART SPI NAND NANDI2C 0 0 1 0

UART SPI XIP SD 0 0 1 1

EMAC SPI NAND NANDI2C 0 1 0 0



EMAC SD SPI XIP 0 1 1 1








GP Fast External

BootUART EMAC PCIE_64

1 1 1 1

Table 38: SW3, Configuration Switches

Position Label Pins Signal State Function

6 CS0MUX0 5-16 CS0MUX0Open

Closed

7 CS0MUX1 6-15 CS0MUX1Open

Closed

8 CS0BW 7-14 CS0BWOpen

Closed

9 CS0WAIT 8-13 CS0WAITOpen

Closed



3.4.4 SW4, On Board Memory Enable Switch

Switch SW4 is a 2 position DIP switch which allows the user to select which on boardmemory device to boot from. Only one device should be enabled at any given time. Aboard image of the switch is shown in the figure below in the as shipped configuration.


3.4.5 SW5, PCI/WDOG Reset Enable Switch

Switch SW5 is a 2 position DIP switch which allows the user to select two items; thePCI reset mode, and enable/disable the watchdog reset. A board image of the switch isshown in the figure below.


Table 39: SW4, On Board Memory Enable Switch

Position Signal

1 - 4 NAND_BOOTn2 - 3 SPI_BOOTn

Table 40: SW5, On Board Memory Enable Switch

Position Signal

1 - 4 OPT_SW1, PCI reset mode IN or OUT2 - 3 OPT_SW2, WDOG reset enabled

Figure 3-19, SW4, On Board Memory Enable Switch

SW4

NAND/SPI-ON

SPI

NAND

RaisedActuator

Figure 3-20, SW5, On Board Memory Enable Switch

SW5OPTON

PCIe RST

WDOG EN

Pin 1

3-37


3.4.6 SW6, Reset Switch

Switch SW6 is a push button reset switch that will RESET the board.

3.5 Infra-red Receiver

The EVM has an infra-red receiver, U61. This is used to receive signals from atelevision remote control handset. The logic for this is shown on page 29 of theschematics.



3.6 Test Points

The EVM has 26 test points which appear on the top of the board. The following figureidentifies the position of each test point. The next table lists each test point and thesignal appearing on that test point.

Figure 3-21, DM816x/C6A816x/AM389x EVM, Test Points

TP16

TP5 TP13

TP15

TP21

TP26

TP22

TP18

TP6

TP25

TP10

TP23TP19

TP20

TP14TP12TP11TP2 TP9

TP8

TP7

TP4

TP3

TP1

TP17

TP24

3-39


Table 41: DM816x/C6A816x/AM389x EVM Test Points

Test Point #

SchematicPage Signal

TP1 56 Ground

TP2 56 EVM_12V

TP3 41 U2, Pin 27, MONO_LO+

TP4 41 U2, Pin 28, MONO_LO-

TP5 56 Ground

TP6 56 Ground

TP7 55 U5, Pin 1, RESET, EVM_3V3

TP8 55 U10, Pin 7, SW, 1V8_DIGITAL

TP9 55 U10, Pin 5, PGn, EVM_5V0

TP10 55 U10, Pin 14, VDLO1, 1V8_ANALOG

TP11 55 U10, Pin 17, VLDO2, 0V9_A

TP12 54 EVM_1V0_AVS

TP13 52 Ground

TP14 54 EVM_1V0_AVS

TP15 13 U30, Pin 23, OSCOUT

TP16 56 Ground

TP17 56 Ground

TP18 54 Ground

TP19 52 U33, Pin 14, PWRGRD

TP20 52 U33, Pin 9, SS/TR

TP21 29 Ground

TP22 29 U56, Pin 9, SS/TR

TP23 56 Ground

TP24 53 U58, Pin 3, VO, VTT

TP25 56 Ground

TP26 56 Ground


Appendix A

Schematics

This appendix contains the schematics for the DM816x/C6A816x/AM389xEVM.

A-1

Spectrum Digital, Inc5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

C

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Tues

day,

Jun

e 14

, 201

11

58

B

NE

TRA

EV

M

TITL

E PA

GE

REV

ENGR

2

REVISION STATUS OF SHEETS

111

SH

DATE

14

12

13

DATE

ENGR-MGR

MFG

7

DWN

DATE

8

DATE

10

SH

DATE

CHK

RLSE

APPLICATION

REV

35

NEXT ASSY

DATE

6

DATE

9

QA

USED ON

4

15

AA

AA

A

AA

AA

R.R.P.

T.W.K.

R.R.P.

R.R.P.

C.M.D.

R.R.P.

R.R.P.

02/15/2010

16

REV

SH

A

C

A

AA

AA

02/15/2010

02/15/2010

02/15/2010

02/15/2010

02/15/2010

02/15/2010

SHSHSH REV

REV

AA

AA

AAA

AA

AA

AA

AA

AA

A

A

AA

A AAA

A A

A AA

AAA

AA

AREV

21

31

41

51

52

17

1819

20

27

2829

30

2223

24

25

26

47

4849

50

4243

44

45

46

37

3839

40

3233

34

35

36

SCHEMATIC CONTENTS

01) TITLE PAGE

02)

NETRA MCASP'S

03)

NETRA SERIAL I/O

04) NETRA ETHERNET INTERFACE

05)

NETRA USB INTERFACE

06) NETRA GPMC

07)

NETRA DDR0 EMIF

08)

NETRA DDR1 EMIF

09)

NETRA ANALOG VIDEO

10)

NETRA VIDEO PORT

11)

NETRA HDMI INTERFACE

12)

NETRA SATA/PCIe

13)

SERDES CLOCKS

14) NETRA JTAG

15) NETRA CLOCKS

16)

NETRA POWER 1

17)

NETRA POWER 2

18)

NETRA POWER 3

19)

NETRA GROUND PINS

20) CAPS

21) DDR3 EMIF0 MEMORIES

22)

EMIF0 TESTPOINTS

23) DDR CAPS

24) DDR3 VTT TERMINATION

25) DDR3 EMIF1 MEMORIES

26)

EMIF0 TESTPOINTS

27) DDR CAPS

28) PCIe INTERFACE CONNECTOR

29) PCIe 3V3 POWER

30) USB HOST INTERFACE CONNECTORS

POWER DOMAINS

EVM_12V0 12 VOLT INPUT FROM EXTERNAL POWER SUPPLY

EVM_5V0 5.0 VOLT OUTPUT FROM TPS65232


EVM_1V8_A 1.8 VOLT ANALOG LDO OUTPUT FROM TPS65001

EVM_1V8_D 1.8 VOLT DIGITAL OUTPUT FROM TPS65001


EVM_1V0_AVS 1.0 VOLT CORE FROM TPS40041

EVM_1V0_CONN 1.0 VOLT NON-CORE FROM TPS65232


EVM_DDR_VTT 0.75 VOLT TERMINATOR DDR3

Initial schematic for layout

DESCRIPTION

REV

APPROVED

DATE

02/15/2010

RRP

A

31) I2C EEPROM

32) I2C EXPANDER

33)

RS232 INTERFACE

34) IR RECIEVER

35)

SD/MMC CONNECTOR

36) SPI EEPROM

37) NAND FLASH

38) ETHERNET PHY

39)

ETHERNET POWER

40)

ETHERNET CONNECTOR

41) AUDIO CODEC TLV320AIC3106

42)

ANALOG VIDEO OUT

43) SCART ANALOG VIDEO OUT

44) VIDEO PORT EXPANSION

45) VIDEO PORT EXPANSION 2

46) GPMC EXPANSION CONNECTOR

47) SERIAL I/O EXPANSION CONNECTOR

48) MCASP EXPANSION CONNECTOR

49)

POWER MONITORS

50)

POWER MONITOR CPU

51) POWER 5V0,3V3,1V0_CONN

52) POWER 1V5

53) POWER VTT

54)

POWER 1V0 CORE

55) POWER 0V9/1V8_A/1V8_D

56) POWER IN

57)

POWER SEQUENCING

58)

REVISION HISTORY

Beta

build

10/31/2010

RRP

B

HEX BASE ( RJ )

DEVICE

I2C1 ADDRESS MAP

SHEET

PCF8575

RJ - Right Justified

BASE BINARY

HEX BASE ( RJ )

DEVICE

I2C0 ADDRESS MAP

SHEET

PCF8575

BASE BINARY

TLV320AIC3106

I2C EEPROM

RJ - Right Justified

27

27

31

36

53

54

55

56

57

58

AA

AA

AA

Production build

5/15/2011

RRP

B

A-2 DM816x/C6A816x/AM389x EVM Technical Reference


5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

MC

A0_

AXR

4M

CA

0_A

XR3

MC

A0_

AXR

2M

CA

0_A

XR1

CP

U.M

CA

0_A

HC

LKX

CP

U.M

CA

0_A

HC

LKR

CP

U.M

CA0

_AC

LKR

MC

A0_

AFS

R

MC

A0_

AM

UTE

MC

A0_

AXR

5

MC

A0_

ACLK

R

MC

A0_

AH

CLK

XM

CA

0_A

HC

LKR

MC

A0_A

FSX

CP

U.M

CA

1_A

HC

LKX

CP

U.M

CA

1_A

HC

LKR

CP

U.M

CA1

_AC

LKR

CP

U.M

CA

1_AC

LKX

MC

A1_

AFS

R

MC

A1_

AMU

TE

MC

A1_

AC

LKR

MC

A1_

AH

CLK

XM

CA

1_A

HC

LKR

MC

A1_A

XR0

MC

A1_A

CLK

X

MC

A1_A

FSX

CP

U.M

CA

2_A

CLK

HX

CP

U.M

CA

2_A

HC

LKR

CP

U.M

CA2

_AC

LKR

EXP

_MC

A2_A

FSR

EXP

_MC

A2_

AH

CLK

R

MC

A1_A

XR1

MC

A2_A

FSX

MC

AR

D_C

D1

MC

AR

D_C

D2

MC

AR

D_M

DE

T

MC

AR

D_R

ESE

T

MC

AR

D_V

CC

EN

MC

AR

D_V

PP

EN

MC

AR

D_V

S1

MC

AR

D_V

S2

MC

TL_S

CTL

MC

TL_S

DI

MC

TL_S

DO

MC

TL_S

CLK

MTS

I_D

CLK

MTS

I_D

ATA

1

MTS

I_B

YTS

TRT

MTS

I_D

ATA

2

MTS

I_D

ATA

4

MTS

I_D

ATA

6

MTS

I_D

ATA

0

MTS

I_D

ATA

5

MTS

I_D

ATA7

MTS

I_D

ATA

3

MTS

O_D

CLK

MTS

O_D

ATA

1

MTS

O_B

YTS

TRT

MTS

O_D

ATA

2

MTS

O_D

ATA

4

MTS

O_D

ATA

6

MTS

O_D

ATA

0

MTS

O_D

ATA

5

MTS

O_D

ATA

7

MTS

O_D

ATA

3

EXP

_MC

A2_

ACLK

R

MC

A2_A

XR0

EXP_

MC

A2_

AM

UTE

MC

A2_A

CLK

XC

PU

.MC

A2_

ACLK

XMC

A0_

AXR

0

CP

U.M

CA

0_AC

LKX

MC

A0_A

CLK

X

MC

A2_

AC

LKH

X

EXP_

MC

A2_

ACLK

X

EXP_

MC

A2_A

XR0

EXP_

MC

A2_

AFS

X

EXP_

MC

A2_A

XR1

EXP

_MC

A2_

AC

LKH

X

MC

A2_A

XR1

MC

A2_

AFSX

MC

A2_

ACLK

XM

CA2

_AC

LKH

XM

CA

2_AX

R1

MC

A2_

AXR

0

EVM

_3V3

EVM

_3V3

EVM

_3V3

MC

A0_A

XR

148

MC

A0_A

XR

248

MC

A0_A

XR

348

MC

A0_A

XR

448

MC

A0_A

XR5

48

MC

A0_

AH

CLK

X48

MC

A0_

AHC

LKR

48M

CA

0_A

CLK

R48

MC

A0_A

CLK

X48

MC

A0_

AFS

R48

MC

A0_A

FSX

48M

CA

0_A

MU

TE48

MC

A1_A

XR0

48

MC

A1_

AH

CLK

X48

MC

A1_

AHC

LKR

48M

CA

1_A

CLK

R48

MC

A1_A

CLK

X48

MC

A1_

AFS

R48

MC

A1_A

FSX

48M

CA

1_A

MU

TE48

MC

A1_A

XR1

48

MC

AR

D_C

D1

48

MC

AR

D_C

D2

48

MC

AR

D_M

DE

T48

MC

AR

D_R

ESE

T48

MC

TL_S

CLK

48

MC

AR

D_V

S2

48

MC

AR

D_V

S1

48MC

AR

D_V

PP

EN

48

MC

AR

D_V

CC

EN

48

MC

TL_S

CTL

48

MC

TL_S

DI

48

MC

TL_S

DO

48 MTS

I_B

YTS

TRT

48

MTS

I_D

CLK

48

MTS

I_D

ATA

048

MTS

I_D

ATA

148

MTS

I_D

ATA

248

MTS

I_D

ATA

348

MTS

I_D

ATA

448

MTS

I_D

ATA

548

MTS

I_D

ATA

648

MTS

I_D

ATA

748 MTS

O_D

ATA

048

MTS

O_D

ATA

148

MTS

O_D

ATA

248

MTS

O_D

ATA

348

MTS

O_D

ATA

448

MTS

O_D

ATA

548

MTS

O_D

ATA

648

MTS

O_D

ATA

748

MTS

O_B

YTS

TRT

48

MTS

O_D

CLK

48

AIC

_EX

PA

NS

ION

32

MC

A0_A

XR0

48

EX

P_M

CA

2_A

HC

LKR

48E

XP

_MC

A2_

AC

LKR

48

EX

P_M

CA

2_A

FSR

48

EX

P_M

CA2

_AM

UTE

48

EXP_

MC

A2_A

CLK

X48

EXP_

MC

A2_A

FSX

48

EXP_

MC

A2_

AXR

048

EXP_

MC

A2_

AXR

148

EXP

_MC

A2_

AC

LKH

X48

B_A

IC_W

CLK

41

B_A

IC_D

IN41

B_A

IC_M

CLK

41B

_AIC

_BC

LK41

B_A

IC_D

OU

T41

EVM

_3V

33,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,43,

44,4

6,48

,49,

50,5

1,53

,54,

55,5

6S

ize:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

12

58

B

NE

TRA

EV

M

NE

TRA

McA

SP

/MC

AR

D

MCLK: MCA2_AHCLKX (drive this clock into McASP)

BCLK: MCA2_ACLKX (McASP will drive this into the AIC)

WCLK: MCA2A_FSX (McASP will drive this into the AIC)

DIN: MCA2_AXR[0]

DOUT: MCA2_AXR1[1]

Drive the MCLK into McASP1 Tx.

McASP generates the Tx bit and frame clocks.

Configure McASP such that the Rx section

operates off of the Tx section clocks.

NE

TRA_

3

U31

-9

MC

A[0

]_A

HC

LKX

AH31

MC

A[0]

_AC

LKR

AK28

MC

A[0

]_A

CLK

XAH

30M

CA

[0]_

AFS

RAG

29M

CA

0_A

FSX

AJ31

MC

A[0

]_AH

CLK

RAJ

27

MC

A[0

]_A

MU

TEAJ

35

MC

A[0

]_AX

R[0

]AK

37M

CA

[0]_

AXR

[1]

AJ32

MC

A[0

]_A

XR[2

]/MC

B_F

SX

AJ33

MC

A[0

]_AX

R[3

]/MC

B_F

SRAJ

34M

CA

[0]_

AX

R[4

]/MC

B_D

XAJ

36M

CA

[0]_

AXR

[5]/M

CB

_DR

AJ37

MC

A[1

]_A

HC

LKX

AM37

MC

A[1]

_AC

LKR

AK36

MC

A[1

]_A

CLK

XAL

36M

CA

[1]_

AFS

RAK

35M

CA

[1]_

AFS

XAK

34

MC

A[1

]_AH

CLK

RAL

37

MC

A[1

]_A

MU

TEAK

33

MC

A[1

]_AX

R[0

]AL

33M

CA

[1]_

AXR

[1]

AK32

MC

A[2

]_A

HC

LKX/

MC

B_C

LKR

AN36

MC

A[2

]_A

CLK

R/M

CB

_CLK

R/M

CB

_DR

AL34

MC

A[2]

_AC

LKX

/MC

B_C

LKX

AM36

MC

A[2

]_A

FSR

/MC

B_C

LKX

/MC

B_F

SR

AM35

MC

A[2

]_A

FSX

/MC

B_C

LKS

/MC

B_F

SX

AN35

MC

A[2

]_A

HC

LKR

/MC

B_C

LKS

AM34

MC

A[2

]_A

MU

TEAP

36

MC

A[2

]_AX

R[0

]AR

36M

CA

[2]_

AX

R[1

]/MC

B_D

XAR

37

RS

V34

AL2

8

RS

V35

AL2

9

RS

V33

AM29

RS

V40

AT2

8

RS

V38

AR

29

RS

V39

AT2

9

RS

V36

AN

29

RS

V37

AP

29

EMA

C[1

]_TX

CLK

AT3

0

EMA

C[1

]_C

OL

AR

30

EMA

C[1

]_C

RS

AN

31

EMA

C[1

]_R

XER

AN

30

EMA

C[1

]_R

XD

VA

T33

EMA

C[1

]_R

XD

[0]

AT3

6EM

AC

[1]_

RX

D[1

]A

T35

EMA

C[1

]_R

XD

[2]

AU

36EM

AC

[1]_

RX

D[3

]A

T34

EMA

C[1

]_R

XD

[4]

AU

35EM

AC

[1]_

RX

D[5

]A

R33

EMA

C[1

]_R

XD

[6]

AU

34EM

AC

[1]_

RX

D[7

]A

P32

EMA

C[1

]_R

XC

LKA

T37

EMA

C[1

]_TX

EN

AU

30

EMA

C[1

]_TX

D[0

]A

P31

EMA

C[1

]_TX

D[1

]A

R32

EMA

C[1

]_TX

D[2

]A

T32

EMA

C[1

]_TX

D[3

]A

U32

EMA

C[1

]_TX

D[4

]A

U31

EMA

C[1

]_TX

D[5

]A

T31

EMA

C[1

]_TX

D[6

]A

P30

EMA

C[1

]_TX

D[7

]AM

30

EMA

C[1

]_G

MTC

LKA

U33

U63

SN

74C

BTL

V33

84PW

1OE

1

2OE

13

1A1

31A

24

1A3

71A

48

1A5

11

1B1

21B

25

1B3

61B

49

1B5

10

2A1

142A

217

2A3

182A

421

2A5

22

Vcc

24

GN

D12

2B1

152B

216

2B3

192B

420

2B5

23

R41

122

12

R39

722

12

C51

5

c402

-25

.1uF

U62

SN

74LV

C1G

00D

CK

RG

4

1 2

3

4

5

R39

622

12

R40

522

12

R15

522

12

R41

422

12

R14

122

12

R15

222

12

R13

822

12

R40

122

12

C49

7.1

uF

R14

422

12

R15

022

12

A-3


4 4

3 3

2 2

1 1

DD

CC

BB

AA

MM

C_D

AT2

MM

C_D

AT3

MM

C_D

AT0

UA

RT2

_CTS

N

UA

RT2

_RTS

N

UAR

T2_R

XD

UA

RT2

_TX

D

MM

C_D

AT1

UA

RT1

_CTS

N

UA

RT1

_RTS

N

UAR

T1_R

XD

UA

RT1

_TX

D

UA

RT0

_RTS

N

UA

RT

0_R

IN

UAR

T0_R

XD

UA

RT0

_TX

D

UA

RT0

_DTR

N

UA

RT0

_DS

RN

UA

RT0

_CTS

N

UA

RT0

_DC

DN

MM

C_C

LKC

PU

.MM

C_C

LK

MM

C_C

MD

CP

U.M

MC

_CM

D

MM

C_P

OW

MM

C_S

D_W

PM

MC

_SD

_CD

CLK

OU

T

SPI_

SC

LKC

PU

.SP

I_S

CLK

SPI_

MIS

O

SP

I_C

S3

TIM

7_O

UT

SC

0_D

ET

SC

1_D

ATA

SC

1_V

PP

EN

SC

1_R

ST

SP

I_C

S2

TIM

6_O

UT

SC

0_D

ATA

SC

1_C

LK

SC

1_V

CC

EN

SP

I_C

S1

TIM

5_O

UT

SC

0_C

LK

SC

1_C

4

SC

0_V

CC

EN

CP

U.C

LKO

UT

SP

I_C

S0

SPI_

MO

SI

TIM

4_O

UT

SC

0_C

4

SC

0_V

PP

EN

SC

0_R

ST

SC

1_D

ET

EVM

_3V3

EVM

_3V

3

EVM

_3V3

MM

C_D

AT2

35M

MC

_DA

T335

SPI_

CS

036

,46

SP

I_C

S2

47S

PI_

CS

346

TIM

4_O

UT

47

UA

RT2

_CTS

N47

UA

RT2

_RTS

N47

UA

RT2

_RXD

33,4

6

UA

RT2

_TX

D33

,47

MM

C_D

AT1

35M

MC

_DA

T035

UA

RT1

_CTS

N47

UA

RT1

_RTS

N47

UA

RT1

_RXD

34,4

6

UA

RT1

_TX

D46

UA

RT0

_RTS

N46

UA

RT0

_RIN

47

UA

RT0

_RXD

46

UA

RT0

_TX

D46

UA

RT0

_DTR

N47

UA

RT0

_DS

RN

47

UA

RT0

_CTS

N47

UA

RT0

_DC

DN

47

MM

C_C

LK35

MM

C_C

MD

35

MM

C_P

OW

35

MM

C_S

D_W

P35

MM

C_S

D_C

D35

TIM

5_O

UT

47

CLK

OU

T47

SP

I_M

ISO

36,4

6

SP

I_M

OS

I36

,46

SP

I_S

CLK

36,4

6

SC

0_V

CC

EN

47

SC

0_C

447

SC

0_C

LK47

SC

0_D

ATA

47

SC

0_D

ET47

SC

0_R

ST47 S

C0_

VP

PE

N47

SC

1_D

ET47

SC

1_C

LK47

SC

1_R

ST47S

C1_

VC

CE

N47

SC

1_V

PP

EN

47

SC

1_D

ATA

47

SC

1_C

447

TIM

6_O

UT

47

TIM

7_O

UT

47

IIC0_

SC

L31

,32,

41,4

8,50

IIC0_

SD

A31

,32,

41,4

8,50

IIC1_

SC

L32

,48

IIC1_

SD

A32

,48

SPI_

CS

146

EVM

_3V3

2,5,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,44

,46,

48,4

9,50

,51,

53,5

4,55

,56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

13

58

B

NE

TRA

EV

M

NE

TRA

SE

RIA

L I/O

R28

92.

2K

R16

822

12

R14

2.2K

R27

92.

2KR

202.

2K

R42

722

12

NE

TRA

_3

U31

-4

CLK

OU

TF1

SD

_CLK

/GP

MC

_A[1

3]/G

P1[

1]U

2

SD

_CM

D/G

PMC

_A[2

1]/G

P1[

2]U

3

SD

_DA

T[0]

/GPM

C_A

[20]

/GP

1[3]

U1

SD

_DA

T[1]

_SD

IRQ

/GP

MC

_A[1

9]/G

P1[

4]T1

SD

_DA

T[2]

_SD

RW

/GP

MC

_A[1

8]/G

P1[

5]T2

SD

_DA

T[3]

/GPM

C_A

[17]

/GP

1[6]

T13

SD

_PO

W/G

PM

C_A

[14]

/GP

1[0]

U4

SD

_SD

CD

/GPM

C_A

[16]

/GP

1[7]

R13

SD_S

DW

P/G

PM

C_A

[15]

/GP1

[8]

R5

GP

1[13

]J5

GP

MC

_A[2

6]/G

P1[

11]

J6G

PM

C_A

[25]

/GP

1[12

]J7

GP

MC

_A[2

7]/G

P1[

9K

8

GP

MC

_A[2

2]/G

P1[

10]

K2

GP

MC

_A[2

3]/G

P1[

14]

J4

GP

MC

_A[2

4]/G

P1[

15]

J3

GP

0[25

]H

4

GP

MC

_A[1

4]/G

P0[

23]

H5

GP

MC

_A[1

3]/G

P0[

24]

H6

GP

MC

_A[1

6]/G

P0[

21]

J2

GP

MC

_A[1

5]/G

P0[

22]

J1

GP

MC

_A[2

1]/G

P0[

26]

H3

GP

MC

_A[1

2]/G

P0[

27]

H2

SPI

_D[0

]N

11

SPI

_D[1

]P

13

SPI

_SC

LKR

2

SPI

_SC

S[0

]nR

1S

PI_S

CS

[1]n

/GP

MC

_A[2

3]P

2S

PI_S

CS

[2]n

/GP

MC

_A[2

2]P

3S

PI_S

CS

[3]n

/GP

MC

_[A

21]/G

P1[

22]

P1

TIM

4_O

UT/

GP

0[28

]H

33

TIM

5_O

UT/

GP

0[29

]H

34

TIM

6_O

UT/

GP

MC

_A[2

4]/G

P0[

30]

H1

TIM

7_O

UT/

GP

MC

_A[1

2]/G

P0[

31]

G1

UA

RT0

_CTS

n/G

P1[

28]

N7

UAR

T0_D

CD

n/G

PM

C_A

[18]

/GP

MC

_A[2

3]/G

P1[

18]

N5

UA

RT0

_DS

Rn/

GP

MC

_A[1

9]/G

PMC

_A[2

4]/G

P1[

17]

N4

UA

RT0

_DTR

n/G

PMC

_A[2

0]/G

PM

C_A

[12]

/GP1

[16]

N6

UA

RT0

_RIN

/GP

MC

_A[1

7]/G

PMC

_A[2

2]/G

P1[

19]

N3

UA

RT0

_RTS

n/G

P1[

27]

N9

UA

RT0

_RX

DN

10

UA

RT0

_TXD

N8

UA

RT1

_CTS

n/G

PM

C_A

[13]

/GP

MC

_A[1

7]/G

P1[

26]

L3

UA

RT1

_RTS

n/G

PM

C_A

[14]

/GP

MC

_A[1

8]/G

P1[

25]

M2

UA

RT1

_RXD

/GP

MC

_A[2

6]/G

PM

C_A

[20]

N1

UAR

T1_T

XD/G

PM

C_A

[25]

/GPM

C_A

[19]

N2

UA

RT2

_CTS

n/G

PM

C_A

[16]

/GP

MC

_A[2

5]/G

P1[

24]

K7

UA

RT2

_RTS

n/G

PM

C_A

[15]

/GP

MC

_A[2

6]/G

P1[

23]

L9

UA

RT2

_RX

DM

1

UA

RT2

_TXD

L2

I2C

[0]_

SCL

N32

I2C

[0]_

SD

AN

33

I2C

[1]_

SCL

N34

I2C

[1]_

SD

AN

35

R17

122

12

R18

522

12



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

GM

II0_R

XD

2G

MII0

_RX

D3

GM

II0_R

XD

4G

MII0

_RX

D5

GM

II0_R

XD

6G

MII0

_RX

D7

CPU

_GM

II0_T

XE

N

CP

U_G

MII0

_TC

LK

CP

U_G

MII0

_GM

TCLK

GM

II0_R

CLK

GM

II0_C

RS

GM

II0_C

OL

GM

II0_R

XD

VG

MII0

_RX

ER

MD

IO_M

DC

LK

CPU

_GM

II0_T

XD

0C

PU_G

MII0

_TX

D1

CPU

_GM

II0_T

XD

2C

PU_G

MII0

_TX

D3

CPU

_GM

II0_T

XD

4C

PU_G

MII0

_TX

D5

CPU

_GM

II0_T

XD

6C

PU_G

MII0

_TX

D7

GM

II0_T

XD

0

GM

II0_T

XEN

GM

II0_T

XD

1G

MII0

_TX

D2

GM

II0_T

CLK

GM

II0_T

XD

3G

MII0

_TX

D4

GM

II0_G

MTC

LK

GM

II0_T

XD

5

GM

II0_R

XD

0

GM

II0_T

XD

6G

MII0

_TX

D7

GM

II0_R

XD

1

MD

IO_M

DIO

GM

II0_T

XD

038

GM

II0_T

XD

138

GM

II0_T

XD

238

GM

II0_T

XD

338

GM

II0_T

XD

438

GM

II0_T

XD

538

GM

II0_T

XD

638

GM

II0_T

XD

738

GM

II0_G

MTC

LK38

GM

II0_R

XD

038

GM

II0_R

XD

138

GM

II0_R

XD

238

GM

II0_R

XD

338

GM

II0_R

XD

438

GM

II0_R

XD

538

GM

II0_R

XD

638

GM

II0_R

XD

738

GM

II0_R

CLK

38

GM

II0_R

XD

V38

GM

II0_R

XE

R38

GM

II0_C

RS

38G

MII0

_CO

L38

MD

IO_M

DC

LK38

,48

GM

II0_T

CLK

38

GM

II0_T

XE

N38

MD

IO_M

DIO

38,4

8

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

14

58

B

NE

TRA

EV

M

NE

TRA

ETH

ER

NE

T

R15

822

12

R41

622

12

R16

122

12

R16

022

12

R41

922

12

R15

922

12

R42

022

12

R42

322

12

R42

122

12

R41

722

12

NE

TRA

_3

U31

-10

EM

AC

[0]_

CO

LA

B25

EM

AC

[0]_

CR

SA

A25

EMA

C[0

]_G

MTC

LKA

C37

EM

AC[0

]_R

XC

LKA

E37

EMA

C[0

]_R

XD

[0]

AD

37EM

AC

[0]_

RX

D[1

]A

D36

EMA

C[0

]_R

XD

[2]

AC

36EM

AC

[0]_

RX

D[3

]A

D35

EMA

C[0

]_R

XD

[4]

AC

35EM

AC

[0]_

RX

D[5

]A

D25

EMA

C[0

]_R

XD

[6]

AC

25EM

AC

[0]_

RX

D[7

]A

E36

EMA

C[0

]_R

XD

VA

E35

EMA

C[0

]_R

XER

AE

34

EMA

C[0

]_TX

CLK

AF3

7

EM

AC

[0]_

TXD

[0]

AE

33E

MA

C[0

]_TX

D[1

]A

E32

EM

AC

[0]_

TXD

[2]

AE

31E

MA

C[0

]_TX

D[3

]A

E30

EM

AC

[0]_

TXD

[4]

AG

28E

MA

C[0

]_TX

D[5

]A

F36

EM

AC

[0]_

TXD

[6]

AG

36E

MA

C[0

]_TX

D[7

]A

G35

EM

AC

[0]_

TXEN

AG

37

MD

IO_M

CLK

AH

37

MD

IO_M

DIO

AH

36

R16

522

12

A-5


4 4

3 3

2 2

1 1

DD

CC

BB

AA

CP

U_V

DD

A18

US

B

US

B0_

VB

US

US

B0_

DM

US

B0_

DP

US

BB

0_D

RV

_VB

US

US

B1_

VB

US

US

BB

1_D

RV

_VB

US

US

B1_

DM

US

B1_

DP

CP

U_V

DD

A33

US

B

EVM

_3V

3

EVM

_0V9

EV

M_3

V3

EV

M_0

V9

EV

M_1

V8_

D

EVM

_1V

8_D

US

B0_

VB

US

30

US

BB

0_D

RV

_VB

US

30

US

B0_

DM

30U

SB

0_D

P30

US

B1_

VB

US

30

US

BB

1_D

RV

_VB

US

30

US

B1_

DM

30U

SB

1_D

P30

EV

M_3

V3

2,3,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,44

,46,

48,4

9,50

,51,

53,5

4,55

,56

EV

M_0

V9

49,5

5

EV

M_1

V8_

D15

,16,

49,5

2,55

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

15

58

B

NE

TRA

EV

M

NE

TRA

USB

DIFFERENTIAL PAIR

90 OHM DIFFERENTIAL

IMPEDANCE

SHORT AND STRAIGHT AS

POSSIBLE,

MINIMUM NUMBER OF VIAS

DIFFERENTIAL PAIR

90 OHM DIFFERENTIAL

IMPEDANCE


POSSIBLE,


3.3 VOLT

1.8 VOLT

0.9 VOLT

NE

TRA

_3

U31

-12

VD

D_U

SB0_

VBU

SN

36

VD

D_U

SB1_

VBU

ST3

6

RS

V5T2

8

US

B0_

DN

P36

US

B0_D

PP

37

US

B0_

DR

VV

BUS

P35

US

B0_

R1

N37

RS

V6T2

7

US

B1_

DN

R36

US

B1_D

PR

37

US

B1_

DR

VV

BUS

R35

US

B1_

R1

T37

VD

D_U

SB0_

3P3

T29

VD

D_U

SB0_

3P3

R29

VD

D_U

SB1_

3P3

T30

VD

D_U

SB1_

3P3

R30

VD

D_U

SB0_

1P8

R25

VD

D_U

SB1_

1P8

T25

VD

D_U

SB_0

P9

N27

E5N

FM21

PC

474R

1C3D 1

3

2

C64

11u

F

R16

910

K 1

%

C63

90.

001u

F

E6

NFM

21P

C47

4R1C

3D

13

2

C63

40.

1uF

C64

21u

FR

172

10K

1%

C60

90.

01uF

C61

00.

001u

FC

611

0.1u

FC

612

1uF

C64

00.

1uF



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

CS

0WA

ITC

S0W

AIT

BTM

OD

E0

BTM

OD

E0

BTM

OD

E1

BTM

OD

E1

BTM

OD

E2

BTM

OD

E2

CS

0BW

CS

0BW

BTM

OD

E3

BTM

OD

E3

BTM

OD

E4

BTM

OD

E4

CS

0MU

X0C

S0M

UX0

CS

0MU

X1C

S0M

UX1

NA

ND

_BO

OTn

SPI_

BO

OTn

EV

M_3

V3

EVM

_3V3

EVM

_3V3

GP

MC

_CLK

46

GP

MC

_BE0

N_C

LE37

,46

GP

MC

_BE

1N46

GP

MC

_WAI

T37

,46

GP

MC

_AD

VN

_ALE

37,4

6

GP

MC

_CS

037

,46

VLY

NQ

_SC

RU

N45

GP

MC

_DIR

46

GP

MC

_WE

N37

,46

VLY

NQ

_CLO

CK

45

VLY

NQ

_RX

D0

45V

LYN

Q_R

XD

145

VLY

NQ

_RX

D2

45V

LYN

Q_R

XD

345

VLY

NQ

_TX

D0

45V

LYN

Q_T

XD

145

VLY

NQ

_TX

D2

45V

LYN

Q_T

XD

345

GPM

C_A

046

GPM

C_A

146

GPM

C_A

246

GPM

C_A

346

GPM

C_A

446

GPM

C_A

546

GPM

C_A

646

GPM

C_A

746

GPM

C_A

846

GPM

C_A

946

GPM

C_A

1046

GPM

C_A

1146

GPM

C_A

2746

GP

MC

_D0

37,4

6G

PM

C_D

137

,46

GP

MC

_D2

37,4

6G

PM

C_D

337

,46

GP

MC

_D4

37,4

6G

PM

C_D

537

,46

GP

MC

_D6

37,4

6G

PM

C_D

737

,46

GP

MC

_D8

37,4

6G

PM

C_D

937

,46

GP

MC

_D10

37,4

6G

PM

C_D

1137

,46

GP

MC

_D12

37,4

6G

PM

C_D

1337

,46

GP

MC

_D14

37,4

6G

PM

C_D

1537

,46

GP

MC

_CS

146

GP

MC

_CS

246

GP

MC

_CS

346

GP

MC

_CS

446

GP

MC

_CS

546

GP

MC

_OE

N_R

EN

37,4

6

GP

MC

_WP

N37

,46

NA

ND

_BO

OTn

37S

PI_

BOO

Tn36

EVM

_3V3

2,3,

5,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,44

,46,

48,4

9,50

,51,

53,5

4,55

,56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

16

58

B

NE

TRA

EV

M

NE

TRA

GP

MC

/VLY

NQ

INTE

RFA

CE

Place Switch by NAND and SPI ROM

ENABLE ON BOARD MEMORIES

R328 3K

1 2 3 4 5 6 7 8 9 10

SW

3

DIP

_SW

ITC

H-1

0

1 2 3 4 5 6 7 8 9 10

20 19 18 17 16 15 14 13 12 11

R32

21K

R35

21K

R32

71K

R305 10K

NE

TRA

_3

U31

-5

GP

MC

_A[0

]/GP

0[8]

AE

6G

PMC

_A[1

]/GP0

[9]/B

TMO

DE

[0]

AE

5

GP

MC

_A[1

0]/G

P0[

18]

AD

1G

PM

C_A

[11]

/GP

0[19

]A

C2

GP

MC

_A[2

]/GP

0[10

]/BTM

OD

E[1

]A

E4

GP

MC

_A[2

7]/G

P0[

20]

AC

5

GP

MC

_A[3

]/GP

0[11

]/BTM

OD

E[2

]A

E3

GP

MC

_A[4

]/GP

0[12

]/BTM

OD

E[3

]A

E1

GP

MC

_A[5

]/GP

0[13

]/BTM

OD

E[4

]A

E2

GPM

C_A

[6]/G

P0[1

4]/C

S0M

UX

[0]

AD

8G

PMC

_A[7

]/GP0

[15]

/CS

0MU

X[1

]A

D3

GP

MC

_A[8

]/GP

0[16

]/CS

0BW

AD

4G

PM

C_A

[9]/G

P0[

17]/C

S0W

AIT

AD

2

GP

MC

_AD

V_A

LEA

E10

GP

MC

_BE

0_C

LEA

E11

GPM

C_B

E1n

AF1

GP

MC

_CLK

/GP

1[29

]V

1

GP

MC

_CS

[0]n

AH

7G

PM

C_C

S[1

]nA

H1

GP

MC

_CS

[2]n

AH

2G

PM

C_C

S[3

]nA

G9

GP

MC

_CS[

4]n/

GP

1[21

]A

G3

GPM

C_C

S[5

]n/G

PM

C_A

[12]

AG

1

GP

MC

_D[0

]A

C1

GP

MC

_D[1

]A

A4

GP

MC

_D[1

0]W

3G

PM

C_D

[11]

W1

GP

MC

_D[1

2]W

2G

PM

C_D

[13]

V10

GP

MC

_D[1

4]V

3G

PM

C_D

[15]

V2

GP

MC

_D[2

]A

B2

GP

MC

_D[3

]A

A3

GP

MC

_D[4

]Y

3G

PM

C_D

[5]

AA

2G

PM

C_D

[6]

Y10

GP

MC

_D[7

]Y

2

GP

MC

_D[8

]W

4G

PM

C_D

[9]

Y1

GPM

C_D

IR/G

P1[

20]

AE

7

GP

MC

_OE

_RE

nA

F2

GP

MC

_WA

ITA

E8

GP

MC

_WE

nA

G2

GP

MC

_WP

nA

E9

RSV

42A

J1

RSV

51A

B13

RSV

50A

J6R

SV49

AJ5

RSV

48A

J4

RSV

43A

K2

RSV

47A

J3R

SV46

AK

3R

SV45

AJ2

RSV

44A

H8

R341 10K

R34

91K

R337 3K

R30

81K

R317 3K

R83

10K

R309 10K

R31

61K

R33

11K

R350 10K

R332 10K

SW

4

SW

DIP

-2

1 24 3

R33

61K

R30

41K

R82

10K

R323 10K

R353 3K

R34

01K

A-7


4 4

3 3

2 2

1 1

DD

CC

BB

AA

DD

R0_

D0

DD

R0_

D1

DD

R0_

D2

DD

R0_

D3

DD

R0_

D7

DD

R0_

D4

DD

R0_

D5

DD

R0_

D6

DD

R0_

DQ

SN

0

DD

R0_

DQ

M0

DD

R0_

DQ

S0

DD

R0_

D11

DD

R0_

D15

DD

R0_

D12

DD

R0_

D13

DD

R0_

D14

DD

R0_

D8

DD

R0_

DQ

SN

1

DD

R0_

DQ

M1

DD

R0_

DQ

S1

DD

R0_

D9

DD

R0_

D10

DD

R0_

D19

DD

R0_

D23

DD

R0_

D20

DD

R0_

D21

DD

R0_

D22

DD

R0_

D16

DD

R0_

DQ

SN

2

DD

R0_

DQ

M2

DD

R0_

DQ

S2

DD

R0_

D17

DD

R0_

D18

DD

R0_

D27

DD

R0_

D31

DD

R0_

D28

DD

R0_

D29

DD

R0_

D30

DD

R0_

D24

DD

R0_

DQ

SN

3

DD

R0_

DQ

M3

DD

R0_

DQ

S3

DD

R0_

D25

DD

R0_

D26

DD

R0_

BA

0

DD

R0_

BA

2

DD

R0_

A1

DD

R0_

A0

DD

R0_

A2

DD

R0_

A3

DD

R0_

A4

DD

R0_

A5

DD

R0_

A6

DD

R0_

A7

DD

R0_

A8

DD

R0_

A9

DD

R0_

A10

DD

R0_

A11

DD

R0_

A12

DD

R0_

A13

DD

R0_

A14

DD

R0_

CS

N0

DD

R0_

CK

E

DD

R0_

CA

SN

DD

R0_

RA

SN

DD

R0_

OD

T0

DD

R0_

CLK

0D

DR

0_C

LK0N

DD

R0_

RS

T

DD

R0_

BA

1

DD

R0_

WE

N

EV

M_D

DR

_RE

F_O

UTEV

M_1

V5

EVM

_DD

R_R

EF_

OU

T

EV

M_1

V5

EV

M_D

DR

_RE

F_O

UT

DD

R0_

D0

21D

DR

0_D

121

DD

R0_

D2

21D

DR

0_D

321

DD

R0_

D4

21D

DR

0_D

521

DD

R0_

D6

21D

DR

0_D

721

DD

R0_

D8

21D

DR

0_D

921

DD

R0_

D10

21D

DR

0_D

1121

DD

R0_

D12

21D

DR

0_D

1321

DD

R0_

D14

21D

DR

0_D

1521

DD

R0_

D16

21D

DR

0_D

1721

DD

R0_

D18

21D

DR

0_D

1921

DD

R0_

D20

21D

DR

0_D

2121

DD

R0_

D22

21D

DR

0_D

2321

DD

R0_

D24

21D

DR

0_D

2521

DD

R0_

D26

21D

DR

0_D

2721

DD

R0_

D28

21D

DR

0_D

2921

DD

R0_

D30

21D

DR

0_D

3121

DD

R0_

DQ

M0

21

DD

R0_

DQ

M1

21

DD

R0_

DQ

M2

21

DD

R0_

DQ

M3

21

DD

R0_

DQ

S0

21

DD

R0_

DQ

S1

21

DD

R0_

DQ

S2

21

DD

R0_

DQ

S3

21

DD

R0_

DQ

SN

021

DD

R0_

DQ

SN

121

DD

R0_

DQ

SN

221

DD

R0_

DQ

SN

321

DD

R0_

RS

T21

DD

R0_

BA

021

,22,

24D

DR

0_B

A1

21,2

2,24

DD

R0_

BA

221

,22,

24

DD

R0_

A1

21,2

2,24

DD

R0_

A0

21,2

2,24

DD

R0_

A2

21,2

2,24

DD

R0_

A3

21,2

2,24

DD

R0_

A4

21,2

2,24

DD

R0_

A5

21,2

2,24

DD

R0_

A6

21,2

2,24

DD

R0_

A7

21,2

2,24

DD

R0_

A8

21,2

2,24

DD

R0_

A9

21,2

2,24

DD

R0_

A10

21,2

2,24

DD

R0_

A11

21,2

2,24

DD

R0_

A12

21,2

2,24

DD

R0_

A13

21,2

2,24

DD

R0_

A14

21,2

2,24

DD

R0_

CS

N0

21,2

2,24

DD

R0_

CK

E21

,22,

24

DD

R0_

CA

SN

21,2

2,24

DD

R0_

RA

SN

21,2

2,24

DD

R0_

OD

T021

,22,

24

DD

R0_

WE

N21

,22,

24

DD

R0_

CLK

021

,22,

24D

DR

0_C

LK0N

21,2

2,24

EVM

_1V5

8,16

,17,

21,2

3,24

,25,

27,4

9,52

,53,

55,5

6

EV

M_D

DR

_RE

F_O

UT

8,21

,23,

25,2

7,53

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

17

58

B

NE

TRA

EV

M

NE

TRA

DD

R0

INTE

RFA

CE

DIFFERENTIAL PAIRS

C70

8N

O-P

OP

NE

TRA

_3

U31

-3

DD

R[0

]_A[

0]A

13D

DR

[0]_

A[1]

N17

DD

R[0

]_A

[10]

C14

DD

R[0

]_A

[11]

B13

DD

R[0

]_A

[12]

N16

DD

R[0

]_A

[13]

B16

DD

R[0

]_A

[14]

D17

DD

R[0

]_A[

2]D

15D

DR

[0]_

A[3]

G13

DD

R[0

]_A

[4H

13D

DR

[0]_

A[5]

J13

DD

R[0

]_A[

6]L1

3D

DR

[0]_

A[7]

A14

DD

R0]

_A[8

]N

14D

DR

[0]_

A[9]

K13

DD

R[0

]_B

A[0]

F13

DD

R[0

]_B

A[1]

B14

DD

R[0

]_B

A[2]

N15

DD

R[0

]_C

AS

nC

13

DD

R[0

]_C

KE

C18

DD

R[0

]_C

LK[0

]B

12D

DR

[0]_

CLK

[0]n

A12

DD

R[0

]_C

LK[1

]A

15D

DR

[0]_

CLK

[1]n

B15

DD

R[0

]_C

S[0

]nB

17

DD

R[0

]_C

S[1

]nF1

8

DD

R[0

]_D

[0]

B1

DD

R[0

]_D

[1]

F2

DD

R[0

]_D

[10]

C6

DD

R[0

]_D

[11]

D6

DD

R[0

]_D

[12]

A5

DD

R[0

]_D

[13]

B6

DD

R[0

]_D

[14]

A3

DD

R[0

]_D

[15]

B3

DD

R[0

]_D

[16]

C8

DD

R[0

]_D

[17]

A7

DD

R[0

]_D

[18]

H10

DD

R[0

]_D

[19]

B7

DD

R[0

]_D

[2]

E2

DD

R[0

]_D

[20]

F8D

DR

[0]_

D[2

1]D

8D

DR

[0]_

D[2

2]F9

DD

R[0

]_D

[23

E7

DD

R[0

]_D

[24]

E9

DD

R[0

]_D

[25]

B11

DD

R[0

]_D

[26]

B10

DD

R[0

]_D

[27]

E8

DD

R[0

]_D

[28]

G10

DD

R[0

]_D

[29]

C11

DD

R[0

]_D

[3]

G4

DD

R[0

]_D

[30]

J11

DD

R[0

]_D

[31]

C9

DD

R[0

]_D

[4]

D2

DD

R[0

]_D

[5]

B2

DD

R[0

]_D

[6]

F3D

DR

[0]_

D[7

]C

1

DD

R[0

]_D

[8]

C5

DD

R[0

]_D

[9]

D7

DD

R[0

]_D

QM

[0]

C2

DD

R[0

]_D

QM

[1]

B5

DD

R[0

]_D

QM

[2]

G9

DD

R[0

]_D

QM

[3]

D9

DD

R[0

]_D

QS

[0]

F4

DD

R[0

]_D

QS

[1]

B4

DD

R[0

]_D

QS

[2]

B8

DD

R[0

]_D

QS

[3]

B9

DD

R[0

]_D

QS

[0]n

E3

DD

R[0

]_D

QS

[1]n

A4

DD

R[0

]_D

QS

[2]n

A8

DD

R[0

]_D

QS

[3]n

A9

DD

R[0

]_O

DT[

0]E

18

DD

R[0

_OD

T[1]

A16

DD

R[0

]_R

AS

nD

13

DD

R[0

]_R

STn

D18

DD

R[0

]_V

TPA

6

DD

R[0

]_W

En

E13

VR

EFS

STL

_DD

R[0

]A

17

R19

949

.9

C70

5N

O-P

OP



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

DD

R1_

CS

N0

DD

R1_

OD

T0

DD

R1_

CK

E

DD

R1_

A11

DD

R1_

A7

DD

R1_

A3

DD

R1_

CA

SN

DD

R1_

A12

DD

R1_

A8

DD

R1_

A4

DD

R1_

RA

SN

DD

R1_

BA

1

DD

R1_

A13

DD

R1_

BA

0

DD

R1_

A1

DD

R1_

A0

DD

R1_

A2

DD

R1_

A9

DD

R1_

BA

2

DD

R1_

A14

DD

R1_

A10

DD

R1_

A6

DD

R1_

WE

N

DD

R1_

D11

DD

R1_

D15

DD

R1_

D12

DD

R1_

D13

DD

R1_

D14

DD

R1_

D8

DD

R1_

DQ

SN

1

DD

R1_

DQ

M1

DD

R1_

DQ

S1

DD

R1_

D9

DD

R1_

D10

DD

R1_

D3

DD

R1_

D19

DD

R1_

D23

DD

R1_

D20

DD

R1_

D21

DD

R1_

D22

DD

R1_

D16

DD

R1_

DQ

SN

2

DD

R1_

DQ

M2

DD

R1_

DQ

S2

DD

R1_

D17

DD

R1_

D18

DD

R1_

D7

DD

R1_

D4

DD

R1_

D5

DD

R1_

D6

DD

R1_

D0

DD

R1_

D27

DD

R1_

D31

DD

R1_

D28

DD

R1_

D29

DD

R1_

D30

DD

R1_

D24

DD

R1_

DQ

SN

3

DD

R1_

DQ

M3

DD

R1_

DQ

S3

DD

R1_

D25

DD

R1_

D26

DD

R1_

DQ

SN

0

DD

R1_

DQ

M0

DD

R1_

DQ

S0

DD

R1_

D1

DD

R1_

D2

DD

R1_

CLK

0D

DR

1_C

LK0N

DD

R1_

RS

T

DD

R1_

A5

EV

M_D

DR

_RE

F_O

UTEVM

_1V

5

EV

M_D

DR

_RE

F_O

UT

EVM

_1V

5

EV

M_D

DR

_RE

F_O

UT

DD

R1_

D21

25D

DR

1_D

2225

DD

R1_

D23

25

DD

R1_

D24

25D

DR

1_D

2525

DD

R1_

D26

25D

DR

1_D

2725

DD

R1_

D28

25D

DR

1_D

2925

DD

R1_

D30

25D

DR

1_D

3125

DD

R1_

DQ

M0

25

DD

R1_

DQ

M1

25

DD

R1_

DQ

M2

25

DD

R1_

DQ

M3

25

DD

R1_

DQ

S0

25

DD

R1_

DQ

S1

25

DD

R1_

DQ

S2

25

DD

R1_

DQ

S3

25

DD

R1_

DQ

SN

025

DD

R1_

DQ

SN

125

DD

R1_

DQ

SN

225

DD

R1_

DQ

SN

325

DD

R1_

D0

25D

DR

1_D

125

DD

R1_

D2

25D

DR

1_D

325

DD

R1_

D4

25D

DR

1_D

525

DD

R1_

D6

25D

DR

1_D

725

DD

R1_

D8

25D

DR

1_D

925

DD

R1_

D10

25D

DR

1_D

1125

DD

R1_

D12

25D

DR

1_D

1325

DD

R1_

D14

25D

DR

1_D

1525

DD

R1_

D16

25D

DR

1_D

1725

DD

R1_

D18

25D

DR

1_D

1925

DD

R1_

D20

25

DD

R1_

RS

T25

DD

R1_

BA

024

,25,

26D

DR

1_B

A1

24,2

5,26

DD

R1_

BA

224

,25,

26

DD

R1_

A1

24,2

5,26

DD

R1_

A0

24,2

5,26

DD

R1_

A2

24,2

5,26

DD

R1_

A3

24,2

5,26

DD

R1_

A4

24,2

5,26

DD

R1_

A5

24,2

5,26

DD

R1_

A6

24,2

5,26

DD

R1_

A7

24,2

5,26

DD

R1_

A8

24,2

5,26

DD

R1_

A9

24,2

5,26

DD

R1_

A10

24,2

5,26

DD

R1_

A11

24,2

5,26

DD

R1_

A12

24,2

5,26

DD

R1_

A13

24,2

5,26

DD

R1_

A14

24,2

5,26

DD

R1_

CS

N0

24,2

5,26

DD

R1_

CK

E24

,25,

26

DD

R1_

CA

SN

24,2

5,26

DD

R1_

RA

SN

24,2

5,26

DD

R1_

OD

T024

,25,

26

DD

R1_

WE

N24

,25,

26

DD

R1_

CLK

024

,25,

26D

DR

1_C

LK0N

24,2

5,26

EVM

_1V5

7,16

,17,

21,2

3,24

,25,

27,4

9,52

,53,

55,5

6

EV

M_D

DR

_RE

F_O

UT

7,21

,23,

25,2

7,53

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

18

58

B

NE

TRA

EV

M

NE

TRA

DD

R1

INTE

RFA

CE

DIFFERENTIAL PAIRS

NE

TRA

_3

U31

-14

DD

R[1

]_A

[0]

A25

DD

R[1

]_A

[1]

N21

DD

R[1

]_A

[10]

C24

DD

R[1

]_A

[11]

B25

DD

R[1

]_A

[12]

N22

DD

R[1

]_A

[13]

B22

DD

R[1

]_A

[14]

D21

DD

R[1

]_A

[2]

D23

DD

R[1

]_A

[3]

G25

DD

R[1

]_A

[4]

H25

DD

R[1

]_A

[5]

J25

DD

R[1

]_A

[6]

L25

DD

R[1

]_A

[7]

A24

DD

R[1

]_A

[8]

N24

DD

R[1

]_A

[9]

K25

DD

R[1

]_BA

[0]

F25

DD

R[1

]_BA

[1]

B24

DD

R[1

]_BA

[2]

N23

DD

R[1

]_C

AS

nC

25

DD

R[1

]_C

KEC

20

DD

R[1

]_C

LK[0

]B

26D

DR

[1]_

CLK

[0]n

A26

DD

R[1

]_C

LK[1

]A

23D

DR

[1]_

CLK

[1]n

B23

DD

R[1

]_C

S[0

]nB

21

DD

R[1

]_C

S[1

]nF2

0

DD

R[1

]_D

[0]

B37

DD

R[1

]_D

[1]

F36

DD

R[1

]_D

[10]

C32

DD

R[1

]_D

[11]

D32

DD

R[1

]_D

[12]

A33

DD

R[1

]_D

[13]

B32

DD

R[1

]_D

[14]

A35

DD

R[1

]_D

[15]

B35

DD

R[1

]_D

[16]

C30

DD

R[1

]_D

[17]

A31

DD

R[1

]_D

[18]

H28

DD

R[1

]_D

[19]

B31

DD

R[1

]_D

[2]

E36

DD

R[1

]_D

[20]

F30

DD

R[1

]_D

[21]

D30

DD

R[1

]_D

[22]

F29

DD

R[1

]_D

[23]

E31

DD

R[1

]_D

[24]

E29

DD

R[1

]_D

[25]

B27

DD

R[1

]_D

[26]

B28

DD

R[1

]_D

[27]

E30

DD

R[1

]_D

[28]

G28

DD

R[1

]_D

[29]

C27

DD

R[1

]_D

[3]

G34

DD

R[1

]_D

[30]

J27

DD

R[1

]_D

[31]

C29

DD

R[1

]_D

[4]

D36

DD

R[1

]_D

[5]

B36

DD

R[1

]_D

[6]

F35

DD

R[1

]_D

[7]

C37

DD

R[1

]_D

[8]

C33

DD

R[1

]_D

[9]

D31

DD

R[1

]_D

QM

[0]

C36

DD

R[1

]_D

QM

[1]

B33

DD

R[1

]_D

QM

[2]

G29

DD

R[1

]_D

QM

[3]

D29

DD

R[1

]_D

QS

[0]

F34

DD

R[1

]_D

QS

[1]

B34

DD

R[1

]_D

QS

[2]

B30

DD

R[1

]_D

QS

[3]

B29

DD

R[1

]_D

QS

[0]n

E35

DD

R[1

]_D

QS

[1]n

A34

DD

R[1

]_D

QS

[2]n

A30

DD

R[1

]_D

QS

[3]n

A29

DD

R[1

]_O

DT[

0]E

20

DD

R[1

]_O

DT[

1]A

22

DD

R[1

]_R

AS

nD

25

DD

R[1

]_R

STn

D20

DD

R[1

]_VT

PA

32

DD

R[1

]_W

En

E25

VR

EFS

STL

_DD

R[1

]A

21

R19

849

.9

C70

6N

O-P

OP

C70

9N

O-P

OP

A-9


4 4

3 3

2 2

1 1

DD

CC

BB

AA

CP

U_V

DD

A_1

P0V

CP

U_V

DD

A_1

P8V

CP

U_V

DD

A_1

P0V

CP

U_V

DD

A_1

P8V

CP

U_V

DD

A_1

P8V

CP

U_V

DD

A_1

P8V

CP

U_V

DD

A_1

P8V

CP

U_V

DD

A_1

P0V

VR

EF_

1.24

V

VD

AC

_VR

EF

EV

M_1

V8_

A

EV

M_1

V0_C

ON

EV

M_1

V0_

CO

N

EV

M_1

V8_

A

CP

U_V

DD

A_1

P8V

CP

U_V

DD

A_1

P8V

EV

M_1

V8_

A

RFO

UT

42

IOU

TG43

IOU

TA42

IOU

OTB

42

IOU

TC42

IOU

TD42

IOU

TE42

IOU

TF42

EV

M_1

V0_C

ON

11,1

5,16

,17,

20,4

9,51

,55

EVM

_1V

8_A

49,5

5

CPU

_VD

DA

_1P

8V16

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

19

58

B

NE

TRA

EV

M

AN

ALO

G V

IDE

O O

UTP

UT

C53

7

0.1u

FR

361

1.21

K

C86

0.1u

F

R49

015

.0K

C79

80.

1uF

C56

30.

1uF

C57

5

0.1u

F

E2

NFM

21P

C47

4R1C

3D 13

2

C57

3

0.1u

F

C54

8

0.1u

F

R48

91K

C62

0.1u

F

C58

2

0.1u

F

C61

0.1u

F

C64

0.1u

F C57

4

0.1u

F

C58

7

0.1u

F

R49

110

.0K

U67

TLV

431A

DBV

53

421

C70

0.1u

F

C79

90.

1uF

E1

NFM

21P

C47

4R1C

3D 13

2

C80

01u

F

R39

41.

21K

C65

0.1u

F

NE

TRA

_3U

31-7

IOU

TAA

T21

IOU

TBA

R21

IOU

TCA

P21

IOU

TDA

R20

IOU

TEA

T19

IOU

TFA

T20

IOU

TGA

U20

RS

V41

AU

21

VD

AC_R

BIA

S_H

DA

E22

VD

AC_R

BIA

S_S

DA

P19

VD

AC_V

RE

FA

H19

RS

V52

AE

21

RS

V61

AN

21

RS

V53

AG

22R

SV5

4A

G23

RS

V58

AL22

RS

V57

AK

22

VD

DA

_SD

_1P

0A

G20

VS

SA_

SD

AN

20

VD

DA

_SD

_1P

8A

H20

VD

DA

_SD

_1P

8A

J21

VD

DA

_SD

_1P

8A

H21

VS

SA_

SD

AU

19V

SS

A_S

DAL

20

VS

SA_

HD

AK

20

RS

V56

AJ2

3R

SV5

5A

H23

RS

V60

AM

21

RS

V59

AM

22

VD

DA

_RE

F_1P

8A

T22

VS

SA_

RE

F_1P

8A

U22

VS

SA_

SD

AM

20

VS

SA_

HD

AL21

VS

SA_

HD

AK

21

VD

DA

_HD

_1P0

AG

21

VD

DA

_HD

_1P8

AH

22V

DD

A_H

D_1

P8A

J22

A-10 DM816x/C6A816x/AM389x EVM Technical


5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

CP

U_V

OU

T_C

2C

PU

_VO

UT_

C3

CP

U_V

OU

T_C

4C

PU

_VO

UT_

C5

CP

U_V

OU

T_C

6C

PU

_VO

UT_

C7

CP

U_V

OU

T_C

8C

PU

_VO

UT_

C9

CP

U_V

OU

T_Y

C2

CP

U_V

OU

T_Y

C3

CP

U_V

OU

T_Y

C4

CP

U_V

OU

T_Y

C7

CP

U_V

OU

T_Y

C8

CP

U_V

OU

T_Y

C9

CP

U_V

OU

T_C

R2

CP

U_V

OU

T_C

R3

CP

U_V

OU

T_C

R4

CP

U_V

OU

T_C

R5

CP

U_V

OU

T_C

R6

CP

U_V

OU

T_C

R7

CP

U_V

OU

T_C

R8

CP

U_V

OU

T_C

R9

CP

U_V

OU

T_C

LK

CP

U_V

IN0_

CLK

0

CP

U_V

IN0_

CLK

1V

IN0_

CLK

1

VIN

0_C

LK0

VO

UT0

_CLK

VO

UT_

CR

3V

OU

T_C

R2

VO

UT_

CR

5V

OU

T_C

R6

VO

UT_

CR

7V

OU

T_C

R8

VO

UT_

CR

4

VO

UT_

CR

9

VO

UT_

C3

VO

UT_

C2

VO

UT_

C7

VO

UT_

C5

VO

UT_

C8

VO

UT_

C6

VO

UT_

C4

VO

UT_

C9

VO

UT

_YC

2V

OU

T_Y

C3

VO

UT

_YC

5V

OU

T_Y

C4

VO

UT

_YC

6

VO

UT

_YC

9

VO

UT

_YC

7V

OU

T_Y

C8

VIN

0_D

8

VIN

0_D

13

VIN

0_D

15

VIN

0_D

9

VIN

0_D

14

VIN

0_D

10V

IN0_

D11

VIN

0_D

12

VIN

0_D

3V

IN0_

D4

VIN

0_D

5

VIN

0_D

0

VIN

0_D

6

VIN

0_D

2V

IN0_

D1

VIN

0_D

7

TSO

0_BY

TSTR

TTS

O0_

DA

TATS

O0_

PAC

ER

R

TSO

0_D

CLK

TSO

1_BY

TSTR

TTS

O1_

DA

TATS

O1_

PAC

ER

RTS

O1_

PAC

VAL

TSO

1_D

CLK

TSI0

_BYT

STR

TTS

I0_D

ATA

TSI0

_PA

CER

RTS

I0_P

AC

VA

L

TSI0

_DC

LK

TSI1

_BYT

STR

TTS

I1_D

ATA

TSI1

_PA

CER

RTS

I1_P

AC

VA

L

TSI1

_DC

LK

TSI2

_DAT

A

TSI2

_PAC

VA

L

TSI2

_DC

LK

TSI7

_BYT

STR

TTS

I7_D

ATA

TSI7

_PA

CE

RR

TSI7

_PA

CVA

L

TSI7

_DC

LK

TSI4

_DC

LK

TSI3

_DC

LK

TSI5

_PA

CE

RR

TSI5

_DC

LK

TSI6

_PAC

VA

L

CP

U_V

OU

T_Y

C6

CP

U_V

OU

T_Y

C5

TSO

0_P

ACVA

L

TSI6

_DC

LK

TSI6

_BYT

STR

TTS

I6_D

ATA

TSI6

_PA

CE

RR

TSI5

_BYT

STR

TTS

I5_D

ATA

TSI5

_PAC

VA

L

TSI4

_BYT

STR

TTS

I4_D

ATA

TSI4

_PA

CE

RR

TSI4

_PAC

VA

L

TSI3

_BYT

STR

TTS

I3_D

ATA

TSI3

_PA

CE

RR

TSI3

_PAC

VA

L

TSI2

_PA

CE

RR

TSI2

_BYT

STR

T

VO

UT0

_CLK

44

VIN

0_C

LK0

44

VIN

0_C

LK1

44

VO

UT_

CR

944

VO

UT_

CR

744

VO

UT_

CR

844

VO

UT_

CR

244

VO

UT_

CR

344

VO

UT_

CR

444

VO

UT_

CR

544

VO

UT_

CR

644

VO

UT_

C2

44V

OU

T_C

344

VO

UT_

C4

44V

OU

T_C

544

VO

UT_

C6

44V

OU

T_C

744

VO

UT_

C8

44V

OU

T_C

944

VO

UT_

YC9

44

VO

UT_

YC7

44V

OU

T_YC

844

VO

UT_

YC2

44V

OU

T_YC

344

VO

UT_

YC4

44V

OU

T_YC

544

VO

UT_

YC6

44

VIN

0_D

844

VIN

0_D

944

VIN

0_D

1044

VIN

0_D

1144

VIN

0_D

1244

VIN

0_D

1344

VIN

0_D

1444

VIN

0_D

1544

VIN

0_D

444

VIN

0_D

544

VIN

0_D

644

VIN

0_D

744

VIN

0_D

044

VIN

0_D

144

VIN

0_D

244

VIN

0_D

344

TSO

0_BY

TSTR

T45

TSO

0_D

ATA

45 TSO

0_P

AC

ER

R45

TSO

0_PA

CV

AL

45

TSO

0_D

CLK

45 TSO

1_BY

TSTR

T44

TSO

1_P

AC

ER

R45

TSO

1_PA

CV

AL

44

TSO

1_D

CLK

44

TSO

1_D

ATA

44

TSI0

_BYT

STR

T45

TSI0

_PA

CER

R45

TSI0

_PA

CV

AL

45

TSI0

_DC

LK45

TSI0

_DA

TA44

TSI1

_BYT

STR

T44

TSI1

_PA

CER

R45

TSI1

_PA

CV

AL

44

TSI1

_DC

LK44

TSI1

_DA

TA44

TSI2

_BYT

STR

T44

TSI2

_PA

CER

R45

TSI2

_PA

CV

AL

45

TSI2

_DC

LK45

TSI2

_DA

TA45

TSI7

_BYT

STR

T44

TSI7

_PA

CER

R44

TSI7

_PA

CV

AL

44

TSI7

_DC

LK44

TSI7

_DA

TA44

TSI4

_BYT

STR

T45

TSI4

_PA

CER

R45

TSI4

_PA

CV

AL

45

TSI4

_DC

LK45

TSI4

_DA

TA44

TSI3

_BYT

STR

T44

TSI3

_PA

CER

R45

TSI3

_PA

CV

AL

45

TSI3

_DC

LK45

TSI3

_DA

TA45

TSI5

_BYT

STR

T44

TSI5

_PA

CER

R44

TSI5

_PA

CV

AL

44

TSI5

_DC

LK44

TSI5

_DA

TA44

TSI6

_BYT

STR

T45

TSI6

_PA

CER

R45

TSI6

_PA

CV

AL

45

TSI6

_DA

TA44

TSI6

_DC

LK44

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

110

58

B

NE

TRA

EV

M

DIG

ITA

L V

IDE

O P

OR

TS A

ND

TR

AN

SP

OR

T ST

RE

AM

S

R14

922

12

R13

222

12

R36

222

12

R37

922

12

R13

722

12

R13

122

12

R10

822

12

R96

221

2

R36

522

12

R14

022

12

R99

221

2

R38

322

12

R41

822

12

R10

922

12

R38

822

12

R40

722

12

R11

022

12

R37

022

12

R42

422

12

R41

322

12

R36

622

12

R37

222

12

R39

322

12

R11

222

12

R15

322

12

R15

622

12

R11

722

12

R41

522

12

R98

221

2

R36

922

12

R38

422

12

R14

222

12

R11

622

12

R39

222

12

R36

322

12

R37

522

12

R38

722

12

R37

622

12

R11

822

12

R38

922

12

R39

922

12

R11

122

12

R36

422

12

R10

722

12

R37

822

12

R38

122

12

R39

122

12

R41

022

12

R15

722

12

R38

022

12

R12

022

12

R14

322

12

R36

722

12

R36

822

12

R40

322

12

R13

622

12

R11

422

12

R10

022

12

NE

TRA

_3

U31

-6

RS

V25

AN

2R

SV

24A

U3

RS

V23

AP

2

RS

V27

AR

1R

SV

26A

T1

VO

UT[

1]_C

[5]/V

IN[1

]A_D

[11]

AP

8V

OU

T[1]

_C[4

]/VIN

[1]A

_D[1

0]A

N7

VOU

T[1]

_C[3

]/VIN

[1]A

_D[9

]A

M8

VO

UT[

1]_C

[7]/V

IN[1

]A_D

[13]

AD

13V

OU

T[1]

_C[6

]/VIN

[1]A

_D[1

2]A

N8

VIN

[0]A

_D[2

1]/V

IN[0

]B_F

LDA

U4

VIN

[0]A

_D[2

0]/V

IN[0

]B_D

EA

N3

VIN

[1]A

_D[1

4]A

M3

VIN

[0]A

_D[2

3]/V

IN[0

]B_H

SY

NC

AT2

VIN

[0]A

_D[2

2]/V

IN[0

]B_V

SYN

CA

R2

VOU

T[1]

_Y_Y

C[8

]/VIN

[1]A

_D[6

]A

T6VO

UT[

1]_Y

_YC

[7]/V

IN[1

]A_D

[5]

AR

6

VOU

T[1]

_Y_Y

C[6

]/VIN

[1]A

_D[4

]A

C13

VOU

T[1]

_C[2

]/VIN

[1]A

_D[8

]A

K6

VOU

T[1]

_Y_Y

C[9

]/VIN

[1]A

_D[7

]A

P6

VIN

[0]A

_D[1

7]/V

IN[1

]A_V

SYN

C/V

OU

T[1]

_VS

YN

CA

L5V

IN[0

]A_D

[16]

/VIN

[1]A

_HS

YN

C/V

OU

T[1]

_FLD

AT5

VO

UT[

1]_H

SYN

C/V

IN[1

]A_D

[15]

AR

5

VIN

[0]A

_D[1

9]/V

IN[1

]A_D

E/V

OU

T[1]

_C[9

]A

K4

VIN

[0]A

_D[1

8]/V

IN[1

]A_F

LD/V

OU

T[1]

_C[8

]A

K5

VO

UT[

0]_B

_CB_

C[1

]/VO

UT[

1]_H

SY

NC

/VO

UT[

1]_A

VID

AT9

VO

UT[

0]_B

_CB

_C[0

]/VO

UT[

1]_C

[9]/V

IN[1

]B_H

SYN

C_D

EA

R9

VO

UT[

0]_R

_CR

[0]/V

OU

T[1]

_C[8

]/VO

UT[

1]_C

LKA

J11

VO

UT[

0]_G

_Y_Y

C[1

]/VO

UT[

1]_F

LD/V

IN[1

]B_F

LDA

U8

VO

UT[

0]_G

_Y_Y

C[0

]/VO

UT[

1]_V

SYN

C/V

IN[1

]B_V

SY

NC

AP

9

VIN

[0]A

_VS

YN

CA

M4

VIN

[0]A

_HSY

NC

AU

5

VO

UT[

1]_A

VID

/VIN

[1]B

_CLK

AT4

VIN

[0]A

_DE

AT3

VIN

[0]A

_FLD

AL4

VOU

T[0]

_FLD

AL9

VO

UT[

0]_V

SYN

CA

N9

VO

UT[

0]_H

SYN

CA

M9

VO

UT[

0]_R

_CR

[1]

AT8

VO

UT[

0]_A

VID

AR

8

RS

V30

AL2

RS

V29

AM

2

RS

V28

AP

1

RS

V32

AL1

RS

V31

AK

1

VO

UT[

1]_Y

_YC

[3]/V

IN[1

]A_D

[1]

AP

7V

OU

T[1]

_Y_Y

C[2

]/VIN

[1]A

_D[0

]AU

7

VO

UT[

1]_C

LK/V

IN[1

]A_C

LKA

T7

VO

UT[

1]_Y

_YC

[5]/V

IN[1

]A_D

[3]

AJ7

VO

UT[

1]_Y

_YC

[4]/V

IN[1

]A_D

[2]

AU6

VIN

[0]A

_CLK

AR

14

VIN

[0]B

_CLK

AR

19

VIN

[0]A

_D[0

]A

J19

VIN

[0]A

_D[1

]A

U18

VIN

[0]A

_D[1

0]AT

16V

IN[0

]A_D

[11]

AU

17V

IN[0

]A_D

[12]

AU

16V

IN[0

]A_D

[13]

AT15

VIN

[0]A

_D[1

4]A

U15

VIN

[0]A

_D[1

5]A

U14

VIN

[0]A

_D[2

]A

H18

VIN

[0]A

_D[3

]A

R18

VIN

[0]A

_D[4

]AT

18V

IN[0

]A_D

[5]

AT17

VIN

[0]A

_D[6

]AP

18V

IN[0

]A_D

[7]

AR

17

VIN

[0]A

_D[8

]AP

17V

IN[0

]A_D

[9]

AE16

VO

UT[

0]_B

_CB

_C[2

]AP

13V

OU

T[0]

_B_C

B_C

[3]

AL1

3V

OU

T[0]

_B_C

B_C

[4]

AN

13V

OU

T[0]

_B_C

B_C

[5]

AK13

VO

UT[

0]_B

_CB

_C[6

]A

J13

VO

UT[

0]_B

_CB

_C[7

]A

M13

VO

UT[

0]_B

_CB

_C[8

]A

H13

VO

UT[

0]_B

_CB

_C[9

]AT

12

VO

UT[

0]_C

LKAT

14

VO

UT[

0]_G

_Y_Y

C[2

]AE

15V

OU

T[0]

_G_Y

_YC

[3]

AP14

VO

UT[

0]_G

_Y_Y

C[4

]A

L14

VO

UT[

0]_G

_Y_Y

C[5

]A

M14

VO

UT[

0]_G

_Y_Y

C[6

]AE

14V

OU

T[0]

_G_Y

_YC

[7]

AT13

VO

UT[

0]_G

_Y_Y

C[8

]A

U13

VO

UT[

0]_G

_Y_Y

C[9

]A

R13

VO

UT[

0]_R

_CR

[2]/V

OU

T[0]

_HS

YNC

/VO

UT[

1]_Y

_YC

[2]

AT11

VO

UT[

0]_R

_CR

[3]/V

OU

T[0]

_VS

YN

C/V

OU

T[1]

_Y_Y

C[3

]A

R11

VO

UT[

0]_R

_CR

[4]/V

OU

T[0]

_FLD

/VO

UT[

1]_Y

_YC

[4]

AG

13V

OU

T[0]

_R_C

R[5

]/VO

UT[

0]_A

VID

/VO

UT[

1]_Y

_YC

[5]

AT10

VO

UT[

0]_R

_CR

[6]/V

OU

T[0]

_G_Y

_YC

[0]/V

OU

T[1]

_Y_Y

C[6

]A

U10

VO

UT[

0]_R

_CR

[7]/V

OU

T[0]

_G_Y

_YC

[1]/V

OU

T[1]

_Y_Y

C[7

]A

L10

VO

UT[

0]_R

_CR

[8]/V

OU

T[0]

_B_C

B_C

[0]/V

OU

T[1]

_Y_Y

C[8

]AK

10V

OU

T[0]

_R_C

R[9

]/VO

UT[

0]_B

_CB

_C[1

]/VO

UT[

1]_Y

_YC

[9]

AU9

R12

522

12

R11

322

12

R37

422

12

R37

122

12

R40

422

12

R39

022

12

R38

622

12

R11

522

12

R10

222

12

R42

522

12

R40

022

12

R40

822

12

R38

222

12

R10

122

12

R38

522

12

R37

322

12

R15

122

12

R12

422

12

R97

221

2

A-11


4 4

3 3

2 2

1 1

DD

CC

BB

AA

HD

MI_

TMD

SD

P2

HD

MI_

TMD

SD

P0

VD

DA

_HD

MI

HD

MI_

TMD

SC

LKN

HD

MI_

TMD

SC

LKN

HD

MI_

TMD

SC

LKP

HD

MI_

TMD

SD

N1

HD

MI_

TMD

SD

N1

HD

MI_

TMD

SC

LKP

HD

MI_

TMD

SD

P0

HD

MI_

TMD

SD

N0

HD

MI_

TMD

SD

N0

HD

MI_

TMD

SD

P2

HD

MI_

TMD

SD

N2

HD

MI_

TMD

SD

P1

HD

MI_

TMD

SD

N2

HD

MI_

TMD

SD

P1

EV

M_5

V0

VD

DA

_HD

MI

EVM

_1V

0_C

ON

EVM

_5V

0

EVM

_3V3

EV

M_3

V3

EV

M_3

V3EV

M_5

V0

EVM

_1V

0_C

ON

EV

M_5

V0

EV

M_3

V3

EV

M_1

V0_C

ON

9,15

,16,

17,2

0,49

,51,

55

EVM

_5V

028

,30,

44,4

6,48

,49,

51,5

4,55

,56

EV

M_3

V3

2,3,

5,6,

13,1

4,15

,18,

28,2

9,31

,32,

33,3

4,35

,36,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

B

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

111

58

B

NE

TRA

EV

M

HD

MI

DIFFERENTIAL PAIR

100 OHM DIFFERENTIAL

IMPEDANCE


POSSIBLE,


1 VOLT

DIFFERENTIAL SIGNALS ROUTE THROUGH ESD DEVICE

PLACE THESE CAPACITORS AS CLOSE TO VDDA PINS AS POSSIBLE

Place Filters as close to U31

as possible

C53

310

uF

L22

NO

-PO

P1

2

C44

70.

1uF

R39

55.

90K

1%

U1 TP

D12

S52

1

5V_S

UP

PLY

1LV

_SU

PPL

Y2

GN

D.1

3TM

DS

I_D

2+4

TMD

S_G

ND

.15

TMD

SI_

D2-

6TM

DS

I_D

1+7

TMD

S_G

ND

.28

TMD

SI_

D1-

9TM

DS

I_D

0+10

TMD

S_G

ND

.311

TMD

SI_

D0-

12TM

DS

I_C

K+

13TM

DS

_GN

D.4

14TM

DS

I_C

K-

15C

E_R

EM

OTE

_IN

16D

DC

_CLK

_IN

17D

DC

_DA

T_IN

18H

OTP

LUG

_DE

T_IN

19

5V_O

UT

38ES

D_B

YP37

GN

D.2

36TM

DS

O_D

2+35

TMD

S_G

ND

.534

TMD

SO

_D2-

33TM

DS

O_D

1+32

TMD

S_G

ND

.631

TMD

SO

_D1-

30TM

DS

O_D

0+29

TMD

S_G

ND

.728

TMD

SO

_D0-

27TM

DSO

_CK

+26

TMD

S_G

ND

.825

TMD

SO_C

K-

24C

E_R

EM

OTE

_OU

T23

DD

C_C

LK_O

UT

22D

DC

_DAT

_OU

T21

HO

TPLU

G_D

ET_

OU

T20

R2

47K

R48

1N

O-P

OP

(301

)

C54

21u

FC

555

0.01

uF

C45

30.

1uF

C44

60.

1uF

C55

10.

1uF

L25

NO

-PO

P1

2

L23

NO

-PO

P1

2

R25

12K

R24

910

K

NE

TRA_

3

U31

-8

HD

MI_

CE

CAP

25

HD

MI_

EX

TSW

ING

AN25

HD

MI_

HP

DE

TAE

24

RS

V22

AN

19R

SV

21A

N18

HD

MI_

SC

LAL

25H

DM

I_S

DA

AK25

HD

MI_

TMD

SC

LKN

AU24

HD

MI_

TMD

SCLK

PAT

24

HD

MI_

TMD

SD

N0

AU25

HD

MI_

TMD

SD

N1

AU26

HD

MI_

TMD

SD

N2

AU27

HD

MI_

TMD

SDP0

AT25

HD

MI_

TMD

SDP1

AT26

HD

MI_

TMD

SDP2

AT27

VD

DA

_HD

MI

AP23

VD

DA

_HD

MI

AN

23V

DD

A_H

DM

IAP

24V

DD

A_H

DM

IA

N24

VD

DA

_HD

MI

AR

27

P6

HD

MI-R

A-1

9-TY

PEA

D2

SH

IELD

2D

2+1

D2-

3

D1

SH

IELD

5D

1+4

D1-

6

D0

SH

IELD

8D

0+7

D0-

9

CK

SH

IELD

11C

K+

10

CK

-12

NC

.14

14C

E R

EMO

TE13

DD

C C

LK15

DD

C D

ATA

16

+5V

18H

P D

ET19

MTG

1M

TG1

MTG

2M

TG2

MTG

3M

TG3

MTG

4M

TG4

GN

D17

L17

0.82

Uh

C56

510

uF

R48

0N

O-P

OP

(301

)

R4

100K

C45

40.

1uF

R25

02K

C55

60.

01uF

R25

227

K

R1

47K

R3

47K

R48

2N

O-P

OP

(301

)

R48

3N

O-P

OP

(301

)L24

NO

-PO

P1

2

R26

010

K



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

CO

N.S

ATA

_RXN

1

CO

N.S

ATA

_RX

P1

CO

N.S

ATA

_TX

P1

SATA

_RX

P0

SAT

A_R

XN0

CO

N.S

ATA

_RX

P0

SATA

_TXN

0

CO

N.S

ATA_

RXN

0

SATA

_TXP

0C

ON

.SA

TA_T

XP0

CO

N.S

ATA

_TX

N0

SATA

_TXP

1SA

TA_T

XN1

SATA

_RXN

1

PC

IE_R

XN0

PC

IE_R

XP

0

PC

IE_R

XN1

PC

IE_R

XP

1

PC

IE_T

XN

0P

CIE

_TX

P0

PC

IE_T

XN

1P

CIE

_TX

P1

CO

N.P

CIE

_RX

P0

SATA

_RX

P1

CO

N.S

ATA

_TX

N1

CO

N.P

CIE

_RX

N1

CO

N.P

CIE

_RX

P1

CO

N.P

CIE

_TX

N0

CO

N.P

CIE

_TX

P0

CO

N.P

CIE

_TX

N1

CO

N.P

CIE

_TX

P1

SE

RD

ES

_IN

_RE

FN

CP

U_S

ER

DE

S_I

N_R

EFP

SE

RD

ES

_IN

_RE

FP

CP

U_S

ER

DE

S_I

N_R

EFN

CO

N.P

CIE

_RX

N0

CO

N.P

CIE

_RXN

028

CO

N.P

CIE

_RX

P0

28

CO

N.P

CIE

_RX

N1

28

CO

N.P

CIE

_RX

P1

28

CO

N.P

CIE

_TX

N0

28

CO

N.P

CIE

_TXP

028

CO

N.P

CIE

_TX

N1

28

CO

N.P

CIE

_TXP

128

SE

RD

ES

_IN

_RE

FP13

SE

RD

ES

_IN

_RE

FN13

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

112

58

B

NE

TRA

EV

M

SA

TA IN

TER

FAC

E

Pin # Function

1 Ground

2 A+ (Transmit)

3 A- (Transmit)

4 Ground

5 B- (Receive)

6 B+ (Receive)

7 Ground

- coding notch

A 7-pin Serial ATA data cable

DIFFERENTIAL PAIR


IMPEDANCE


POSSIBLE,


DIFFERENTIAL PAIR


IMPEDANCE


POSSIBLE,


Pin # Function

1 Ground

2 A+ (Transmit)

3 A- (Transmit)

4 Ground

5 B- (Receive)

6 B+ (Receive)

7 Ground

- coding notch

A 7-pin Serial ATA data cable

DIFFERENTIAL PAIR


IMPEDANCE


POSSIBLE,


C11

2.1

uF

C11

5.1

uFC77

.1uF

C21

1.1

uF

C10

6.1

uF

C10

7.1

uF

R27

0

C19

6.1

uF

C11

3.1

uF

R13

0

NE

TRA

_3

U31

-11

PC

IE_R

XN

0V

29

PC

IE_R

XN

1V

30

PC

IE_R

XP

0Y

29

PC

IE_R

XP

1V

31

PC

IE_T

XN

0A

B30

PC

IE_T

XN

1A

B28

PC

IE_T

XP

0A

B31

PC

IE_T

XP

1Y

27

SA

TA_R

XN

0V

37

SA

TA_R

XN

1V

35

SA

TA_R

XP

0V

36

SA

TA_R

XP

1W

35

SA

TA_T

XN

0T3

1

SA

TA_T

XN

1U

33

SA

TA_T

XP

0T3

2

SA

TA_T

XP

1V

33

SE

RD

ES

_CLK

NA

B33

SE

RD

ES

_CLK

PA

B34

C16

0.1

uF

J12

SA

TA H

EA

DE

R 7

11

22

33

44

55

66

77

MH

18

MH

99

J11

SA

TA H

EA

DE

R 7

11

22

33

44

55

66

77

MH

18

MH

99

R63

0

R15

0

C11

6.1

uF

C15

9.1

uF

C88

.1uF

C89

.1uF

R15

4

NO

-PO

P

C78

.1uF

A-13


4 4

3 3

2 2

1 1

DD

CC

BB

AA

SE

RD

ES

_IN

_RE

FNS

ER

DE

S_I

N_R

EFP

PC

I_C

ON

N_R

EFN

PC

I_C

ON

N_R

EFP

EV

M_3

V3

3V3_

VD

DA

VD

D_C

DC

3V3_

VD

DA

3V3_

VD

DA

3V3_

VD

DA

3V3_

VD

DA

EV

M_3

V3

EV

M_3

V3

RS

TOU

Tn14

,38,

41,4

7

SE

RD

ES

_IN

_RE

FP12

SE

RD

ES

_IN

_RE

FN12

PC

I_C

ON

N_R

EFP

28P

CI_

CO

NN

_RE

FN28

EVM

_3V

32,

3,5,

6,11

,14,

15,1

8,28

,29,

31,3

2,33

,34,

35,3

6,37

,38,

39,4

0,41

,42,

43,4

4,46

,48,

49,5

0,51

,53,

54,5

5,56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

113

58

B

NE

TRA

EV

M

SE

RD

ES

CLO

CK

SDIFFERENTIAL PAIR


IMPEDANCE


POSSIBLE,


CE = '1' = ON

LVDS OUTPUT

OSCOUT PIN = OFF

VCO = PRE-SCALE X DIVIDER X FIN

VCO = 3 X 24 X 25MHZ

VCO = 1800 MHZ

OUTCLOCK = VCO FREQ /( PRESCALE*OD) = 100mHZ

OUTCLOCK = 1800 /( 6*3) = 100mHZ

C87

NO

-PO

P

R406NO-POP

C55

7

0.01

uF

C57

2

0.1u

F

R377NO-POP

U30

CD

CM

6100

2

PR

126

PR

025

OD

215

OD

114

OD

013

OS

110

OS

011

CE

7R

STn

12

NC.27 27

NC.28 28NC.29 29

NC.30 30

NC.31 31NC.32 32

NC

.88

NC

.24

24

OSC

OU

T23

XIN

21

GN

D.1

22

PW

R_P

AD

33

VC

C_P

LL1

18V

CC

_PLL

216

VC

C_V

CO

9V

CC

_IN

20

VC

C_O

UT.

11

OU

TP1

3O

UTN

12

VC

C_O

UT.

24

RE

G_C

AP2

17R

EG

_CA

P119

OU

TP0

6O

UTN

05

R9510K

C56

9

0.1u

F

C76

10.0

uF

C75

10.0

uF

C10

9

10.0

uF

R12210K

L26

FER

RIT

E C

HIP

R148NO-POP

TP15 TP

1

R3980

R402NO-POP

R10410K

C56

4

0.1u

F

L13

Ferr

ite C

hip

R4090

R12310K

R13510K

Y2 25.0

000M

Hz

1 32 4

R14710K

C91

10.0

uF

C57

1

0.1u

F

R13910K

C56

7

0.00

1uF

R12910K

R1280

R1030

R47

50

C56

8

0.1u

F



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

RTC

K

TMS

TDO

TCK

RTC

K

EMU

2EM

U3

EMU

4

TDI

CP

U_N

MIn

EM

U_R

STn

EMU

_RST

n

EMU

1EM

U0

TDO

TCK_

T

TDI_

T

TRS

Tn

TCK

_T

TRS

Tn

TDI_

T

TMS

PO

Rz

WD

_OU

T

EMU

1EM

U0

EMU

2EM

U3

EMU

4

WD

_OU

T

EVM

_3V3

EVM

_3V

3

EVM

_3V3

EVM

_3V

3

EV

M_3

V3

EVM

_3V

3E

VM

_3V3

EVM

_3V

3

EVM

_3V

3

EVM

_3V

3

EV

M_3

V3

GP

0_IO

054

RS

TOU

Tn13

,38,

41,4

7

GP1

_IO

3138

EXP

_WA

RM

_RE

SET

47

GP1

_IO

3050

MS

P43

0_IN

T50

GP

0_IO

154

GP

0_IO

547

EN

ET_

INTn

38

GP

0_IO

447

GP

0_IO

354

GP

0_IO

747

GP

0_IO

254

GP

0_IO

647

CPU

_PO

Rz

56

PC

I_P

OR

z28

OP

T_S

W2

28

EV

M_3

V3

2,3,

5,6,

11,1

3,15

,18,

28,2

9,31

,32,

33,3

4,35

,36,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56S

ize:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

114

58

B

NE

TRA

EV

M

JTAG

/GPI

O/R

ESE

T

U36

SN

74LV

C1G

00D

CK

RG

4

1 2

3

4

5

R19

34.

7KR

192

4.7K

R18

022

12

R17

322

12

R16

24.

7K

C66

00.

1uF

J15

20 P

IN C

TI IN

TER

FAC

E

SR

ST15

GN

D.1

8G

ND

.210

GN

D.3

12

GN

D.4

16

GN

D.5

20

EM

U0

13E

MU

114

EM

U2

17E

MU

318

TCLK

11

EM

U4

19

KEY

6TD

IS4

TDO

7

TDI

3TR

STn

2TM

S1

TVD

5

TCK

RTN

9

NET

RA

_3

U31

-13

EM

U0

J35

EM

U1

L36

EM

U2

L37

EM

U3

M36

EM

U4

M37

GP

0[0]

K31

GP

0[1]

L29

GP

0[2]

K30

GP

0[3]

/TC

LKIN

J31

GP

0[4]

H32

GP

0[5]

/MC

A[2

]_A

MU

TEIN

/GP

MC

_A[2

4]G

2G

P0[

6]/M

CA

[1]_

AM

UTE

IN/G

PM

C_A

[23]

G5

GP0

[7]/M

CA

[0]_

AM

UTE

INH

35

GP

1[30

]/SA

TA_A

CT0

_LE

DJ3

2G

P1[

31]/S

ATA

_AC

T1_L

ED

J33

NM

InG

36

PO

Rn

F37

RE

SE

TnG

33R

STO

UTn

G37

RTC

KJ3

6

TCLK

J37

TDI

J34

TDO

N30

TMS

N31

TRST

nK3

6

WD

_OU

TH

36

R17

722

12

U34 S

N74

LVC

1G08

DC

KR

G4

1 24

5 3

C65

90.

1uF

R43

010

KC

658

0.1u

F

U35 S

N74

LVC

1G08

DC

KR

G4

1 24

5 3

R19

00

R17

522

12

R42

922

12

R18

922

R16

44.

7K

R18

210

K R18

1N

O-P

OP

R16

30

R19

122

R17

622

12

U37 S

N74

LVC

1G08

DC

KRG

4

1 24

5 3

C66

10.

1uF

R42

822

12

A-15


4 4

3 3

2 2

1 1

DD

CC

BB

AA

CP

U_D

EV

OS

C

EV

M_3

V3

EVM

_3V3

EVM

_1V

8_D

EV

M_3

V3

EV

M_1

V8_

D

EV

M_3

V3

EVM

_3V3

EVM

_1V

0_C

ON

EV

M_1

V0_C

ON

EVM

_3V

32,

3,5,

6,11

,13,

14,1

8,28

,29,

31,3

2,33

,34,

35,3

6,37

,38,

39,4

0,41

,42,

43,4

4,46

,48,

49,5

0,51

,53,

54,5

5,56

EVM

_1V

8_D

5,16

,49,

52,5

5

EVM

_1V

0_C

ON

9,11

,16,

17,2

0,49

,51,

55

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

115

58

B

NE

TRA

EV

M

NE

TRA

CLO

CK

S

1.8 VOLT

C80

20.

1uF

U55

TPS

7701

8DBVIN

1

GN

D2

EN

n3

OU

T5

NC

/FB

4C

768

1uF

C26

c402

-25

.1uF

R68 10

K

R49

51K

R18

80

C26

418

pF

C75

70.

001u

FC

224

18 p

F

Q8 FJV

3109

R

3

1

2

C33

60.

1uF

U15

32K

HE

RTZ

VCC

4

OU

T3

GN

D2

EN1

R49

410

K

R49

610

K

L5

BLM

21P

G22

1SN

1D1

2

C75

90.

1uF

C76

41u

F

NE

TRA

_3

U31

-15

RS

V4

N20

RS

V3

N19

DE

VO

SC_D

VD

D18

E19

RS

V18

P33

DE

VOS

C_V

SSB

19

RS

V19

P32

DEV

_MX

I/DEV

_CLK

INA

19

RS

V16

R34

DE

V_M

XO

C19

RS

V17

P34

CLK

IN32

H37

Y4

27M

Hz



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

VPP

_1V

8

CP

U_V

DD

A_P

LL

CP

U_V

DD

T

CP

U_V

DD

T

EVM

_1V

5

CP

U_V

DD

A_1

P8V

EV

M_1

V8_D

CP

U_V

DD

A_1

P8V

EV

M_1

V5

EV

M_1

V5

EV

M_1

V0_

CO

N

EV

M_1

V0_

CO

N

EV

M_1

V0_

CO

N

EV

M_1

V5

EV

M_1

V8_D

CPU

_VD

DA

_1P

8V

EV

M_1

V0_C

ON

9,11

,15,

17,2

0,49

,51,

55

EV

M_1

V0_C

ON

9,11

,15,

17,2

0,49

,51,

55

EV

M_1

V5

7,8,

17,2

1,23

,24,

25,2

7,49

,52,

53,5

5,56

EV

M_1

V8_

D5,

15,4

9,52

,55

CP

U_V

DD

A_1

P8V

9

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

116

58

B

NE

TRA

EV

M

NE

TRA

PO

WE

R P

INS

1.5 VOLT

1.8 VOLT 1.8 VOLT

1.8 VOLT

1.5 VOLT

1.5 VOLT

1.0 VOLT

1.0 VOLT

C67

0.00

1uF

C61

80.

1uF

C17

40.

01uF

C58

50.

01uF

C55

20.

1uF

NE

TRA_

3

U31

-2

VDD

A_P

LLB

18VD

DA

_PLL

A18

DV

DD

1P8

AJ2

4

DV

DD

1P8

AJ2

0

VDD

T_SA

TAV

32VD

DT_

SATA

Y33

VDD

T_SA

TAY

34VD

DT_

SATA

V34

VD

DT_

PC

IEA

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e C

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AL

INC

OR

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RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

117

58

B

NE

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NE

TRA

PO

WE

R P

INS

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ion:

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Title

:

Pag

e C

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nts:

A

SP

EC

TRU

M D

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AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

118

58

B

NE

TRA

EV

M

NE

TRA

PO

WE

R P

INS

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5128

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sday

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, 201

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VS

SA

L15

VS

SA

K15

VSSAA15

VSSY15

VSS W15

VSS V15

VSS U15

VSS

H15

VSS

G15

VSS

F15

VSS

C15

VS

SA

M16

VS

SA

L16

VS

SA

K16

VSSAA16

VSSY16

VSS W16

VSS V16

VSS U16

VSS

H16

VSS

G16

VSS

F16

VS

SA

M17

VS

SA

L17

VS

SA

K17

VS

SA

E17

VSSAA17

VSSY17

VSS W17

VSS V17

VSS U17

VSS

H17

VSS

G17

VSS

F17

VSS

C17

VS

SA

M18

VS

SA

L18

VS

SA

K18

VS

SA

J18

VS

SA

E18

VSSAA18

VSSY18

VSS W18

VSS V18

VSS U18

VSS

N18

VSS

H18

VSS

G18

VS

SA

M19

VS

SA

L19

VS

SA

K19

VS

SA

E19

VSSAA19

VSSY19

VSS W19

VSS V19

VSS

H19

VS

SA

E20

VSSAA20

VSSY20

VSSW20

VSS V20

VSS U20

VSS

H20

VSS

G20

VSSAA21

VSSY21

VSSW21

VSS V21

VSS U21

VSS

H21

VSS

G21

VSS

F21

VSS

C21

VSSAA22

VSSY22

VSSW22

VSS V22

VSS U22

VSS

H22

VSS

G22

VSS

F22

VS

SA

U23

VS

SA

T23

VS

SA

R23

VS

SA

M23

VS

SA

L23

VS

SA

K23

VSSAA23

VSSY23

VSSW23

VSS V23

VSS U23

VSS

H23

VSS

G23

VSS

F23

VSS

C23

VS

SA

R24

VS

SA

M24

VS

SA

L24

VS

SA

K24

VSSAA24

VSSY24

VSSW24

VSS V24

VSS U24

VSS

H24

VSS

G24

VSS

F24

VSS

E24

VS

SA

R25

VS

SA

M25

VS

SA

J25

VS

SA

G26

VSS

L26

VS

SA

K27

VS

SA

F27

VSS V27V

SSM

27

VSS

H27

VS

SA

U28

VSS V28

VSS

A28

VS

SA

G30

VS

SA

D30

VS

SA

C30

VS

SA

M31

VS

SA

L31

VS

SA

D31

VS

SA

C31

VSSY31

VSS

R31

VSS

P31

VSS

G31

VSS

F31

VS

SA

L32

VS

SA

D32

VS

SA

C32

VSSY32

VSS R32

VSS

G32

VS

SA

D33

VS

SA

C33

VSS T33

VSS R33

VSS

L33

VSS

A37

VS

SA

D34

VS

SA

C34

VSS T34

VSSAB35

VSS T35

VSSY36

VS

SA

P37

VSSAB37

VSSY37

VSS

K37

VSS

E37

VS

SA

M1



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

EVM

_1V0

_AV

SE

VM

_1V

0_A

VSEV

M_1

V0_A

VS

EVM

_1V0

_AV

S

EVM

_1V

0_C

ON

EV

M_1

V0_

CO

NEV

M_1

V0_

CO

N

EVM

_3V

3

EV

M_1

V0_A

VS

18,4

9,54

EV

M_1

V0_C

ON

9,11

,15,

16,1

7,49

,51,

55

EV

M_3

V32,

3,5,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,44

,46,

48,4

9,50

,51,

53,5

4,55

,56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

120

58

B

NE

TRA

EV

M

CA

PS

, 1V

0_C

ON

,1V0

_AV

S

C42

80.

1uF

C40

00.

1uF

C41

40.

1uF

C39

00.

1uF

C41

30.

1uF

C39

60.

1uF

C39

80.

1uF

C42

60.

1uF

C42

70.

1uF

C44

20.

1uF

C40

70.

1uF

C43

20.

1uF

C43

80.

1uF

C43

30.

1uF

C39

20.

1uF

C38

90.

1uF

C39

70.

1uF

C43

40.

1uF

C40

50.

1uF

C43

90.

1uF

C39

90.

1uF

C43

50.

1uF

C41

20.

1uF

C39

10.

1uF

C39

30.

1uF

C44

10.

1uF

C40

60.

1uF

C42

00.

1uF

C43

10.

1uF

C41

90.

1uF

C44

00.

1uF

A-21


4 4

3 3

2 2

1 1

DD

CC

BB

AA

TDD

R0_

DM

0

TDD

R0_

DQ

S0

TD

DR

0_D

QSN

0

TDD

R0_

DM

1

TDD

R0_

DQ

S1T

DD

R0_

DQ

SN

1

DD

R0_

CK

0D

DR

0_C

K0n

DD

R0_

RE

SE

Tn

EV

M_D

DR

_RE

F_O

UT

EV

M_D

DR

_RE

F_O

UT

DD

R0_

CK

0D

DR

0_C

K0n

DD

R0_

RE

SE

Tn

EV

M_D

DR

_RE

F_O

UT

TDD

R0_

DM

2

TDD

R0_

DQ

S2

TD

DR

0_D

QS

N2

DD

R0_

CK

0D

DR

0_C

K0n

DD

R0_

RE

SE

Tn

EV

M_D

DR

_RE

F_O

UT

EV

M_D

DR

_RE

F_O

UT

TDD

R0_

DM

3

TDD

R0_

DQ

S3

TD

DR

0_D

QS

N3

DD

R0_

CK

0D

DR

0_C

K0n

DD

R0_

RE

SE

Tn

EV

M_D

DR

_RE

F_O

UT

EV

M_D

DR

_RE

F_O

UT

DD

R0_

RA

Sn

DD

R0_

CA

Sn

DD

R0_

WE

nD

DR

0_O

DT0

DD

R0_

CK

ED

DR

0_C

E0n

DD

R0_

BA

0D

DR

0_B

A1

DD

R0_

BA

2

DD

R0_

A0

DD

R0_

A1

DD

R0_

A2

DD

R0_

A3

DD

R0_

A4

DD

R0_

A5

DD

R0_

A6

DD

R0_

A7

DD

R0_

A8

DD

R0_

A9

DD

R0_

A10

DD

R0_

A11

DD

R0_

A12

DD

R0_

A13

DD

R0_

A14

DD

R0_

RA

Sn

DD

R0_

CA

Sn

DD

R0_

WE

nD

DR

0_O

DT0

DD

R0_

CK

ED

DR

0_C

E0n

DD

R0_

BA

0D

DR

0_B

A1

DD

R0_

BA

2

DD

R0_

A0

DD

R0_

A1

DD

R0_

A2

DD

R0_

A3

DD

R0_

A4

DD

R0_

A5

DD

R0_

A6

DD

R0_

A7

DD

R0_

A8

DD

R0_

A9

DD

R0_

A10

DD

R0_

A11

DD

R0_

A12

DD

R0_

A13

DD

R0_

A14

DD

R0_

RA

Sn

DD

R0_

CA

Sn

DD

R0_

WE

nD

DR

0_O

DT0

DD

R0_

CK

ED

DR

0_C

E0n

DD

R0_

BA

0D

DR

0_B

A1

DD

R0_

BA

2

DD

R0_

A0

DD

R0_

A1

DD

R0_

A2

DD

R0_

A3

DD

R0_

A4

DD

R0_

A5

DD

R0_

A6

DD

R0_

A7

DD

R0_

A8

DD

R0_

A9

DD

R0_

A10

DD

R0_

A11

DD

R0_

A12

DD

R0_

A13

DD

R0_

A14

DD

R0_

RA

Sn

DD

R0_

CA

Sn

DD

R0_

WE

nD

DR

0_O

DT0

DD

R0_

CK

ED

DR

0_C

E0n

DD

R0_

BA

0D

DR

0_B

A1

DD

R0_

BA

2

DD

R0_

A0

DD

R0_

A1

DD

R0_

A2

DD

R0_

A3

DD

R0_

A4

DD

R0_

A5

DD

R0_

A6

DD

R0_

A7

DD

R0_

A8

DD

R0_

A9

DD

R0_

A10

DD

R0_

A11

DD

R0_

A12

DD

R0_

A13

DD

R0_

A14

EV

M_D

DR

_RE

F_O

UT

DD

R0_

D1

DD

R0_

D3

DD

R0_

DM

0

DD

R0_

DQ

S0

DD

R0_

DQ

SN

0

DD

R0_

D2

DD

R0_

D7

DD

R0_

DM

1

DD

R0_

DQ

S1

DD

R0_

DQ

SN

1

DD

R0_

DM

2

DD

R0_

D24

DD

R0_

DM

3

DD

R0_

DQ

S3

DD

R0_

DQ

SN

3

DD

R0_

D25

DD

R0_

D28

DD

R0_

D31

TDD

R0_

DM

0

TDD

R0_

DQ

S0

TD

DR

0_D

QSN

0

TDD

R0_

DM

1

TDD

R0_

DQ

S1

TD

DR

0_D

QS

N1

TDD

R0_

DM

2

TDD

R0_

DQ

S2

TD

DR

0_D

QS

N2

TDD

R0_

DM

3

TDD

R0_

DQ

S3

TD

DR

0_D

QSN

3

DD

R0_

D26

DD

R0_

D30

MEM

00_D

1

MEM

00_D

3

MEM

00_D

6

MEM

00_D

0

MEM

00_D

5M

EM00

_D4

MEM

00_D

2

MEM

00_D

7

ME

M01

_D1

ME

M01

_D3

ME

M01

_D6

ME

M01

_D0

ME

M01

_D5

ME

M01

_D4

ME

M01

_D2

ME

M01

_D7

MEM

00_D

1

MEM

00_D

3

MEM

00_D

6

MEM

00_D

0

MEM

00_D

5

MEM

00_D

4

MEM

00_D

2

MEM

00_D

7

ME

M01

_D1

ME

M01

_D3

ME

M01

_D6

ME

M01

_D0

ME

M01

_D5

ME

M01

_D4

ME

M01

_D2

ME

M01

_D7

ME

M03

_D1

ME

M03

_D3

ME

M03

_D6

ME

M03

_D0

ME

M03

_D5

ME

M03

_D4

ME

M03

_D2

ME

M03

_D7

ME

M02

_D1

ME

M02

_D3

ME

M02

_D6

ME

M02

_D0

ME

M02

_D5

ME

M02

_D4

ME

M02

_D2

ME

M02

_D7

ME

M02

_D1

ME

M02

_D3

ME

M02

_D6

ME

M02

_D0

ME

M02

_D5

ME

M02

_D4

ME

M02

_D2

ME

M02

_D7

ME

M03

_D3

ME

M03

_D6

ME

M03

_D0

ME

M03

_D5

ME

M03

_D4

DD

R0_

D16

DD

R0_

D17

DD

R0_

D18

DD

R0_

D19

DD

R0_

D20

DD

R0_

D21

DD

R0_

D22

DD

R0_

D23

DD

R0_

D5

DD

R0_

D0

DD

R0_

D6

DD

R0_

D4

DD

R0_

D8

DD

R0_

D9

DD

R0_

D11

DD

R0_

D10

DD

R0_

D27

ME

M03

_D7

DD

R0_

D29

ME

M03

_D2

ME

M03

_D1

DD

R0_

D14

DD

R0_

D13

DD

R0_

D12

DD

R0_

D15

DD

R0_

DQ

S2

DD

R0_

DQ

SN

2E

VM

_DD

R_R

EF_

OU

T

EVM

_1V

5E

VM

_1V

5E

VM

_1V

5E

VM

_1V

5

EVM

_1V5

DD

R0_

A3

7,22

,24

DD

R0_

A0

7,22

,24 D

DR

0_B

A2

7,22

,24

DD

R0_

BA

17,

22,2

4

DD

R0_

A1

7,22

,24

DD

R0_

A4

7,22

,24

DD

R0_

A6

7,22

,24 D

DR

0_A

127,

22,2

4D

DR

0_A

117,

22,2

4

DD

R0_

A7

7,22

,24 DD

R0_

CS

N0

7,22

,24

DD

R0_

A5

7,22

,24 D

DR

0_A

107,

22,2

4D

DR

0_A

97,

22,2

4 DD

R0_

A14

7,22

,24

DD

R0_

A13

7,22

,24

DD

R0_

A8

7,22

,24

DD

R0_

A2

7,22

,24 D

DR

0_B

A0

7,22

,24

DD

R0_

CK

E7,

22,2

4DD

R0_

CA

SN

7,22

,24

DD

R0_

RA

SN

7,22

,24

DD

R0_

OD

T07,

22,2

4D

DR

0_W

EN

7,22

,24

DD

R0_

CLK

07,

22,2

4 DD

R0_

CLK

0N7,

22,2

4

DD

R0_

RST

7

DD

R0_

DQ

S0

7 DD

R0_

DQ

SN

07

DD

R0_

DQ

M0

7

DD

R0_

D1

7D

DR

0_D

27

DD

R0_

D6

7

DD

R0_

D7

7

DD

R0_

D3

7

DD

R0_

DQ

S1

7 DD

R0_

DQ

SN

17

DD

R0_

DQ

M1

7

DD

R0_

DQ

M2

7

DD

R0_

DQ

S3

7 DD

R0_

DQ

SN

37

DD

R0_

DQ

M3

7

DD

R0_

D25

7 DD

R0_

D28

7

DD

R0_

D31

7 DD

R0_

D24

7

DD

R0_

D26

7 DD

R0_

D30

7

DD

R0_

D16

7

DD

R0_

D17

7

DD

R0_

D18

7D

DR

0_D

197

DD

R0_

D20

7

DD

R0_

D21

7

DD

R0_

D22

7

DD

R0_

D23

7

DD

R0_

D5

7D

DR

0_D

07

DD

R0_

D4

7

DD

R0_

D8

7

DD

R0_

D9

7

DD

R0_

D10

7

DD

R0_

D11

7

DD

R0_

D12

7D

DR

0_D

137

DD

R0_

D14

7D

DR

0_D

157

DD

R0_

D27

7

DD

R0_

D29

7

EV

M_1

V5

7,8,

16,1

7,23

,24,

25,2

7,49

,52,

53,5

5,56

EV

M_D

DR

_RE

F_O

UT

7,8,

23,2

5,27

,53

DD

R0_

DQ

S2

7DD

R0_

DQ

SN

27

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

121

58

B

NE

TRA

EV

M

EM

IF D

DR

0 D

DR

3 M

EM

BA

NK

0

R43

80

R21

50

R44

90

R22

724

0

R44

40

R43

90

R44

10

R44

60

R22

424

0

U52 ED

J110

8DB

SED

Q0

B3

DQ

1C

7D

Q2

C2

DQ

3C

8D

Q4

E3

DQ

5E

8D

Q6

D2

DQ

7E

7

A0

K3

A1

L7A

2L3

A3

K2

A4

L8A

5L2

A6

M8

A7

M2

A8

N8

A9

M3

A10

/AP

H7

A11

M7

A12

/BC

K7

A13

N3

BA

0J2

BA

1K

8B

A2

J3

CKE

G9

CS

H2

OD

TG

1

RAS

F3C

ASG

3W

EH

3

RES

ET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7

TDQ

SA

7

VDD

.1A

2VD

D.2

A9

VDD

.3D

7VD

D.4

G2

VDD

.5G

8VD

D.6

K1

VDD

.7K

9VD

D.8

M1

VDD

.9M

9

VD

DQ

.1B

9V

DD

Q.2

C1

VD

DQ

.3E

2V

DD

Q.4

E9

VR

EFC

AJ8

VR

EFD

QE

1

VS

S.1

A1

VS

S.2

A8

VS

S.3

B1

VS

S.4

D8

VS

S.5

F2V

SS.

6F8

VS

S.7

J1V

SS.

8J9

VS

S.9

L1V

SS.

10L9

VS

S.11

N1

VS

S.12

N9

VS

SQD

9V

SSQ

D1

VS

SQC

9V

SSQ

B8

VS

SQB

2

ZQH

8

NC

.1A

3N

C.2

F1N

C.3

F9N

C.4

H1

NC

.5H

9N

C.6

J7

CK

F7C

KG

7

A14

/NC

N7

U49 ED

J110

8DB

SED

Q0

B3

DQ

1C

7D

Q2

C2

DQ

3C

8D

Q4

E3

DQ

5E

8D

Q6

D2

DQ

7E

7

A0

K3

A1

L7A

2L3

A3

K2

A4

L8A

5L2

A6

M8

A7

M2

A8

N8

A9

M3

A10

/AP

H7

A11

M7

A12

/BC

K7

A13

N3

BA

0J2

BA

1K

8B

A2

J3

CKE

G9

CS

H2

OD

TG

1

RAS

F3C

ASG

3W

EH

3

RES

ET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7

TDQ

SA

7

VDD

.1A

2VD

D.2

A9

VDD

.3D

7VD

D.4

G2

VDD

.5G

8VD

D.6

K1

VDD

.7K

9VD

D.8

M1

VDD

.9M

9

VD

DQ

.1B

9V

DD

Q.2

C1

VD

DQ

.3E

2V

DD

Q.4

E9

VR

EFC

AJ8

VR

EFD

QE

1

VS

S.1

A1

VS

S.2

A8

VS

S.3

B1

VS

S.4

D8

VS

S.5

F2V

SS.

6F8

VS

S.7

J1V

SS.

8J9

VS

S.9

L1V

SS.

10L9

VS

S.11

N1

VS

S.12

N9

VS

SQD

9V

SSQ

D1

VS

SQC

9V

SSQ

B8

VS

SQB

2

ZQH

8

NC

.1A

3N

C.2

F1N

C.3

F9N

C.4

H1

NC

.5H

9N

C.6

J7

CK

F7C

KG

7

A14

/NC

N7

RN

14R

PAC

K4-

0

12345 6 7 8

R22

524

0

R44

50

RN

4R

PAC

K4-

01 2 3 4

5678

RN

5R

PA

CK

4-0

1 2 3 45678

R44

20

U50 ED

J110

8DBS

EDQ

0B3

DQ

1C

7D

Q2

C2

DQ

3C

8D

Q4

E3D

Q5

E8D

Q6

D2

DQ

7E7

A0

K3

A1

L7A

2L3

A3

K2

A4

L8A

5L2

A6

M8

A7

M2

A8

N8

A9

M3

A10

/AP

H7

A11

M7

A12

/BC

K7

A13

N3

BA

0J2

BA

1K

8B

A2

J3

CKE

G9

CS

H2

OD

TG

1

RAS

F3C

ASG

3W

EH

3

RES

ET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7TD

QS

A7

VD

D.1

A2V

DD

.2A9

VD

D.3

D7

VD

D.4

G2

VD

D.5

G8

VD

D.6

K1V

DD

.7K9

VD

D.8

M1

VD

D.9

M9

VD

DQ

.1B9

VD

DQ

.2C

1V

DD

Q.3

E2V

DD

Q.4

E9

VR

EFC

AJ8

VR

EFD

QE1

VS

S.1

A1

VS

S.2

A8

VS

S.3

B1

VS

S.4

D8

VS

S.5

F2V

SS.

6F8

VS

S.7

J1V

SS.

8J9

VS

S.9

L1V

SS.

10L9

VS

S.11

N1

VS

S.12

N9

VS

SQD

9V

SSQ

D1

VS

SQC

9V

SSQ

B8

VS

SQB

2

ZQH

8

NC

.1A3

NC

.2F1

NC

.3F9

NC

.4H

1N

C.5

H9

NC

.6J7

CK

F7C

KG

7

A14

/NC

N7

U51 ED

J110

8DB

SED

Q0

B3D

Q1

C7

DQ

2C

2D

Q3

C8

DQ

4E3

DQ

5E8

DQ

6D

2D

Q7

E7

A0K3

A1L7

A2L3

A3K2

A4L8

A5L2

A6M

8A7

M2

A8N

8A9

M3

A10/

APH

7A1

1M

7A1

2/BC

K7A1

3N

3

BA0

J2BA

1K8

BA2

J3

CK

EG

9C

SH

2

OD

TG

1

RA

SF3

CA

SG

3W

EH

3

RE

SET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7TD

QS

A7

VD

D.1

A2V

DD

.2A9

VD

D.3

D7

VD

D.4

G2

VD

D.5

G8

VD

D.6

K1V

DD

.7K9

VD

D.8

M1

VD

D.9

M9

VD

DQ

.1B9

VD

DQ

.2C

1V

DD

Q.3

E2V

DD

Q.4

E9

VRE

FCA

J8

VR

EFD

QE1

VSS

.1A1

VSS

.2A8

VSS

.3B1

VSS

.4D

8VS

S.5

F2VS

S.6

F8VS

S.7

J1VS

S.8

J9VS

S.9

L1VS

S.1

0L9

VSS

.11

N1

VSS

.12

N9

VSS

QD

9VS

SQ

D1

VSS

QC

9VS

SQ

B8VS

SQ

B2

ZQH

8

NC

.1A3

NC

.2F1

NC

.3F9

NC

.4H

1N

C.5

H9

NC

.6J7

CK

F7C

KG

7

A14/

NC

N7

RN

12R

PAC

K4-

0

12345 6 7 8

R22

624

0

RN

7R

PA

CK

4-0

1 2 3 45678

R20

40

R45

00

RN

15R

PA

CK

4-0

12345 6 7 8

RN

3R

PA

CK

4-0

1 2 3 45678

R20

50

RN

13R

PA

CK

4-0

12345 6 7 8



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

DD

R0_

A0

DD

R0_

A1

DD

R0_

A2

DD

R0_

A3

DD

R0_

A4

DD

R0_

A5

DD

R0_

A7

DD

R0_

A8

DD

R0_

A9

DD

R0_

A10

DD

R0_

A11

DD

R0_

A12

DD

R0_

A13

DD

R0_

A14

DD

R0_

BA

0

DD

R0_

BA

1

DD

R0_

BA

2

DD

R0_

CA

Sn

DD

R0_

WE

n

DD

R0_

OD

T0

DD

R0_

CK

E

DD

R0_

CE

0n

DD

R0_

CK

0n

DD

R0_

CK

0

DD

R0_

A6

DD

R0_

RA

Sn

DD

R0_

A3

7,21

,24

DD

R0_

A0

7,21

,24 D

DR

0_B

A2

7,21

,24

DD

R0_

A1

7,21

,24

DD

R0_

A4

7,21

,24

DD

R0_

A6

7,21

,24 D

DR

0_A

127,

21,2

4

DD

R0_

A11

7,21

,24

DD

R0_

A7

7,21

,24 DD

R0_

CS

N0

7,21

,24

DD

R0_

A5

7,21

,24 D

DR

0_A

107,

21,2

4

DD

R0_

A9

7,21

,24 D

DR

0_A

147,

21,2

4

DD

R0_

A13

7,21

,24

DD

R0_

A8

7,21

,24

DD

R0_

A2

7,21

,24 D

DR

0_B

A0

7,21

,24 D

DR

0_C

AS

N7,

21,2

4

DD

R0_

OD

T07,

21,2

4

DD

R0_

WE

N7,

21,2

4

DD

R0_

CLK

07,

21,2

4 DD

R0_

CLK

0N7,

21,2

4

DD

R0_

BA

17,

21,2

4 DD

R0_

RA

SN

7,21

,24

DD

R0_

CK

E7,

21,2

4

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

122

58

B

NE

TRA

EV

M

DD

R0

AD

DR

ES

S C

ON

TRO

L TE

ST

PO

INTS

FO

R R

OU

TIN

G

This section is an outline of vias labeled as Testpoints in the schematic. This allows us to determine pwb line lengths for memory to

memory and CPU to memory it is purely a visibility tool no actual "component" is used the vias are just replaced with a via that is

labeled a test point

DATA D0-D7 MEMORY

DATA D8-D15 MEMORY

DATA D24-D31 MEMORY

DATA D16-D23 MEMORY

TPM

D21

1

TPM

241

TPM

B18

1

TPM

C22

1TP

MD

221

TPM

B41

TPM

D2

1

TPM

151

TPM

B26

1

TPM

B31

TPM

C13

1

TPM

B16

1

TPM

C14

1

TPM

231

TPM

C21

1

TPM

D5

1

TPM

131

TPM

D19

1

TPM

C1

1

TPM

B23

1

TPM

B24

1

TPM

C11

1

TPM

B10

1

TPM

51

TPM

D1

1

TPM

211

TPM

D17

1

TPM

41

TPM

81

TPM

251

TPM

C2

1

TPM

B81

TPM

D12

1

TPM

D25

1

TPM

C5

1

TPM

D20

1

TPM

C19

1

TPM

B13

1

TPM

B15

1

TPM

D7

1

TPM

B91

TPM

261

TPM

191

TPM

C7

1

TPM

C20

1

TPM

141

TPM

C17

1

TPM

D6

1

TPM

C25

1

TPM

B11

1

TPM

D3

1

TPM

C4

1TP

MD

41

TPM

B21

1

TPM

D18

1

TPM

11

TPM

B14

1

TPM

121

TPM

B22

1

TPM

161

TPM

B21

TPM

C3

1

TPM

101

TPM

221

TPM

C12

1

TPM

111

TPM

91

TPM

D23

1

TPM

C6

1

TPM

D16

1

TPM

B17

1

TPM

D26

1

TPM

C24

1TP

MD

241

TPM

B51

TPM

D10

1

TPM

B19

1

TPM

B25

1

TPM

B11

TPM

C18

1TP

M18

1

TPM

C23

1

TPM

71

TPM

C16

1

TPM

D8

1

TPM

C26

1

TPM

D15

1

TPM

C9

1TP

MD

91

TPM

B20

1

TPM

D13

1

TPM

B12

1

TPM

61

TPM

B71

TPM

171

TPM

B61

TPM

31

TPM

21

TPM

201

TPM

C10

1

TPM

C15

1

TPM

D11

1

TPM

D14

1

TPM

C8

1

A-23


4 4

3 3

2 2

1 1

DD

CC

BB

AA

EV

M_D

DR

_RE

F_O

UT

EV

M_D

DR

_RE

F_O

UT

EVM

_1V5

EVM

_1V5

EVM

_1V5

EVM

_1V5

EVM

_1V5

EV

M_D

DR

_RE

F_O

UT

EV

M_D

DR

_RE

F_O

UT

EVM

_1V

5

EV

M_1

V5

EV

M_1

V5

EV

M_1

V5

EV

M_D

DR

_RE

F_O

UT

EVM

_1V5

EVM

_1V5

EV

M_1

V5

EV

M_1

V5

EVM

_1V5

EV

M_1

V5

EVM

_1V

57,

8,16

,17,

21,2

4,25

,27,

49,5

2,53

,55,

56

EV

M_D

DR

_RE

F_O

UT

7,8,

21,2

5,27

,53

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

123

58

B

NE

TRA

EV

M

DD

R M

EM

OR

Y C

AP

S D

DR

0 IN

TER

FAC

E

C30

70.

1uF

C19

10.

1uF

C72

40.

1uF

C31

20.

1uF

C25

20.

1uF

C72

30.

1uF

C16

80.

1uF

C66

90.

1uF

C69

50.

1uF

C23

40.

1uF

C65

40.

1uF

C33

00.

1uF

C24

40.

1uF

C29

60.

1uF

C15

50.

1uF

C71

80.

1uF

C25

30.

1uF

C67

70.

1uF

C73

20.

1uF

C26

20.

1uF

C30

60.

1uF

C30

80.

1uF

C68

70.

1uF

C70

30.

1uF

C32

10.

1uF

C15

80.

1uF

C71

20.

1uF

C74

00.

1uF

C78

80.

1uF

C16

70.

1uF

C68

90.

1uF

C70

10.

1uF

C74

30.

1uF

C67

20.

1uF

C72

80.

1uF

C26

30.

1uF

C73

10.

1uF

C27

70.

1uF

C67

30.

1uF

C29

30.

1uF

C23

10.

1uF

C32

80.

1uF

C17

00.

1uF

C74

20.

1uF

C69

70.

1uF

C19

30.

1uF

C69

90.

1uF

C16

60.

1uF

C32

20.

1uF

C71

90.

1uF

C32

90.

1uF

C78

30.

1uF

C29

40.

1uF

C16

30.

1uF

C74

10.

1uF

C32

30.

1uF

C27

40.

1uF

C35

00.

1uF

C69

00.

1uF

C15

70.

1uF

C72

10.

1uF

C66

80.

1uF

C74

80.

1uF

C73

30.

1uF

C28

70.

1uF

C31

10.

1uF

C17

50.

1uF

C25

50.

1uF

C76

20.

1uF

C68

60.

1uF

C69

60.

1uF

C71

30.

1uF

C15

60.

1uF

C71

10.

1uF

C67

50.

1uF

C67

60.

1uF

C76

70.

1uF

C68

80.

1uF

C32

40.

1uF

C28

60.

1uF

C24

20.

1uF

C67

00.

1uF

C66

50.

1uF

C68

40.

1uF

C28

50.

1uF

C75

30.

1uF

C28

40.

1uF

C34

90.

1uF

C69

80.

1uF

C24

50.

1uF

C19

20.

1uF

C29

50.

1uF

C33

10.

1uF

C74

50.

1uF

C19

00.

1uF

C72

00.

1uF

C65

60.

1uF

C30

90.

1uF

C72

20.

1uF

C66

30.

1uF

C30

50.

1uF

C26

00.

1uF

C73

00.

1uF

C34

80.

1uF

C27

50.

1uF

C67

10.

1uF

C66

70.

1uF

C68

50.

1uF

C23

20.

1uF

C35

10.

1uF

C66

20.

1uF

C31

00.

1uF

C65

50.

1uF

C19

40.

1uF

C77

80.

1uF

C25

40.

1uF

C77

20.

1uF

C26

10.

1uF

C66

40.

1uF

C69

10.

1uF

C70

20.

1uF

C16

90.

1uF

C24

30.

1uF

C71

50.

1uF

C27

60.

1uF

C67

80.

1uF

C23

30.

1uF



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

DD

R1_

CS

N0

DD

R1_

A0

DD

R1_

A1

DD

R1_

A2

DD

R1_

A3

DD

R1_

A4

DD

R1_

A5

DD

R1_

A6

DD

R1_

A7

DD

R1_

A8

DD

R1_

A9

DD

R1_

A10

DD

R1_

A11

DD

R1_

A12

DD

R1_

A13

DD

R1_

A14

DD

R1_

BA0

DD

R1_

BA1

DD

R1_

BA2

DD

R1_

CK

ED

DR

1_R

AS

N

DD

R1_

WEN

DD

R1_

OD

T0

DD

R1_

CK

0

DD

R1_

CLK

0N

DD

R0_

A6

DD

R0_

BA1

DD

R0_

A1

DD

R0_

BA2

DD

R0_

RA

SN

DD

R0_

A9

DD

R0_

CA

SN

DD

R0_

A0

DD

R0_

A10

DD

R0_

CK

E

DD

R0_

WE

N

DD

R0_

A2

DD

R0_

A14

DD

R0_

A13

DD

R0_

A12

DD

R0_

A3

DD

R0_

A4

DD

R0_

CS

N0

DD

R0_

CLK

0N

DD

R0_

A8

DD

R0_

BA0

DD

R0_

A7

DD

R0_

CK

0

DD

R0_

A11

DD

R0_

A5

DD

R0_

OD

T0

EVM

_1V

5EV

M_1

V5

DD

R1_

CA

SN

EV

M_D

DR

_VTT

EVM

_1V

5

EVM

_DD

R_V

TT

EV

M_1

V5

EVM

_1V

5

EV

M_1

V5

EV

M_D

DR

_VTT

EVM

_1V

5

DD

R1_

A0

8,25

,26

DD

R1_

A5

8,25

,26D

DR

1_B

A2

8,25

,26

DD

R1_

A10

8,25

,26

DD

R1_

BA

18,

25,2

6

DD

R1_

A9

8,25

,26

DD

R1_

A1

8,25

,26

DD

R1_

A14

8,25

,26

DD

R1_

A4

8,25

,26

DD

R1_

A13

8,25

,26

DD

R1_

A6

8,25

,26D

DR

1_C

KE

8,25

,26

DD

R1_

A8

8,25

,26DD

R1_

CA

SN

8,25

,26

DD

R1_

A12

8,25

,26D

DR

1_R

AS

N8,

25,2

6

DD

R1_

A11

8,25

,26

DD

R1_

A2

8,25

,26D

DR

1_W

EN

8,25

,26

DD

R1_

A7

8,25

,26D

DR

1_B

A0

8,25

,26

DD

R1_

A3

8,25

,26DD

R1_

CS

N0

8,25

,26

DD

R1_

OD

T08,

25,2

6

DD

R1_

CLK

08,

25,2

6 DD

R1_

CLK

0N8,

25,2

6

DD

R0_

A9

7,21

,22

DD

R0_

A4

7,21

,22D

DR

0_B

A0

7,21

,22

DD

R0_

A3

7,21

,22D

DR

0_C

KE

7,21

,22

DD

R0_

BA

17,

21,2

2

DD

R0_

CLK

07,

21,2

2

DD

R0_

A10

7,21

,22

DD

R0_

A11

7,21

,22

DD

R0_

CLK

0N7,

21,2

2

DD

R0_

RA

SN

7,21

,22

DD

R0_

A13

7,21

,22

DD

R0_

A8

7,21

,22

DD

R0_

A6

7,21

,22DD

R0_

CA

SN

7,21

,22

DD

R0_

A12

7,21

,22

DD

R0_

BA

27,

21,2

2

DD

R0_

A7

7,21

,22D

DR

0_W

EN

7,21

,22

DD

R0_

A2

7,21

,22

DD

R0_

A5

7,21

,22

DD

R0_

A14

7,21

,22

DD

R0_

A0

7,21

,22DD

R0_

CS

N0

7,21

,22

DD

R0_

A1

7,21

,22DD

R0_

OD

T07,

21,2

2

EVM

_1V

57,

8,16

,17,

21,2

3,25

,27,

49,5

2,53

,55,

56

EV

M_D

DR

_VTT

49,5

3

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

124

58

B

NE

TRA

EV

M

EM

IF D

DR

0 D

DR

3 M

EM

BA

NK

1

C77

60.

1uF

C76

50.

1uF

C76

10.

1uF

C78

50.

1uF

RN

20R

Pac

k4-4

71 2 3 4

5678

C78

40.

1uF

RN

27R

Pac

k4-4

7

12345 6 7 8

C78

60.

1uF

RN

23R

Pac

k4-4

7

12345 6 7 8R

453

49.9

C77

10.

1uF

R45

249

.9

C71

60.

1uF

C75

50.

1uF

C74

60.

1uF

C76

00.

1uF

C77

40.

1uF

RN

31R

Pac

k4-4

7

12345 6 7 8

C78

90.

1uF

C74

90.

1uF

C77

50.

1uF

C75

60.

1uF

C71

40.

1uF

RN

21R

Pac

k4-4

7

12345 6 7 8

C78

10.

1uF

RN

28R

Pac

k4-4

71 2 3 4

5678C

777

0.1u

F

C76

60.

1uF

RN

30R

Pac

k4-4

71 2 3 4

5678

R45

449

.9

RN

29R

Pac

k4-4

7

12345 6 7 8

RN

25R

Pac

k4-4

7

12345 6 7 8R

455

49.9

C75

00.

1uF

C73

50.

1uF

RN

26R

Pac

k4-4

71 2 3 4

5678C

770

0.1u

F

RN

24R

Pac

k4-4

71 2 3 4

5678

RN

22R

Pac

k4-4

71 2 3 4

5678

C73

60.

1uF

C75

10.

1uF

C78

20.

1uF

A-25


4 4

3 3

2 2

1 1

DD

CC

BB

AA

TDD

R1_

DM

1

TDD

R1_

DQ

S1

TD

DR

1_D

QS

N1

EV

M_D

DR

_RE

F_O

UT

TDD

R1_

DM

2

TDD

R1_

DQ

S2

TD

DR

1_D

QS

N2

EV

M_D

DR

_RE

F_O

UT

TDD

R1_

DM

3

TDD

R1_

DQ

S3

TD

DR

1_D

QS

N3

EV

M_D

DR

_RE

F_O

UT

DD

R1_

RA

Sn

DD

R1_

CA

Sn

DD

R1_

WE

nD

DR

1_O

DT0

DD

R1_

CK

ED

DR

1_C

E0n

DD

R1_

BA

0D

DR

1_B

A1

DD

R1_

BA

2

DD

R1_

A0

DD

R1_

A1

DD

R1_

A2

DD

R1_

A3

DD

R1_

A4

DD

R1_

A5

DD

R1_

A6

DD

R1_

A7

DD

R1_

A8

DD

R1_

A9

DD

R1_

A10

DD

R1_

A11

DD

R1_

A12

DD

R1_

A13

DD

R1_

A14

DD

R1_

CK

0D

DR

1_C

K0n

DD

R1_

RE

SE

Tn

DD

R1_

RAS

nD

DR

1_C

ASn

DD

R1_

WE

nD

DR

1_O

DT0

DD

R1_

CK

ED

DR

1_C

E0n

DD

R1_

BA0

DD

R1_

BA1

DD

R1_

BA2

DD

R1_

A0

DD

R1_

A1

DD

R1_

A2

DD

R1_

A3

DD

R1_

A4

DD

R1_

A5

DD

R1_

A6

DD

R1_

A7

DD

R1_

A8

DD

R1_

A9

DD

R1_

A10

DD

R1_

A11

DD

R1_

A12

DD

R1_

A13

DD

R1_

A14

DD

R1_

CK

0D

DR

1_C

K0n

DD

R1_

RE

SET

n

EV

M_D

DR

_RE

F_O

UT

DD

R1_

RA

Sn

DD

R1_

CA

Sn

DD

R1_

WE

nD

DR

1_O

DT0

DD

R1_

CK

ED

DR

1_C

E0n

DD

R1_

BA

0D

DR

1_B

A1

DD

R1_

BA

2

DD

R1_

A0

DD

R1_

A1

DD

R1_

A2

DD

R1_

A3

DD

R1_

A4

DD

R1_

A5

DD

R1_

A6

DD

R1_

A7

DD

R1_

A8

DD

R1_

A9

DD

R1_

A10

DD

R1_

A11

DD

R1_

A12

DD

R1_

A13

DD

R1_

A14

DD

R1_

CK

0D

DR

1_C

K0n

DD

R1_

RE

SE

Tn

EV

M_D

DR

_RE

F_O

UT

DD

R1_

A12

DD

R1_

A9

DD

R1_

A3

DD

R1_

BA

0

DD

R1_

CK

0

TD

DR

1_D

QS

N0

DD

R1_

OD

T0

DD

R1_

A8

DD

R1_

A2

DD

R1_

CE

0n

DD

R1_

CK

0n

TDD

R1_

DQ

S0

DD

R1_

WE

n

DD

R1_

A7

DD

R1_

A11

DD

R1_

A14

DD

R1_

A1

EV

M_D

DR

_RE

F_O

UT

DD

R1_

CK

E

DD

R1_

A5

TDD

R1_

DM

0

DD

R1_

CA

Sn

DD

R1_

BA

2

DD

R1_

A6

DD

R1_

RA

Sn

DD

R1_

A13

DD

R1_

A10

DD

R1_

A0

DD

R1_

RE

SE

Tn

DD

R1_

A4

EV

M_D

DR

_RE

F_O

UT

DD

R1_

BA

1

EV

M_D

DR

_RE

F_O

UT

DD

R1_

D1

DD

R1_

D3

DD

R1_

D2

DD

R1_

DQ

S0

DD

R1_

DQ

SN

0

DD

R1_

DQ

S1

DD

R1_

DQ

SN

1

DD

R1_

DQ

S2

DD

R1_

DQ

SN

2

DD

R1_

DQ

S3

DD

R1_

DQ

SN

3

TDD

R1_

DQ

S0

TD

DR

1_D

QS

N0

TDD

R1_

DQ

S1

TD

DR

1_D

QS

N1

TDD

R1_

DQ

S2

TD

DR

1_D

QSN

2

TDD

R1_

DQ

S3

TD

DR

1_D

QSN

3

MEM

13_D

1

MEM

13_D

3

MEM

13_D

6

MEM

13_D

0

MEM

13_D

5M

EM13

_D4

MEM

13_D

2

MEM

13_D

7

ME

M10

_D1

ME

M10

_D3

ME

M10

_D6

ME

M10

_D0

ME

M10

_D5

ME

M10

_D4

ME

M10

_D2

ME

M10

_D7

MEM

11_D

1

MEM

11_D

3

MEM

11_D

6

MEM

11_D

0

MEM

11_D

5M

EM11

_D4

MEM

11_D

2

MEM

11_D

7

ME

M12

_D1

ME

M12

_D3

ME

M12

_D6

ME

M12

_D0

ME

M12

_D5

ME

M12

_D4

ME

M12

_D2

ME

M12

_D7

TDD

R1_

DM

0TD

DR

1_D

M2

TDD

R1_

DM

3

DD

R1_

DM

0D

DR

1_D

M2

DD

R1_

DM

3TD

DR

1_D

M1

DD

R1_

DM

1

ME

M13

_D1

ME

M13

_D3

ME

M13

_D6

ME

M13

_D0

ME

M13

_D5

ME

M13

_D4

ME

M13

_D2

ME

M13

_D7

ME

M12

_D1

ME

M12

_D3

ME

M12

_D6

ME

M12

_D0

ME

M12

_D5

ME

M12

_D4

ME

M12

_D2

ME

M12

_D7

ME

M11

_D1

ME

M11

_D3

ME

M11

_D6

ME

M11

_D0

ME

M11

_D5

ME

M11

_D4

ME

M11

_D2

ME

M11

_D7

ME

M10

_D1

ME

M10

_D3

ME

M10

_D6

ME

M10

_D0

ME

M10

_D5

ME

M10

_D4

ME

M10

_D2

ME

M10

_D7

DD

R1_

D16

DD

R1_

D18

DD

R1_

D7

DD

R1_

D4

DD

R1_

D0

DD

R1_

D5

DD

R1_

D6

DD

R1_

D8

DD

R1_

D9

DD

R1_

D10

DD

R1_

D11

DD

R1_

D12

DD

R1_

D13

DD

R1_

D14

DD

R1_

D15

DD

R1_

D20

DD

R1_

D21

DD

R1_

D22

DD

R1_

D23

DD

R1_

D17

DD

R1_

D19

DD

R1_

D27

DD

R1_

D28

DD

R1_

D30

DD

R1_

D24

DD

R1_

D25

DD

R1_

D29

DD

R1_

D31

DD

R1_

D26

EVM

_1V5

EVM

_1V

5E

VM_1

V5

EV

M_1

V5

EV

M_1

V5

EVM

_DD

R_R

EF_O

UT

DD

R1_

A0

8,24

,26

DD

R1_

A5

8,24

,26 D

DR

1_B

A2

,24,

26

DD

R1_

A10

8,24

,26

DD

R1_

BA

1,2

4,26

DD

R1_

A9

8,24

,26

DD

R1_

A1

8,24

,26

DD

R1_

A14

8,24

,26

DD

R1_

A4

8,24

,26

DD

R1_

A13

8,24

,26

DD

R1_

A6

8,24

,26 D

DR

1_C

KE

24,2

6

DD

R1_

A8

8,24

,26 DD

R1_

CA

SN

4,26

DD

R1_

A12

8,24

,26 D

DR

1_R

AS

N4,

26

DD

R1_

CLK

0N,2

6

DD

R1_

A11

8,24

,26 D

DR

1_O

DT0

24,2

6

DD

R1_

A2

8,24

,26 D

DR

1_W

EN

24,2

6

DD

R1_

RS

T8

DD

R1_

A7

8,24

,26 D

DR

1_C

LK0

24,2

6

DD

R1_

BA

0,2

4,26

DD

R1_

A3

8,24

,26 DD

R1_

CS

N0

4,26

DD

R1_

D1

8D

DR

1_D

28

DD

R1_

D3

8 DD

R1_

DQ

S0

8 DD

R1_

DQ

SN

08

DD

R1_

DQ

S1

8 DD

R1_

DQ

SN

18

DD

R1_

DQ

S2

8 DD

R1_

DQ

SN

28

DD

R1_

DQ

S3

8 DD

R1_

DQ

SN

38

EVM

_1V5

7,8,

16,1

7,21

,23,

24,2

7,49

,52,

53,5

5,56

EV

M_D

DR

_RE

F_O

UT

7,8,

21,2

3,27

,53

DD

R1_

DQ

M0

8D

DR

1_D

QM

28 D

DR

1_D

QM

38

DD

R1_

DQ

M1

8

DD

R1_

D16

8D

DR

1_D

188

DD

R1_

D7

8

DD

R1_

D4

8

DD

R1_

D0

8

DD

R1_

D5

8D

DR

1_D

68

DD

R1_

D8

8

DD

R1_

D9

8

DD

R1_

D10

8

DD

R1_

D11

8

DD

R1_

D12

8D

DR

1_D

138

DD

R1_

D14

8D

DR

1_D

158

DD

R1_

D20

8

DD

R1_

D21

8D

DR

1_D

228

DD

R1_

D23

8

DD

R1_

D17

8D

DR

1_D

198

DD

R1_

D27

8

DD

R1_

D28

8D

DR

1_D

308

DD

R1_

D24

8

DD

R1_

D25

8

DD

R1_

D29

8D

DR

1_D

318

DD

R1_

D26

8

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

125

58

B

NE

TRA

EV

M

EM

IF D

DR

1 D

DR

3 M

EM

BA

NK

0

R44

80

R20

60

RN

19R

Pac

k4-0

12345 6 7 8

R21

60

U47

ED

J110

8DBS

E

DQ

0B3

DQ

1C

7D

Q2

C2

DQ

3C

8D

Q4

E3D

Q5

E8D

Q6

D2

DQ

7E7

A0

K3

A1

L7A

2L3

A3

K2

A4

L8A

5L2

A6

M8

A7

M2

A8

N8

A9

M3

A10

/AP

H7

A11

M7

A12

/BC

K7

A13

N3

BA

0J2

BA

1K

8B

A2

J3

CKE

G9

CS

H2

OD

TG

1

RAS

F3C

ASG

3W

EH

3

RES

ET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7TD

QS

A7

VD

D.1

A2V

DD

.2A9

VD

D.3

D7

VD

D.4

G2

VD

D.5

G8

VD

D.6

K1V

DD

.7K9

VD

D.8

M1

VD

D.9

M9

VD

DQ

.1B9

VD

DQ

.2C

1V

DD

Q.3

E2V

DD

Q.4

E9

VR

EFC

AJ8

VR

EFD

QE1

VS

S.1

A1

VS

S.2

A8

VS

S.3

B1

VS

S.4

D8

VS

S.5

F2V

SS.

6F8

VS

S.7

J1V

SS.

8J9

VS

S.9

L1V

SS.

10L9

VS

S.11

N1

VS

S.12

N9

VS

SQD

9V

SSQ

D1

VS

SQC

9V

SSQ

B8

VS

SQB

2

ZQH

8

NC

.1A3

NC

.2F1

NC

.3F9

NC

.4H

1N

C.5

H9

NC

.6J7

CK

F7C

KG

7

A14

/NC

N7

R21

20

RN

16R

Pac

k4-0 1234

5 6 7 8

R20

80

R20

90

R21

00

U48 ED

J110

8DB

SED

Q0

B3D

Q1

C7

DQ

2C

2D

Q3

C8

DQ

4E3

DQ

5E8

DQ

6D

2D

Q7

E7

A0

K3

A1

L7A

2L3

A3

K2

A4

L8A

5L2

A6

M8

A7

M2

A8

N8

A9

M3

A10

/AP

H7

A11

M7

A12

/BC

K7

A13

N3

BA

0J2

BA

1K

8B

A2

J3

CKE

G9

CS

H2

OD

TG

1

RAS

F3C

ASG

3W

EH

3

RES

ET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7TD

QS

A7

VD

D.1

A2V

DD

.2A9

VD

D.3

D7

VD

D.4

G2

VD

D.5

G8

VD

D.6

K1V

DD

.7K9

VD

D.8

M1

VD

D.9

M9

VD

DQ

.1B9

VD

DQ

.2C

1V

DD

Q.3

E2V

DD

Q.4

E9

VR

EFC

AJ8

VR

EFD

QE1

VS

S.1

A1

VS

S.2

A8

VS

S.3

B1

VS

S.4

D8

VS

S.5

F2V

SS.

6F8

VS

S.7

J1V

SS.

8J9

VS

S.9

L1V

SS.

10L9

VS

S.11

N1

VS

S.12

N9

VS

SQD

9V

SSQ

D1

VS

SQC

9V

SSQ

B8

VS

SQB

2

ZQH

8

NC

.1A3

NC

.2F1

NC

.3F9

NC

.4H

1N

C.5

H9

NC

.6J7

CK

F7C

KG

7

A14

/NC

N7

R22

824

0

RN

6R

Pac

k4-0

1 2 3 45678

RN

9R

Pac

k4-0 1 2 3 4

5678

R21

30

U53 ED

J110

8DB

SED

Q0

B3

DQ

1C

7D

Q2

C2

DQ

3C

8D

Q4

E3

DQ

5E

8D

Q6

D2

DQ

7E

7

A0K3

A1L7

A2L3

A3K2

A4L8

A5L2

A6M

8A7

M2

A8N

8A9

M3

A10/

APH

7A1

1M

7A1

2/BC

K7A1

3N

3

BA0

J2BA

1K8

BA2

J3

CK

EG

9C

SH

2

OD

TG

1

RA

SF3

CA

SG

3W

EH

3

RE

SET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7

TDQ

SA

7

VD

D.1

A2

VD

D.2

A9

VD

D.3

D7

VD

D.4

G2

VD

D.5

G8

VD

D.6

K1

VD

D.7

K9

VD

D.8

M1

VD

D.9

M9

VD

DQ

.1B

9V

DD

Q.2

C1

VD

DQ

.3E

2V

DD

Q.4

E9

VRE

FCA

J8

VR

EFD

QE

1

VSS

.1A1

VSS

.2A8

VSS

.3B1

VSS

.4D

8VS

S.5

F2VS

S.6

F8VS

S.7

J1VS

S.8

J9VS

S.9

L1VS

S.1

0L9

VSS

.11

N1

VSS

.12

N9

VSS

QD

9VS

SQ

D1

VSS

QC

9VS

SQ

B8VS

SQ

B2

ZQH

8

NC

.1A

3N

C.2

F1N

C.3

F9N

C.4

H1

NC

.5H

9N

C.6

J7

CK

F7C

KG

7

A14/

NC

N7

RN

10R

Pac

k4-0

1 2 3 45678

R22

924

0

R21

10

U54 ED

J110

8DB

SEDQ

0B3

DQ

1C

7D

Q2

C2

DQ

3C

8D

Q4

E3D

Q5

E8D

Q6

D2

DQ

7E7

A0K3

A1L7

A2L3

A3K2

A4L8

A5L2

A6M

8A7

M2

A8N

8A9

M3

A10/

APH

7A1

1M

7A1

2/BC

K7A1

3N

3

BA0

J2BA

1K8

BA2

J3

CK

EG

9C

SH

2

OD

TG

1

RA

SF3

CA

SG

3W

EH

3

RE

SET

N2

DQ

SC

3D

QS

D3

DM

/TD

QS

B7TD

QS

A7

VD

D.1

A2V

DD

.2A9

VD

D.3

D7

VD

D.4

G2

VD

D.5

G8

VD

D.6

K1V

DD

.7K9

VD

D.8

M1

VD

D.9

M9

VD

DQ

.1B9

VD

DQ

.2C

1V

DD

Q.3

E2V

DD

Q.4

E9

VRE

FCA

J8

VR

EFD

QE1

VSS

.1A1

VSS

.2A8

VSS

.3B1

VSS

.4D

8VS

S.5

F2VS

S.6

F8VS

S.7

J1VS

S.8

J9VS

S.9

L1VS

S.1

0L9

VSS

.11

N1

VSS

.12

N9

VSS

QD

9VS

SQ

D1

VSS

QC

9VS

SQ

B8VS

SQ

B2

ZQH

8

NC

.1A3

NC

.2F1

NC

.3F9

NC

.4H

1N

C.5

H9

NC

.6J7

CK

F7C

KG

7

A14/

NC

N7

R22

324

0

R44

70

R23

024

0

R21

40

RN

18R

Pac

k4-0

12345 6 7 8

RN

8R

Pac

k4-0

1 2 3 45678

RN

17R

Pac

k4-0

12345 6 7 8

R20

70



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

DD

R1_

A0

DD

R1_

A1

DD

R1_

A2

DD

R1_

A3

DD

R1_

A4

DD

R1_

A5

DD

R1_

A7

DD

R1_

A8

DD

R1_

A9

DD

R1_

A10

DD

R1_

A11

DD

R1_

A12

DD

R1_

A13

DD

R1_

A14

DD

R1_

BA

0

DD

R1_

BA

1

DD

R1_

BA

2

DD

R1_

CA

Sn

DD

R1_

WE

n

DD

R1_

OD

T0

DD

R1_

CK

E

DD

R1_

CK

0

DD

R1_

A6

DD

R1_

RA

Sn

DD

R1_

CE

0n

DD

R1_

CK

0n

DD

R1_

A3

8,24

,25

DD

R1_

A0

8,24

,25 D

DR

1_B

A2

8,24

,25

DD

R1_

A1

8,24

,25

DD

R1_

A4

8,24

,25 D

DR

1_B

A1

8,24

,25

DD

R1_

A6

8,24

,25 D

DR

1_A

128,

24,2

5

DD

R1_

A11

8,24

,25

DD

R1_

A7

8,24

,25 DD

R1_

CS

N0

8,24

,25

DD

R1_

A5

8,24

,25 D

DR

1_A

108,

24,2

5

DD

R1_

A9

8,24

,25 D

DR

1_A

148,

24,2

5

DD

R1_

A13

8,24

,25

DD

R1_

A8

8,24

,25

DD

R1_

A2

8,24

,25 D

DR

1_B

A0

8,24

,25 D

DR

1_C

AS

N8,

24,2

5

DD

R1_

RA

SN

8,24

,25

DD

R1_

CK

E8,

24,2

5

DD

R1_

OD

T08,

24,2

5

DD

R1_

WE

N8,

24,2

5

DD

R1_

CLK

08,

24,2

5 DD

R1_

CLK

0N8,

24,2

5

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

126

58

B

NE

TRA

EV

M

DD

R1

AD

DR

ES

S C

ON

TRO

L TE

ST

PO

INTS

FO

R R

OU

TIN

G

This section is an outline of vias labeled as Testpoints in the schematic. This allows us to determine pwb line lengths for memory to

memory and CPU to memory it is purely a visibility tool no actual "component" is used the vias are just replaced with a via that is

labeled a test point

DATA D0-D7 MEMORY

DATA D8-D15 MEMORY

DATA D24-D31 MEMORY

DATA D16-D23 MEMORY

TP2M

D13

1

TP2M

B16

1

TP2M

D22

1

TP2M

B61

TP2M

221

TP2M

D19

1

TP2M

31

TP2M

D12

1

TP2M

81

TP2M

C26

1

TP2M

C4

1

TP2M

D23

1

TP2M

C6

1

TP2M

B91

TP2M

C1

1

TP2M

B12

1

TP2M

B14

1

TP2M

C22

1

TP2M

C10

1

TP2M

D9

1

TP2M

151

TP2M

91

TP2M

241

TP2M

121

TP2M

B13

1

TP2M

C20

1

TP2M

D17

1

TP2M

D2

1

TP2M

D7

1

TP2M

B23

1

TP2M

71

TP2M

D26

1

TP2M

C17

1

TP2M

C14

1

TP2M

C19

1

TP2M

41

TP2M

B81

TP2M

D5

1

TP2M

171

TP2M

B11

TP2M

131

TP2M

B15

1

TP2M

C11

1

TP2M

201

TP2M

B21

1

TP2M

C8

1

TP2M

C7

1

TP2M

D1

1

TP2M

C9

1

TP2M

B26

1

TP2M

B17

1

TP2M

D10

1

TP2M

D20

1

TP2M

B22

1

TP2M

B10

1

TP2M

D14

1

TP2M

61

TP2M

C3

1

TP2M

101

TP2M

D6

1

TP2M

D15

1

TP2M

231

TP2M

191

TP2M

D4

1

TP2M

261

TP2M

D18

1

TP2M

B51

TP2M

D16

1

TP2M

C18

1

TP2M

C2

1

TP2M

B19

1

TP2M

D11

1

TP2M

C16

1

TP2M

D25

1

TP2M

211

TP2M

111

TP2M

D24

1

TP2M

251

TP2M

B11

1

TP2M

B25

1

TP2M

11

TP2M

C12

1

TP2M

B21

TP2M

C25

1

TP2M

C5

1

TP2M

B31

TP2M

B41

TP2M

21

TP2M

51

TP2M

C15

1

TP2M

C24

1

TP2M

B71

TP2M

C21

1

TP2M

B20

1

TP2M

C13

1

TP2M

C23

1

TP2M

B18

1

TP2M

D21

1

TP2M

D8

1

TP2M

161

TP2M

D3

1

TP2M

181

TP2M

141

TP2M

B24

1

A-27


4 4

3 3

2 2

1 1

DD

CC

BB

AA

EV

M_D

DR

_RE

F_O

UT

EV

M_D

DR

_RE

F_O

UT

EVM

_1V5

EVM

_1V5

EVM

_1V5

EVM

_1V5

EVM

_1V5

EV

M_D

DR

_RE

F_O

UT

EVM

_1V5

EV

M_D

DR

_RE

F_O

UT

EVM

_1V5

EVM

_1V5

EVM

_1V5

EV

M_D

DR

_RE

F_O

UT

EV

M_1

V5

EV

M_1

V5

EV

M_1

V5

EV

M_1

V5

EVM

_1V5

7,8,

16,1

7,21

,23,

24,2

5,49

,52,

53,5

5,56

EV

M_D

DR

_RE

F_O

UT

7,8,

21,2

3,25

,53

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

127

58

B

NE

TRA

EV

M

DD

R M

EM

OR

Y C

AP

S D

DR

1 IN

TER

FAC

E

C78

00.

1uF

C22

10.

1uF

C35

80.

1uF

C23

90.

1uF

C76

90.

1uF

C25

70.

1uF

C30

30.

1uF

C30

20.

1uF

C72

60.

1uF

C31

40.

1uF

C27

10.

1uF

C33

30.

1uF

C34

00.

1uF

C74

70.

1uF

C25

80.

1uF

C73

40.

1uF

C26

90.

1uF

C34

70.

1uF

C30

00.

1uF

C28

10.

1uF

C34

40.

1uF

C36

50.

1uF

C33

40.

1uF

C24

90.

1uF

C26

50.

1uF

C74

40.

1uF

C22

80.

1uF

C35

90.

1uF

C31

80.

1uF

C27

20.

1uF

C24

80.

1uF

C72

70.

1uF

C27

00.

1uF

C27

80.

1uF

C32

60.

1uF

C73

80.

1uF

C22

20.

1uF

C32

00.

1uF

C22

70.

1uF

C34

60.

1uF

C28

30.

1uF

C25

60.

1uF

C24

60.

1uF

C29

00.

1uF

C21

60.

1uF

C32

50.

1uF

C29

80.

1uF

C76

30.

1uF

C25

00.

1uF

C21

70.

1uF

C21

90.

1uF

C26

70.

1uF

C24

70.

1uF

C71

70.

1uF

C29

70.

1uF

C23

50.

1uF

C33

80.

1uF

C35

70.

1uF

C25

90.

1uF

C28

90.

1uF

C72

90.

1uF

C31

70.

1uF

C28

20.

1uF

C36

60.

1uF

C31

30.

1uF

C28

80.

1uF

C31

90.

1uF

C28

00.

1uF

C73

70.

1uF

C23

80.

1uF

C29

90.

1uF

C36

30.

1uF

C22

90.

1uF

C24

00.

1uF

C25

10.

1uF

C30

10.

1uF

C33

50.

1uF

C34

50.

1uF

C26

80.

1uF

C29

10.

1uF

C27

30.

1uF

C33

20.

1uF

C31

60.

1uF

C33

70.

1uF

C23

70.

1uF

C36

40.

1uF

C30

40.

1uF

C32

70.

1uF

C35

60.

1uF

C75

40.

1uF

C26

60.

1uF

C21

50.

1uF

C27

90.

1uF

C36

00.

1uF

C29

20.

1uF

C36

10.

1uF

C77

30.

1uF

C34

10.

1uF

C31

50.

1uF

C24

10.

1uF

C23

60.

1uF

C22

60.

1uF



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

CO

N.P

CIE

_TX

N0

CO

N.P

CIE

_TX

N1

CO

N.P

CIE

_RX

P1

CO

N.P

CIE

_TXP

0

CO

N.P

CIE

_TXP

1

CO

N.P

CIE

_RX

N1

CO

N.P

CIE

_RX

P0C

ON

.PC

IE_R

XN

0

PC

I_C

ON

N_R

EFN

PC

I_C

ON

N_R

EFP

RE

FCLK

pR

EFC

LKn

OP

T_SW

2O

PT_S

W1

EV

M_1

2VE

VM_1

2V

PC

I_3V

3

PC

I_3V

3

PC

I_3V

3

EVM

_3V3

EV

M_5

V0

EVM

_12V

EVM

_3V3

EV

M_5

V0

PC

I_3V

3

EV

M_3

V3

EVM

_3V

3E

VM_3

V3

EVM

_3V

3

EVM

_3V

3

EV

M_3

V3

EV

M_5

V0

EVM

_3V

3

EVM

_12V

PC

I_3V

3

CO

N.P

CIE

_TX

N0

12C

ON

.PC

IE_T

XP

012

CO

N.P

CIE

_TX

N1

12C

ON

.PC

IE_T

XP

112

CO

N.P

CIE

_RX

N1

12C

ON

.PC

IE_R

XP

112

CO

N.P

CIE

_RX

P0

12C

ON

.PC

IE_R

XN

012

PC

I_C

ON

N_R

EFP

13

PC

I_C

ON

N_R

EFN

13

PC

I_S

W_R

ESE

Tn32

PCI_

PO

Rz

14

OPT

_SW

214

EV

M_5

V0

11,3

0,44

,46,

48,4

9,51

,54,

55,5

6

EV

M_3

V32,

3,5,

6,11

,13,

14,1

5,18

,29,

31,3

2,33

,34,

35,3

6,37

,38,

39,4

0,41

,42,

43,4

4,46

,48,

49,5

0,51

,53,

54,5

5,56

EV

M_1

2V29

,44,

46,4

8,51

,52,

56

PC

I_3V

329

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

C

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

128

58

B

NE

TRA

EV

M

PC

Ie IN

TER

FA

CE

Reset

Threhold 0.84 Volts

Reset

Threhold 0.84 Volts

Connector must be less than 2.25 inches

to board edge from key to board edge

OPT_SW1 PCI RESET MODE IN OR OUT

OPT_SW2 WDOG RESET ENABLED

C21

0.1

uF

R22

010

K

R21

710

K

SW

5

SW

DIP

-2

1 24 3

C70

7.1

uFR

201

10K

C69

40.

1uF

R19

710

K

R20

3N

O-P

OP

C75

2

0.1u

F

R19

510

K

C71

00.

1uF

R21

81K

U45 TP

S380

8G09

DBV

RG

4

RES

ET

1

GN

D2

MR

3

CT

4

SE

NS

E1

5V

DD

6

R45

610

K

R44

010

K

C75

8

0.1u

F

R44

310

K

C72

5

0.1u

F

R21

91K

1%

U41

74LV

1G12

6CR

G4

3

4

5

2

1

KEY

P8 P

CIe

4X

Con

nect

or

PR

SNT1

A1

+12V

.4A

2+1

2V.5

A3

GN

D.1

2A

4TC

KA

5TD

IA

6TD

OA

7TM

SA

8+3

.3V.

2A

9+3

.3V.

3A

10P

ERST

nA

11

RE

FCLK

-A

14G

ND

.14

A15

PE

Rp0

A16

PE

Rn0

A17

GN

D.1

5A

18R

SV

D.3

A19

GN

D.1

6A

20P

ER

p1A

21P

ER

n1A

22G

ND

.17

A23

GN

D.1

8A

24P

ER

p2A

25P

ER

n2A

26G

ND

.19

A27

GN

D.2

0A

28P

ER

p3A

29P

ER

n3A

30G

ND

.21

A31

RS

VD

.4A

32

GN

D.1

3A

12R

EFC

LK+

A13

+12V

.1B

1+1

2V.2

B2

+12V

.3B

3G

ND

.1B

4S

MC

LKB

5S

MD

AT

B6

GN

D.2

B7

+3.3

V.1

B8

TRST

nB

93.

3VA

UX

B10

WA

KEn

B11

PE

Tp0

B14

PE

Tn0

B15

GN

D.4

B16

PR

SN

T2B1

7G

ND

.5B1

8P

ETp

1B1

9P

ETn

1B2

0G

ND

.6B2

1G

ND

.7B2

2P

ETp

2B2

3P

ETn

2B2

4G

ND

.8B2

5G

ND

.9B2

6P

ETp

3B2

7P

ETn

3B2

8G

ND

.10

B29

RS

VD

.2B3

0P

RS

NT2

.2B3

1G

ND

.11

B32

GN

D.3

B13

RS

VD

.1B1

2

C73

9

0.1u

F

R22

11K

1%

C20

9.1

uF

R22

210

KU

46 TPS

3808

G09

DBV

RG

4

RE

SET

1

GN

D2

MR

3

CT

4

SE

NS

E15

VD

D6

R45

110

K

U43

74C

BTL

V1G

125C

RG

4

3

4

5

2

1

R20

010

K

U44 S

N74

LVC

1G08

DC

KR

G4

1 24

5 3

A-29


4 4

3 3

2 2

1 1

DD

CC

BB

AA

EVM

_12V

PC

I_3V

3

EVM

_12V

PC

I_3V

3

EV

M_3

V3

EVM

_3V3

EVM

_12V

28,4

4,46

,48,

51,5

2,56

PC

I_3V

328

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,31

,32,

33,3

4,35

,36,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

129

58

B

NE

TRA

EV

M

PO

WE

R S

UP

PLY

PC

I3V

3

CHECKED VALUES - COMPLETE

TP21

TES

T P

OIN

T

1

C35

5N

O-P

OP

R23

910

0K

C35

310

uF

R23

61.

78K

R23

43.

16K

C35

24.

7uF

C34

20.

018u

F

+C

369

100u

F

R47

60

U56

TPS5

4620

RT/

CLK

1

GN

D.1

2

GN

D.2

3

PVI

N.1

4

PVI

N.2

5

VIN

6

PWRPAD 15

VSE

NS

E7

EN

10

PH

.111

PH

.212

BO

OT

13

PW

RG

D14

SS/T

R9

CO

MP

8

C34

382

0pF

TP22

TES

T P

OIN

T

1

R23

10.

025

C37

810

uFC

377

10uF

L15

PC

MB

104T

-3R

3MS-

(3.3

uH)

1206

12

C37

60.

1uF

R23

310

.0K

C33

90.

022u

F



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

US

B0_

VB

US

_CO

NN

US

B0_

DM

US

B0_

VBU

S

US

B0_

DP

US

B0_

VB

US

US

BB0

_DR

V_V

BU

S

US

BB

1_D

RV

_VB

US

US

B1_

VB

US

US

B1_

VB

US

_CO

NN

US

B1_

DM

SH

IELD

_US

B1

US

B1_

VB

US

USB

1_D

PSH

IELD

_US

B1

SH

IELD

_US

B0

SH

IELD

_US

B0

US

B1_

DP

US

B1_

DM

US

B0_

DM

USB

0_D

P

EVM

_5V

0

EV

M_5

V0

EV

M_5

V0

US

B0_

VB

US

5

US

BB

0_D

RV

_VB

US

5

US

B0_D

M5

US

B0_

DP

5

USB

1_V

BU

S5

US

BB

1_D

RV

_VB

US

5

US

B1_

DM

5U

SB

1_D

P5

EV

M_5

V0

11,2

8,44

,46,

48,4

9,51

,54,

55,5

6

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

130

58

B

NE

TRA

EV

M

US

B IN

TER

FAC

E C

ON

NE

CTO

RS

DIFFERENTIAL PAIR

90 OHM DIFFERENTIAL

IMPEDANCE


POSSIBLE,


HOST CONNECTOR

HOST CONNECTOR

DIFFERENTIAL PAIR

90 OHM DIFFERENTIAL

IMPEDANCE


POSSIBLE,


R41

210

0K

J13-

2

US

B-A

con

nect

or

VBU

SB1

D-

B2D

+B3

GN

DB4

MH

X1M

H3

MH

X2M

H4

R36

010

K

U28

TPS

2065

D

OU

T18

IN1

2

GN

D1

EN 4

OCn 5

IN2

3O

UT2

7O

UT3

6

C61

60.

1uF

C58

80.

1uF

L21

BLM

21PG

221S

N1

U64

TPD

2E00

1DR

L

IO1

3IO

25

VCC1 GND 4

NC

.22

L19

BLM

21P

G22

1SN

1

+C

110

100u

F R43

710

0K

R43

310

K

+C

152

100u

F

J13-

1

US

B-A

con

nect

or

VBU

SA1

D-

A2D

+A3

GN

DA4

MH

X1M

H1

MH

X2M

H2

U40

TPS

2065

D

OU

T18

IN1

2

GN

D1

EN 4

OCn 5IN

23

OU

T27

OU

T36

L20

BLM

21P

G22

1SN

1

U65

TPD

2E00

1DR

L

IO1

3IO

25

VCC1 GND 4

NC

.22

L18

BLM

21PG

221S

N1

+C

218

100u

F

+C

6010

0uF

A-31


4 4

3 3

2 2

1 1

DD

CC

BB

AA

I2C

0_S

DA

I2C

0_S

CL

EVM

_3V3

EVM

_3V

3

EVM

_3V

3

IIC0_

SC

L3,

32,4

1,48

,50

IIC0_

SD

A3,

32,4

1,48

,50

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,32,

33,3

4,35

,36,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

131

58

B

NE

TRA

EV

M

I2C

EE

PR

OM

S

R58

NO

-PO

PC

469

.1uF

R57

NO

-PO

P

R29

2 0R

293 0

R59

NO

-PO

P

R29

10

U12

CAT

24C

256W

I-GA0

1V

CC

8

VS

S4

A2

3S

CL

6S

DA

5

A1

2W

P7



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

US

ER

_SW

1 US

ER

_LE

D1

US

ER

_SW

2 US

ER

_LE

D2

US

ER

_SW

3 US

ER

_LE

D4

US

ER

_LE

D3

US

ER

_SW

4

US

ER

_SW

1U

SE

R_S

W2

US

ER

_SW

3U

SE

R_S

W4

US

ER

_LE

D1

US

ER

_LE

D2

US

ER

_LE

D4

US

ER

_LE

D3

EV

M_3

V3

EV

M_3

V3

EV

M_3

V3

EVM

_3V3

EV

M_3

V3

EVM

_3V

3E

VM_3

V3

UA

RT2

_OFF

33 IR_R

EM

OTE

_OFF

34

IIC0_

SC

L3,

31,4

1,48

,50

IIC0_

SD

A3,

31,4

1,48

,50

AIC

_EX

PA

NS

ION

2P

CI_

SW

_RE

SET

n28

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

33,3

4,35

,36,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

THS

7360

_DIS

_SF

42

THS

7360

_DIS

_SD

42

THS

7360

_BYP

_SD

42

THS

7360

_BYP

_SF

42

THS

7375

_DIS

AB

LE43

THS

7375

_BYP

AS

S43

IIC1_

SC

L3,

48IIC

1_S

DA

3,48

THS

7360

_FIL

TER

142

THS

7360

_FIL

TER

242

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

132

58

B

NE

TRA

EV

M

I2C

EX

PA

ND

ER

SILKSCREEN:

USER SWITCHES

R29

933

0

C46

8.1

uF

DS

2LE

D_G

RN

R27

6N

O-P

OP

R29

633

0

DS

3LE

D_G

RN

R49

NO

-PO

PR

60N

O-P

OP

R28

110

K

DS

5LE

D_G

RN

RN

1

RP

AC

K4-

1K

12345 6 7 8

R29

833

0

U13

PC

F857

5G

ND

12

P3

7

A0

21A

12

A2

3

P0

4

P2

6P

15

VD

D24

SD

A23

SC

L22

INT

1

P7

11P

610

P5

9P

48

P10

13P

1114

P12

15P

1316

P14

17P

1518

P16

19P

1720

R29

010

K

R61

NO

-PO

P

U9

PC

F857

5G

ND

12

P3

7

A0

21A

12

A2

3

P0

4

P2

6P

15

VD

D24

SD

A23

SC

L22

INT

1

P7

11P

610

P5

9P

48

P10

13P

1114

P12

15P

1316

P14

17P

1518

P16

19P

1720

R27

7N

O-P

OP

R27

8N

O-P

OP

DS

4LE

D_G

RN

R28

010

K

R29

510

KR

294

10K

RN

2R

PA

CK

4-10

K

1234 5

678

R29

733

0

R28

210

K

SW2

LOW

PR

OFI

LE D

IP-4

1 2 3 4

8 7 6 5

C47

0.1

uF

A-33


4 4

3 3

2 2

1 1

DD

CC

BB

AA

UA

RT2

_RX

D

UA

RT2

_TXD

EVM

_3V3

EV

M_3

V3E

VM

_3V

3

EVM

_3V3

UAR

T2_T

XD3,

47

UA

RT2

_RXD

3,46

UA

RT2

_OFF

32

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

4,35

,36,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

133

58

B

NE

TRA

EV

M

RS

232

INTE

RFA

CE

C37

91u

F

C79

41u

F

R46

010

K

R24

010

K

C37

31u

F

+C

367

10uF

U57

MA

X322

1CPW

RG

4

T_IN

11

R_O

UT

9

VCC

15

GN

D14

V+

3

V-

7

C1+

2

C1-

4

C2+

5

C2-

6

FOR

CEO

N12

FOR

CE

OFF

16

R_I

N8

T_O

UT

13

EN1

INV

ALI

D10

C79

21u

FR

238

10K

P10D

B9M

5 9 4 8 3 7 2 6 1

10 11

C79

31u

F



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

EV

M_3

V3

EVM

_3V

3

EVM

_3V3

IR_R

EM

OTE

_OFF

32

UAR

T1_R

XD

3,46

EVM

_3V

32,

3,5,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

35,3

6,37

,38,

39,4

0,41

,42,

43,4

4,46

,48,

49,5

0,51

,53,

54,5

5,56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

134

58

B

NE

TRA

EV

M

INF

RA

-RE

D R

EC

IEV

ER

U60

SN

74LV

C1G

125

3

4

5

2

1

C79

60.

1uF

R47

310

0R

474

10K

U61

TSO

P34

840

23 1

R24

510

K

+C

386

10uF

6.3

V

A-35


4 4

3 3

2 2

1 1

DD

CC

BB

AA

MM

C_D

AT1

MM

C_S

D_W

PM

MC

_SD

_CD

MM

C_C

MD

MM

C_D

AT3

MM

C_D

AT0

MM

C_C

LK

MM

C_D

AT2

EV

M_3

V3

EV

M_3

V3

EVM

_3V

3

MM

C_D

AT2

3

MM

C_D

AT3

3

MM

C_D

AT1

3M

MC

_DAT

03

MM

C_C

LK3

MM

C_C

MD

3

MM

C_P

OW

3

MM

C_S

D_W

P3

MM

C_S

D_C

D3

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,36,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

135

58

B

NE

TRA

EV

M

SD

/MM

C IN

TER

FAC

E

SD/M

MC

Con

nect

or 6

in 1

MM

C+,

MM

CM

obile

, SD

,M

MC

, min

iSD

, RS-

MM

CR

462

51K

R47

210

K

C79

0N

O-P

OP

R46

3N

O-P

OP

R46

451

KR

461

51K

+C

787

10U

F

R46

8N

O-P

OP

R45

70

R45

951

K

R47

110

K

R47

051

K

R46

5N

O-P

OP

P9

MH

C-W

21-6

01

#1_M

MC

+/M

MC

M/R

SM

MC

/MM

C/S

D1

#2_M

MC

+/M

MC

M/R

SM

MC

/MM

C/S

D2

#3_M

MC

+/M

MC

M/R

SM

MC

/MM

C/S

D3

#4_M

MC

+/M

MC

M/R

SM

MC

/MM

C/S

D4

#5_M

MC

+/M

MC

M/R

SM

MC

/MM

C/S

D5

#6_M

MC

+/M

MC

M/R

SM

MC

/MM

C/S

D6

#7_M

MC

+/M

MC

M/R

SM

MC

/MM

C/S

D7

#8_M

MC

+/M

MC

M/S

D8

SD

_WP

14C

D15

GN

D1

27G

ND

228

#10_

MM

C+/

MM

CM

10

#1_m

iniS

D16

#2_m

iniS

D17

#3_m

iniS

D18

#4_m

iniS

D19

#5_m

iniS

D20

#6_m

iniS

D21

#7_m

iniS

D22

#8_m

iniS

D23

#9_m

iniS

D24

#10_

min

iSD

25#1

1_m

iniS

D26

#9_M

MC

+/M

MC

M/S

D9

#11_

MM

C+/

MM

CM

11#1

2_M

MC

+/M

MC

M12

#13_

MM

C+/

MM

CM

13

U66

FDC

6331

L

VIN

4VO

UT2

3

VOU

T12

R1_

C1

6

ON

_OFF

5

R2

1

R46

751

K

R45

851

K

R46

951

K

R46

6

0C

791

0.1u

F



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

SP

I_S

CLK

SP

I_M

OS

I

SP

I_M

ISO

SP

I_B

OO

Tn

SP

I_C

S0

EV

M_3

V3

EVM

_3V3

EV

M_3

V3

EV

M_3

V3

EVM

_3V

3E

VM_3

V3

EVM

_3V3

SPI

_CS

03,

46

SPI_

SC

LK3,

46

SP

I_B

OO

Tn6

SP

I_M

ISO

3,46

SPI_

MO

SI

3,46

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

37,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

136

58

B

NE

TRA

EV

M

SP

I EE

PR

OM

R34

810

K

U20 W

25X

32VS

FIG

CS

7

DIO

15

GN

D10

VC

C2

HO

LD1

WP

9D

O8

SC

LK16

NC

.33

NC

.44

NC

.55

NC

.66

NC

.11

11

NC

.12

12

NC

.13

13

NC

.14

14

R34

510

K

C51

1.1

uF

U21

74C

BTLV

1G12

5CR

G4

3

4

5

2

1

R30

6

10K

C50

9

0.1u

F

R30

7N

O-P

OP

R34

410

K

A-37


4 4

3 3

2 2

1 1

DD

CC

BB

AA

GP

MC

_WE

NG

PM

C_W

PN

GP

MC

_BE

0N_C

LE

GP

MC

_D0

GP

MC

_D1

GP

MC

_D2

GP

MC

_D3

GP

MC

_D4

GP

MC

_D5

GP

MC

_D6

GP

MC

_AD

VN_A

LE

GP

MC

_D7

GP

MC

_D8

GP

MC

_D9

GP

MC

_D10

GP

MC

_WA

IT

GP

MC

_D11

GP

MC

_D12

GP

MC

_D13

GP

MC

_D14

GP

MC

_D15

GP

MC

_OE

N_R

ENG

PM

C_C

S0

NA

ND

_BO

OTn

EV

M_3

V3

EV

M_3

V3

EVM

_3V3

EVM

_3V3

EV

M_3

V3

EVM

_3V3

GP

MC

_D1

6,46

GP

MC

_D8

6,46

GP

MC

_D13

6,46

GP

MC

_D14

6,46

GP

MC

_D3

6,46

GP

MC

_D4

6,46

GP

MC

_D6

6,46

GP

MC

_BE

0N_C

LE6,

46

GP

MC

_D2

6,46

GP

MC

_D5

6,46

GP

MC

_D7

6,46

GP

MC

_D12

6,46

GP

MC

_D11

6,46

GP

MC

_D10

6,46

GP

MC

_D9

6,46

GP

MC

_D15

6,46

GP

MC

_D0

6,46

GP

MC

_WPN

6,46

GP

MC

_AD

VN

_ALE

6,46

GPM

C_W

AIT

6,46

GP

MC

_WEN

6,46

GP

MC

_OE

N_R

EN6,

46G

PM

C_C

S0

6,46

NA

ND

_BO

OTn

6

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

8,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

137

58

B

NE

TRA

EV

M

NA

ND

FLA

SH

EVM IS SUPPORTED WITH MICRON MT29F2G16AADWP:D

C52

8.1

uF

C51

7.1

uF

R35

810

K

C52

2.1

uF

U25

74C

BTL

V1G

125C

RG

4

3

4

5

2

1

C52

7.1

uF

U24

Mic

ron

NA

ND

ON

FI

NC

-11

NC

-22

NC

-33

NC

-44

NC

-55

NC

-66

R/B

7R

E8

CE

9N

C-7

10N

C-8

11VC

C12

GN

D1

13N

C-9

14N

C-1

015

CLE

16AL

E17

WE

18W

P19

NC

-11

20N

C-1

221

NC

-13

22N

C-1

423

GN

D2

25I/O

826

I/O9

27I/O

1028

I/O0

29I/O

130

I/O2

31I/O

332

I/O11

33V

CC

234

22-N

C35

GN

D3

36V

CC

337

23-N

C38

VC

C4

39I/O

1240

I/O4

41I/O

542

I/O6

43I/O

744

I/O13

45I/O

1446

I/O15

47G

ND

448

MH2 MH2MH1 MH1

NC

-15

24

R35

910

K



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

PH

Y.M

RC

LK

PH

Y.M

RXD

5

PH

Y.M

RX

DV

PH

Y.M

CO

L

PH

Y.M

DIO

PH

Y.M

RXD

1

PH

Y.M

RXD

3

PH

Y.M

RX

ER

PH

Y.M

RXD

0

PH

Y.M

RXD

2

PH

Y.M

RXD

4

PH

Y.M

RXD

6P

HY

.MR

XD7

PH

Y.M

DC

LK

PH

Y.M

CR

S

PH

Y.M

TCLK

PH

Y.G

MTC

LK

GM

II0_T

XD3

GM

II0_G

MTC

LK

GM

II0_T

XD2

GM

II0_R

XD

7

GM

II0_T

XD1

GM

II0_T

XD0

GM

II0_R

XD

6

GM

II0_T

XEN

GM

II0_R

XD

5G

MII0

_RX

D4

GM

II0_R

XD

3G

MII0

_RX

D2

GM

II0_R

XD

1G

MII0

_RX

D0

GM

II0_R

CLK

GM

II0_C

RS

GM

II0_C

OL

GM

II0_R

XD

VG

MII0

_RX

ER

GM

II0_T

XD7

GM

II0_T

XD6

GM

II0_T

XD5

GM

II0_T

CLK

GM

II0_T

XD4

EV

M_3

V3

EV

M_3

V3

EVM

_3V3

EV

M_3

V3

TRD

[0]P

40T

RD

[0]N

40TR

D[1

]P40

TR

D[1

]N40

TRD

[2]P

40T

RD

[2]N

40TR

D[3

]P40

TR

D[3

]N40

EN

ET_

LED

_LIN

K40

EN

ET_

LED

_RX

40

MD

IO_M

DIO

4,48

GM

II0_T

XD7

4G

MII0

_TXD

64

GM

II0_T

XD5

4

GM

II0_T

XD3

4G

MII0

_TXD

44

GM

II0_T

XD2

4

GM

II0_T

XD0

4G

MII0

_TXD

14

GM

II0_R

XD

04

GM

II0_R

XD

14

GM

II0_R

XD

24

GM

II0_R

XD

34

GM

II0_R

XD

44

GM

II0_R

XD

54

GM

II0_R

XD

64

GM

II0_R

XD

74

MD

IO_M

DC

LK4,

48

GM

II0_C

RS

4G

MII0

_CO

L4G

MII0

_RX

DV

4G

MII0

_RX

ER

4

GM

II0_R

CLK

4

GM

II0_T

CLK

4 EN

ET_

INTn

14

GM

II0_T

XE

N4GM

II0_G

MTC

LK4

RS

TOU

Tn13

,14,

41,4

7 EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,39

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

138

58

B

NE

TRA

EV

M

ETH

ER

NE

T IN

TER

FAC

E

R31

310

K

R31

010

K

R47

710

K

R30

20

R31

40

Y1 25

MH

z

R33

322

RN

11R

PA

CK

8-22

1 2 3 4 5 6 7 8910111213141516

OUTPUTS

INPUTS

U19

A

ET1

011C

RX

D[6

]60

RX

D[5

]61

LED

_LN

K/P

AU

SE

50R

XD

[4]

62R

XD

[3]

65R

XD

[2]

66R

XD

[1]

67R

XD

[0]

68

CO

L/PM

A_R

X_C

LK[1

]73

CR

S/C

OM

MA

74

SY

S_C

LK57

RE

SETn

24

MD

C55

MD

IO54

MD

INTn

53

PRE

S51

RS

ET

32

TRD

[0]P

25TR

D[0

]N26

TRD

[1]N

29TR

D[1

]P28

TRD

[2]P

34TR

D[2

]N35

TRD

[3]N

38TR

D[3

]P37

PH

YA[3

]41

PH

YA[2

]42

MAC

_IF_

SEL

[2]

18M

AC_I

F_S

EL[1

]17

MAC

_IF_

SEL

[0]

16

TDO

15

LED

_100

0/S

PE

ED_1

000

49

TRS

Tz12

TMS/

SYS

_CLK

_EN

n13

TCK

5

TDI/L

PE

D_E

Nn

14

TXC

LK75

TXD

[0]

80TX

D[1

]81

TXD

[2]

82TX

D[3

]83

TXD

[4]

84TX

D[5

]1

TXD

[6]

2TX

D[7

]3

TX_E

N/T

XD

[8]/T

X_C

TL/T

XD[4

]79

TX_E

R/T

XD

[9]

78

GTX

_CLK

/PM

A_T

X_C

LK/T

XC

77

RX

CLK

/PM

A_R

X_C

LK[0

]/RX

C72

RX

_ER

/RX[

9]70

CLK

_IN

/XTA

L122

XTA

L223

RX

_DV

/RXD

[8]/R

X_C

TL/R

XD

[4]

69

RX

D[7

]59

PH

YAD

[1]/L

ED_1

0043

PH

YAD

[0]/L

ED_T

XRX

44

PH

YA[4

]40

R47

910

K

R35

422

R32

422

R34

3N

O-P

OP

R35

522

R34

210

K

R30

30

R33

822

R33

4 1K 1

%

C47

718

pF

R47

810

K

R30

10

R31

922

R31

8

6.34

K 1

%

R32

522

R31

5N

O-P

OP

C47

618

pF

R32

922

A-39


4 4

3 3

2 2

1 1

DD

CC

BB

AA

PH

Y_V

DD

_2V

5

PH

Y_1V

0P

HY

_AV

DD

_1V

0

PH

Y_2

V5

EVM

_3V

3

EVM

_3V

3

PH

Y_A

VD

D_1

V0

EVM

_3V3

PH

Y_V

DD

_2V

5

PH

Y_V

DD

_1V

0

PH

Y_V

DD

_1V

0

EV

M_3

V3

PH

Y_V

DD

_2V

5

EVM

_3V

3

PH

Y_V

DD

_2V

540 E

VM_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,40,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

139

58

B

NE

TRA

EV

M

ETH

ER

NE

T - P

OW

ER

C52

10.

1uF

C36

33uF

C51

80.

1uF

C49

20.

1uF

U26

BCP

69T1

B1

E3

C 2TAB 4

C50

60.

1uF

L11

BLM

41P7

50SP

T

C49

30.

1uF

C50

10.

1uF

C47

90.

1uF

C51

233

uF

C50

70.

1uF

C48

70.

1uF

U19

B

ET1

011C

CTR

L_2V

546

CTR

L_1V

047

VDD

_RE

G45

AVD

DH

.231

VD

D.1

6V

DD

.219

DV

DD

IO.1

4

DV

DD

IO.3

58

AV

DD

L.6

39A

VD

DL.

536

AV

DD

L.4

33

AV

DD

L.2

27A

VD

DL.

120

DV

DD

IO.4

64

DV

DD

IO.6

76

DV

DD

IO.2

52

DV

DD

IO.5

71

AVD

DH

.121

VD

D.3

48V

DD

.456

VD

D.5

63

NC

.77

NC

.88

NC

.99

NC

.10

10N

C.1

111

POWER_PAD 85

AV

DD

L.3

30

C48

50.

1uF

C52

633

uF

L9

BLM

41P

750S

PT

L10

BLM

41P7

50S

PT

C51

30.

1uF

C50

40.

1uF

C52

00.

1uF

C32

33uF

C48

30.

1uF

C48

20.

1uF

U27

BC

P69

T1

B1

E3

C 2TAB 4

C52

333

uF

C48

40.

1uF

C50

00.

1uF

C49

90.

1uF

C49

00.

1uF

C49

40.

1uF

C50

80.

1uF

C52

533

uFC

475

0.1u

F

C52

433

uFC

519

0.1u

F

C50

20.

1uF

C49

80.

1uF



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

TR

D[0

]N

TRD

[1]P

TR

D[1

]N

TRD

[2]P

TR

D[2

]N

TRD

[3]P

TR

D[3

]N

TRD

[0]P

PH

Y_V

DD

_2V

5

PH

Y_V

DD

_2V

5

EV

M_3

V3

EV

M_3

V3

EV

M_3

V3

EN

ET_

LED

_LIN

K38

EN

ET_

LED

_RX

38

TRD

[0]P

38

TRD

[0]N

38

TRD

[1]P

38

TRD

[1]N

38

TRD

[2]P

38

TRD

[2]N

38

TRD

[3]P

38

TRD

[3]N

38

PH

Y_V

DD

_2V

539

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

41,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

140

58

B

NE

TRA

EV

M

ETH

ER

NE

T - O

UTP

UT

CO

NN

ECTO

R

DIFFERENTIAL PAIR


IMPEDANCE


POSSIBLE,


C49

60.

01uF

C80

10.

1uF

U68 74

LVC

1G08

1 24

5 3

7575

1 2 3 6

75

7574 5 8

J10

6605

814_

6

T0+

9

T0-

10T1

+7

T1-

8

SHLD2 12

T2+

5

T2-

6T3

+3

T3-

4

SHLD1 11

LED

1-A

D1

LED

1-K

D2

LED

2-A

KD

3LE

D2-

KA

D4

VC

C2

GN

D1

R32

649

.9 1

%R

339

49.9

1% C

505

0.01

uF

R32

122

1

R34

722

1

R34

649

.9 1

%R

320

49.9

1%

C51

00.

01uF

R49

30

R33

049

.9 1

%

R35

70o

hm 1

/4W

R35

649

.9 1

%R

351

49.9

1%

L16

BLM

18AG

601S

N1

R49

2N

O-P

OP

C50

30.

01uFR3

3549

.9 1

%

A-41


AIC

_DO

UT

AIC

_DIN

B_A

IC_B

CLK

AIC

_WC

LKB

_AIC

_DIN

B_A

IC_D

OU

T

B_A

IC_W

CLK

AIC

_BC

LK

EV

M_3

V3

EVM

_3V3

EV

M_3

V3

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

EVM

_3V

3

GND

_AIC

EVM

_3V

3

EVM

_3V

3

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

GND

_AIC

EV

M_3

V3

EVM

_3V3

RST

OU

Tn13

,14,

38,4

7

IIC0_

SC

L3,

31,3

2,48

,50

IIC0_

SD

A3,

31,3

2,48

,50

B_A

IC_M

CLK

2

B_A

IC_D

OU

T2

B_A

IC_B

CLK

2B

_AIC

_WC

LK2

B_A

IC_D

IN2

SC

AR

T_A

UD

IO_O

UT_

R43

SC

AR

T_AU

DIO

_OU

T_L

43

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

2,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

141

58

B

NE

TRA

EV

M

AIC

3106

AU

DIO

INTE

RFA

CE

ISOLATE GROUNDS

AND CONNECT AT

SINGLE LOCATION

IN THE GROUND PLANE

RF1 = ( Vout/Vref - 1) * RF2

RF1 = ( 1.8/1.224 - 1) * 169K

R26

NO

-PO

P

U6

24.5

76 M

Hz

VC

C4

OU

T3

GN

D2

EN

1

R24

720

K

+C

1310

uF

+

C44

533

uF,6

.3V

+C

610

uF

TP3

TES

T P

OIN

T1

R27

120

K

C14

.1uF

L1B

LM21

PG

221S

N1D

R26

6N

O-P

OP

C7

.1uF

R26

5N

O-P

OP

+

C45

133

uF,6

.3V

C45

7.1

uF

C44

4.0

47uF

R25

82.

2K

C45

2.1

uF

R29

22

C11

4.7u

F

C8

.1uF

R25

10R

2410

C44

8.0

47uF

R25

320

K

L2BL

M21

PG

221S

N1D

R25

90

R17

2K

R24

620

K

R26

92K

TP4

TES

T P

OIN

T1

+C

210

uF

C12

.1uF

R27

020

K

C10

.1uF

R25

420

K

R24

810

0

R26

82K

P5Mic

In 3 4 2 1

56

R23

10

R18

NO

-PO

P

R16

NO

-PO

P

R21

22

C45

6.1

uF

R25

733

0

R25

5N

O-P

OP

R25

610

0

C44

3.1

uF

P4Li

ne In

3 4 2 1

56

R19

NO

-PO

P

C45

0.1

uF

C45

5.1

uF

C5

.1uF

C44

9N

O-P

OP

U2

TLV

320A

IC31

06

HP

LOU

T18

HP

LCO

M19

LIN

E1L

-4

LIN

E1R

+5

MIC

BIA

S13

WC

LK39

DO

UT

41

MC

LK37

SD

A2

RIG

HT_

LO+

31

LEFT

_LO

+29

LEFT

_LO

-30

DIN

40

LIN

E2L

+7

LIN

E1R

-6

HP

RC

OM

22H

PR

OU

T23

LIN

E2L

-8

DR

VDD

.116

DR

VDD

.217

AVD

D_D

AC25

AV

SS_

AD

C15

AV

SS_

DA

C26

RE

SET

33

DR

VDD

.324

DV

SS

42

IOV

DD

44

RIG

HT_

LO-

32

SC

L1

LIN

E1L

+3

BC

LK38

TPAD 49

MIC

3R14

MIC

3L11

DV

DD

.136

DR

VS

S.1

20D

RV

SS

.221

MO

NO

_LO

+27

MO

NO

_LO

-28

GP

IO2

34G

PIO

135

SEL

ECT

43

MFP

045

MFP

146

MFP

247

MFP

348

MIC

DE

T12

LIN

E2R

+9

LIN

E2R

-10

P2H

eadp

hone

Out

3421

56

U3

TPS7

7018

DB

VT

IN1

GN

D2

EN

n3

NC

/FB

4

OU

T5

R22

10

L3

BLM

21P

G22

1SN

1D

C9

1uF

C15

.1uF

P3

Line

Out

3421

56

C45

8.1

uFC

3.1

uF

R26

7N

O-P

OP



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

R

B

G

S-V

IDE

O_L

UM

A

EVM

_3V

3

EVM

_3V3

RFO

UT

9

IOU

TA9

IOU

OTB

9

IOU

TC9

IOU

TD9

IOU

TE9

IOU

TF9

ALT

_IO

UTD

43

ALT

_IO

UTE

43

ALT

_IO

UTF

43

SC

AR

T_C

OM

PO

SIT

E43

THS

7360

_BYP

_SD

32

THS

7360

_BYP

_SF

32

THS

7360

_DIS

_SD

32

THS

7360

_DIS

_SF

32

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,43

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

THS

7360

_FIL

TER

132

THS

7360

_FIL

TER

232

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

142

58

B

NE

TRA

EV

M

AN

ALO

G V

IDE

O O

UT

R/Pr

G/Y

B/Pb

COMPOSITE

JACK ORDER MUST BE RED,BLUE, GREEN FOR COMPONENT CABLING

COMPOSITE

S-VIDEO Y

S-VIDEO C

R43

0

U4 TH

S73

60

SD1_

IN1

SD

1_O

UT

20

SF2_

IN8

SF3_

OU

T12

SF2_

OU

T13

SD

2_O

UT

19

SD

3_O

UT

18

BYP

_SF

11

SD2_

IN2

BYP

_SD

10

SF3_

IN9

DIS

_SD

17

GN

D16

DIS

_SF

15

SF1_

OU

T14

SD3_

IN3

FILT

ER2

4

VS+

5

FILT

ER1

6

SF1_

IN7

C46

00.

01uF

J4R

CA

JA

CK

2

14

3

R28

637

.4

R28

5

37.4

J7R

CA

JA

CK

(RE

D)

2

14

3

J6R

CA

JA

CK

(BLU

E)

2

14

3

R11

75

R27

40

R10

75

R46

0

R6

75

R41

0

R26

40

J2 HD

15

R1

G2

B3

NC

.44

Gnd

.55

Gnd

.66

Gnd

.77

Gnd

.88

NC

.99

Gnd

.10

10

NC

.11

11

NC

.12

12

H_S

ync

13

V_S

ync

14

NC

.15

15

R27

50

R26

275

C45

90.

1uF

R26

375

+

C1

330u

F

R9

75

R44

0

R28

337

.4

R45

0

P174

9181

-1

34 2

1

56

7

R12

75

R27

30

R28

8

37.4 R28

737

.4

R8

75

J5R

CA

JA

CK

(GR

EE

N)

2

14

3

R42

0

J3

1015

15-0

001R

5-18

1440

0-1

F T

YP

E1

2345

R26

175

R7

75

R28

437

.4

C46

11u

F

A-43


4 4

3 3

2 2

1 1

DD

CC

BB

AA

IOU

TGALT

_IO

UTD

ALT

_IO

UTE

ALT

_IO

UTF

EVM

_3V3

EVM

_3V3

IOU

TG9

ALT

_IO

UTD

42

ALT

_IO

UTE

42

ALT

_IO

UTF

42

SC

AR

T_A

UD

IO_O

UT_

R41

SC

AR

T_A

UD

IO_O

UT_

L41

SC

AR

T_C

OM

POS

ITE

42

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,44,

46,4

8,49

,50,

51,5

3,54

,55,

56

THS

7375

_DIS

AB

LE32

THS

7375

_BYP

AS

S32

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

143

58

B

NE

TRA

EV

M

AN

ALO

G V

IDE

O O

UT

SC

AR

T

SCART_GRN

SCART_BLUE

SCART_RED/SVIDEO_C

C46

40.

1uF

R31

75

R39

75

R28

75

J9 SC

AR

T21

AU

DIO

_OU

T(R

)1

AU

DIO

_IN

(R)

2

AU

DIO

_OU

T(L/

MO

NO

)3

AU

DIO

_GN

D4

BLU

E_G

ND

5

AUD

IO_I

N(L

/MO

NO

)6

BLU

E_U

P7

STA

TUS

8

GR

N_G

ND

9

CLK

/DA

TA10

GR

N_U

P11

RE

SV12

RED

_GN

D13

GN

D_1

2_16

14

RED

_UP

15

SE

L_R

GB

_CO

MP

OS

ITE

16

CV_

GN

D_1

9_20

17

BLN

K_G

ND

_16

18C

OM

PO

SIT

E_V

IDEO

_OU

T19

GN

D_8

_10

21C

OM

PO

SIT

E_V

IDE

O_I

N20

R38

0

R33

75

C46

30.

01uF

U8

THS

7375

CH

1_IN

1C

H1_

OU

T14

CH

2_O

UT

13

CH

3_O

UT

12

CH

2_IN

2

NC

.88

CH

4_O

UT

11

VS+

10

BY

PAS

S9

CH

3_IN

3

CH

4_IN

4

GN

D5

DIS

ABL

E6

NC

.77

R27

237

.4

C46

51u

F



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

VO

UT0

_CLK

VIN

0_D

4V

IN0_

D1

VIN

0_C

LK1

VIN

0_D

15

VIN

0_D

10V

IN0_

D12

VIN

0_D

5V

IN0_

D11

VIN

0_D

14V

IN0_

D13

VO

UT0

_B_C

B_C

9

VO

UT0

_R_C

R2

TSI5

_DA

TA

TSO

1_BY

TSTR

T

TSI1

_BYT

STR

T

VO

UT0

_R_C

R7

TSI1

_DA

TA

TSI7

_DA

TATS

I1_P

AC

VA

L

TSI5

_PA

CV

AL

TSI7

_BYT

STR

TV

OU

T0_R

_CR

8

TSI7

_DC

LK

TSI1

_DC

LK

TSI5

_DC

LK

VO

UT0

_B_C

B_C

7

VO

UT0

_R_C

R3

VO

UT

0_G

_Y_Y

C3

VO

UT0

_B_C

B_C

4V

IN0_

CLK

0

VO

UT0

_B_C

B_C

2

VO

UT

0_G

_Y_Y

C9

VO

UT0

_G_Y

_YC

8V

OU

T0_G

_Y_Y

C7

VO

UT0

_B_C

B_C

3

TSI5

_BYT

STR

T

TSI5

_PA

CE

RR

VO

UT0

_R_C

R9

TSI7

_PA

CV

ALTS

O1_

DA

TA

TSI2

_BYT

STR

T

TSI3

_BYT

STR

TTS

I6_D

ATA

TSO

1_D

CLK

TSI7

_PA

CE

RR

TSO

1_P

AC

VA

L

TSI4

_DA

TA

VO

UT0

_R_C

R5

VO

UT0

_R_C

R6

TSI6

_DC

LKTS

I0_D

ATA

MS

P43

0_S

CL

MS

P43

0_S

DA

VO

UT0

_B_C

B_C

5

VIN

0_D

0

VO

UT

0_G

_Y_Y

C6

VO

UT

0_G

_Y_Y

C2

VIN

0_D

9V

IN0_

D2

VIN

0_D

3V

IN0_

D8

VIN

0_D

6V

OU

T0_R

_CR

4

VO

UT

0_G

_Y_Y

C4

VO

UT0

_B_C

B_C

8

VO

UT0

_B_C

B_C

6

VIN

0_D

7

VO

UT

0_G

_Y_Y

C5

EVM

_3V3

EVM

_12V

EV

M_5

V0

EVM

_5V

0

EVM

_12V

EVM

_3V3

TSI0

_DA

TA10

TSI1

_BYT

STR

T10

TSI1

_PA

CV

AL

10

TSI1

_DAT

A10

TSI2

_BYT

STR

T10

TSI7

_BYT

STR

T10

TSI7

_PA

CE

RR

10

TSI7

_PA

CV

AL

10

TSI7

_DC

LK10

TSI7

_DAT

A10

TSI4

_DA

TA10

TSI3

_BYT

STR

T10

TSI5

_BYT

STR

T10

TSI5

_DC

LK10

TSI5

_DAT

A10

TSI6

_DC

LK10

TSI6

_DA

TA10

TSI1

_DC

LK10 TS

O1_

BYT

STR

T10

TSO

1_P

AC

VAL

10TS

O1_

DC

LK10

TSO

1_D

ATA

10

VO

UT_

CR

910

VOU

T_C

R7

10

VOU

T_C

R8

10

VO

UT_

CR

210

VOU

T_C

R3

10

VOU

T_C

R4

10

VO

UT_

CR

510

VO

UT_

CR

610

VO

UT_

C2

10

VO

UT_

C3

10

VO

UT_

C4

10

VO

UT_

C5

10V

OU

T_C

610

VO

UT_

C7

10

VO

UT_

C8

10

VO

UT_

C9

10

VO

UT_

YC

910

VO

UT_

YC7

10V

OU

T_YC

810

VO

UT_

YC

210

VO

UT_

YC

310

VO

UT_

YC

410

VO

UT_

YC

510

VO

UT_

YC

610

VIN

0_D

810

VIN

0_D

910

VIN

0_D

1010

VIN

0_D

1110

VIN

0_D

1210

VIN

0_D

1310

VIN

0_D

1410

VIN

0_D

1510

VIN

0_D

410

VIN

0_D

510

VIN

0_D

610

VIN

0_D

710

VIN

0_D

010

VIN

0_D

110

VIN

0_D

210

VIN

0_D

310

VIN

0_C

LK0

10

VIN

0_C

LK1

10

TSI5

_PA

CE

RR

10

TSI5

_PA

CV

AL

10

PM

_I2C

_SC

L46

,48,

49,5

0P

M_I

2C_S

DA

46,4

8,49

,50

VOU

T0_C

LK10

EVM

_5V

011

,28,

30,4

6,48

,49,

51,5

4,55

,56

EVM

_12V

28,2

9,46

,48,

51,5

2,56

EVM

_3V

32,

3,5,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,46

,48,

49,5

0,51

,53,

54,5

5,56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

144

58

B

NE

TRA

EV

M

VID

EO

/TR

AN

SPO

RT

STR

EA

MS

J17

QS

H-0

60-0

1-x-

D-A1

13

35

57

79

911

1113

1315

1517

1719

1921

2123

2325

2527

2729

2931

3133

33

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

2626

2828

3030

3232

3434

3535

3737

3636

3838

3939

4141

4343

4545

4747

4949

5151

5353

5555

5757

5959

6161

6363

6565

6767

6969

7171

7373

7575

4040

4242

4444

4646

4848

5050

5252

5454

5656

5858

6060

6262

6464

6666

6868

7070

7272

7474

7676

7777

7979

8181

8383

8585

8787

8989

9191

9393

9595

9797

9999

7878

8080

8282

8484

8686

8888

9090

9292

9494

9696

9898

100

100

101

101

102

102

103

103

104

104

105

105

106

106

107

107

108

108

109

109

110

110

111

111

112

112

113

113

114

114

115

115

116

116

117

117

118

118

119

119

120

120

G1

121

G2

122

G3

123

G4

124

G5

125

G6

126

G7

127

G8

128

A-45


4 4

3 3

2 2

1 1

DD

CC

BB

AA

VLY

NQ

_TX

D1

TSI6

_BYT

STR

TTS

I6_P

AC

VAL

VLY

NQ

_RX

D2

TSI4

_PA

CE

RR

TSI2

_DC

LK

TSI3

_PA

CE

RR

VLY

NQ

_RX

D1

VLY

NQ

_TX

D3

TSI4

_BYT

STR

T

TSI2

_DAT

A

TSO

1_P

AC

ER

R

VLY

NQ

_RX

D3

TSI4

_PA

CV

AL

VLY

NQ

_TX

D0

TSO

0_P

AC

ER

R

VLY

NQ

_TX

D2

TSO

0_D

ATA

TSI0

_DC

LK

TSI2

_PA

CVA

L

TSO

0_P

AC

VA

LV

LYN

Q_S

CR

UN

TSI0

_BYT

STR

T

TSO

0_D

CLK

TSO

0_B

YTST

RT

TSI0

_PA

CE

RR

TSI0

_PA

CVA

L

VLY

NQ

_CLO

CK

TSI1

_PA

CE

RR

TSI3

_DC

LK

VLY

NQ

_RX

D0

TSI6

_PA

CE

RR

TSI2

_PA

CE

RR

TSI4

_DC

LKTS

I3_D

ATA

TSI3

_PA

CV

AL

VLY

NQ

_TXD

06

VLY

NQ

_TXD

16

VLY

NQ

_TX

D2

6V

LYN

Q_T

XD3

6

VLY

NQ

_SC

RU

N6

VLY

NQ

_CLO

CK

6

VLY

NQ

_RX

D0

6

VLY

NQ

_RX

D1

6

VLY

NQ

_RX

D2

6

VLY

NQ

_RX

D3

6

TSI0

_BYT

STR

T10

TSI0

_PA

CE

RR

10

TSI0

_PA

CVA

L10

TSI1

_PA

CE

RR

10

TSI2

_PA

CE

RR

10

TSI2

_PA

CVA

L10

TSI2

_DC

LK10

TSI2

_DA

TA10 TS

I4_B

YTS

TRT

10TS

I4_P

AC

ER

R10

TSI4

_DC

LK10 TS

I3_P

AC

ER

R10

TSI3

_PA

CV

AL

10

TSI3

_DC

LK10

TSI3

_DA

TA10 TS

I6_B

YTS

TRT

10

TSI6

_PA

CE

RR

10

TSI6

_PA

CV

AL

10TS

I0_D

CLK

10

TSO

0_B

YTS

TRT

10TS

O0_

PAC

ER

R10

TSO

0_D

CLK

10

TSO

0_D

ATA

10

TSO

0_P

AC

VAL

10TS

O1_

PAC

ER

R10

TSI4

_PA

CV

AL

10

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

145

58

B

NE

TRA

EV

M

VLY

NQ

/TR

AN

SP

OR

T S

TREA

MS

J16

QS

H-0

30-0

1-x-

D-A

11

33

55

77

99

1111

1313

1515

1717

1919

2121

2323

2525

2727

2929

3131

3333

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

2626

2828

3030

3232

3434

3535

3737

3636

3838

3939

4141

4343

4545

4747

4949

5151

5353

5555

5757

5959

4040

4242

4444

4646

4848

5050

5252

5454

5656

5858

6060

G1

61G

262

G3

63G

464



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

GP

MC

_AD

VN

_ALE

GP

MC

_D8

GP

MC

_D13

UAR

T0_T

XD

UA

RT0

_RX

DU

AR

T0_R

TSN

GP

MC

_D6

GP

MC

_BE0

N_C

LE

GP

MC

_D4

GP

MC

_CS

4

GPM

C_A

7

GPM

C_A

2G

PMC

_A1

GPM

C_A

0G

PM

C_D

IR

GPM

C_A

3

GPM

C_W

AIT

GP

MC

_WP

N

GPM

C_A

8

GPM

C_A

6

GP

MC

_D3

GP

MC

_D1

GPM

C_A

27

GP

MC

_A4

GP

MC

_A5

GP

MC

_A9

GP

MC

_BE

1N

GP

MC

_D0

GP

MC

_WE

N

GP

MC

_CS

0

GP

MC

_CS

5

GP

MC

_A11

GP

MC

_A10

GPM

C_O

EN

_RE

N

GP

MC

_CS

2G

PM

C_C

S1

GP

MC

_CS

3

GP

MC

_D14

MS

P430

_SC

L

MS

P43

0_S

DA

GPM

C_D

12G

PMC

_D11

GP

MC

_D9

GP

MC

_D7

GP

MC

_D2

GPM

C_D

10

GP

MC

_D5

GP

MC

_CLK

GPM

C_D

15

UA

RT2

_RX

D

SP

I_S

CLK

SP

I_C

S0

UA

RT1

_RX

D

SP

I_C

S1

UAR

T1_T

XD

SP

I_C

S3

EVM

_12V

EVM

_3V

3

EVM

_5V

0

EV

M_5

V0

EV

M_3

V3

EVM

_12V

GP

MC

_A0

6

GP

MC

_A1

6G

PM

C_A

26

GP

MC

_A3

6

GP

MC

_A6

6

GP

MC

_A7

6

GP

MC

_A8

6

GP

MC

_A27

6

GP

MC

_CS

46

GP

MC

_BE0

N_C

LE6,

37

GP

MC

_AD

VN

_ALE

6,37

GP

MC

_DIR

6

GP

MC

_WP

N6,

37

GP

MC

_D1

6,37

GP

MC

_D3

6,37

GP

MC

_D4

6,37

GP

MC

_D6

6,37

GP

MC

_D8

6,37

GP

MC

_D13

6,37

GP

MC

_WAI

T6,

37

GP

MC

_D14

6,37

GP

MC

_A4

6

GP

MC

_WE

N6,

37

GP

MC

_A11

6

GP

MC

_CS0

6,37

GP

MC

_D0

6,37

GP

MC

_A10

6

GP

MC

_OE

N_R

EN6,

37

GP

MC

_CS3

6

GP

MC

_BE

1N6

GP

MC

_CS5

6

GP

MC

_CS2

6

GP

MC

_A5

6

GP

MC

_A9

6

GP

MC

_CS1

6

UA

RT0

_RTS

N3

UA

RT0

_RX

D3

UA

RT0

_TX

D3

SP

I_M

ISO

3,36

SP

I_M

OSI

3,36

PM

_I2C

_SC

L44

,48,

49,5

0

PM

_I2C

_SD

A44

,48,

49,5

0

GP

MC

_CLK

6

GP

MC

_D7

6,37

GP

MC

_D9

6,37

GP

MC

_D10

6,37

GP

MC

_D11

6,37

GP

MC

_D12

6,37

GP

MC

_D15

6,37

GP

MC

_D5

6,37

GP

MC

_D2

6,37

UAR

T2_R

XD

3,33

UAR

T1_R

XD

3,34

UA

RT1

_TX

D3

SPI_

SC

LK3,

36S

PI_

CS

03,

36

SP

I_C

S1

3S

PI_

CS

33

EV

M_5

V0

11,2

8,30

,44,

48,4

9,51

,54,

55,5

6

EVM

_3V

32,

3,5,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,44

,48,

49,5

0,51

,53,

54,5

5,56

EV

M_1

2V28

,29,

44,4

8,51

,52,

56S

ize:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

146

58

B

NE

TRA

EV

M

GP

MC

EX

PA

NS

ION

CO

NN

EC

TOR

J18

QS

H-0

60-0

1-x-

D-A1

13

35

57

79

911

1113

1315

1517

1719

1921

2123

2325

2527

2729

2931

3133

33

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

2626

2828

3030

3232

3434

3535

3737

3636

3838

3939

4141

4343

4545

4747

4949

5151

5353

5555

5757

5959

6161

6363

6565

6767

6969

7171

7373

7575

4040

4242

4444

4646

4848

5050

5252

5454

5656

5858

6060

6262

6464

6666

6868

7070

7272

7474

7676

7777

7979

8181

8383

8585

8787

8989

9191

9393

9595

9797

9999

7878

8080

8282

8484

8686

8888

9090

9292

9494

9696

9898

100

100

101

101

102

102

103

103

104

104

105

105

106

106

107

107

108

108

109

109

110

110

111

111

112

112

113

113

114

114

115

115

116

116

117

117

118

118

119

119

120

120

G1

121

G2

122

G3

123

G4

124

G5

125

G6

126

G7

127

G8

128

A-47


4 4

3 3

2 2

1 1

DD

CC

BB

AA

UA

RT1

_RTS

N

UA

RT2

_TX

D

SC

1_D

ET

GP

0_IO

6

SC

1_D

ATA

GP

0_IO

7

GP

0_IO

4EX

P_W

AR

M_R

ES

ET

TIM

5_O

UT

SC

0_V

PP

ENS

C0_

VC

CE

N

SC

1_C

4

SC

0_D

ET

UA

RT2

_RTS

N

SC

0_C

4S

C1_

CLK

SC

0_C

LK

SC

0_D

ATA

UA

RT2

_CTS

N

UA

RT0

_DC

DN

UA

RT0

_DS

RN

UA

RT

0_R

IN

SP

I_S

CS2

UA

RT1

_CTS

N

SC

0_R

ST

UA

RT0

_DTR

N

SC

1_R

ST

UA

RT0

_CTS

N

TIM

4_O

UT

SC

1_V

CC

EN

SC

1_V

PP

EN

GP

0_IO

5C

LKO

UT

TIM

7_O

UT

TIM

6_O

UT

SC

0_D

ET

3

SC

0_C

LK3

SC

0_R

ST

3

SC

0_V

CC

EN

3S

C0_

VP

PE

N3

SC

0_D

ATA

3

SC

1_C

LK3

SC

1_R

ST

3

SC

1_V

CC

EN

3

SC

1_V

PPE

N3

SC

1_D

ATA

3

SC

1_C

43

TIM

6_O

UT

3

TIM

7_O

UT

3

SP

I_C

S2

3

TIM

4_O

UT

3

TIM

5_O

UT

3

CLK

OU

T3

SC

0_C

43 UA

RT2

_CTS

N3

UA

RT2

_RTS

N3

UA

RT2

_TX

D3,

33

UA

RT1

_CTS

N3

UA

RT1

_RTS

N3

UA

RT0

_RIN

3UA

RT0

_DTR

N3

UA

RT0

_DS

RN

3

UA

RT0

_CTS

N3

UA

RT0

_DC

DN

3

GP

0_IO

414

GP

0_IO

514

GP

0_IO

714

SC

1_D

ET

3

GP

0_IO

614

RS

TOU

Tn13

,14,

38,4

1

EXP

_WA

RM

_RE

SE

T14

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

147

58

B

NE

TRA

EV

M

SE

RIA

L I/O

EX

PA

NS

ION

CO

NN

EC

TOR

J20

QS

H-0

30-0

1-x-

D-A

11

33

55

77

99

1111

1313

1515

1717

1919

2121

2323

2525

2727

2929

3131

3333

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

2626

2828

3030

3232

3434

3535

3737

3636

3838

3939

4141

4343

4545

4747

4949

5151

5353

5555

5757

5959

4040

4242

4444

4646

4848

5050

5252

5454

5656

5858

6060

G1

61G

262

G3

63G

464



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

IIC0_

SC

L

IIC0_

SD

AIIC

1_S

CL

IIC1_

SD

A

MC

AR

D_V

PP

EN

MC

AR

D_R

ES

ET

MTS

I_D

ATA

3M

TSI_

DA

TA4

MTS

I_D

CLK

MTS

O_D

ATA

2

MTS

I_D

ATA

2M

TSI_

DA

TA1

MTS

O_D

ATA

4

MTS

I_BY

TSTR

T

MTS

O_D

ATA

3M

TSO

_DA

TA5

MC

TL_S

CLK

MTS

I_D

ATA

6

MTS

O_D

CLK

MTS

I_D

ATA

0

MTS

O_B

YTST

RT

MC

A0_A

XR

5

MC

AR

D_C

D1

MC

A0_

ACLK

R

MC

AR

D_M

DE

T

MTS

O_D

ATA0

MC

A0_

AHC

LKR

MC

TL_S

DO

MC

A1_

ACLK

R

MTS

O_D

ATA7

MC

AR

D_V

CC

EN

MC

A0_A

XR

4

MC

A1_

AFS

R

MC

A1_

AHC

LKR

MC

AR

D_V

S1

MTS

O_D

ATA6

MC

TL_S

DI

MC

A0_A

XR

0

MC

AR

D_V

S2

MC

A0_

AM

UTE

MC

A0_A

XR

3

MC

A0_A

XR

2M

CA

1_A

MU

TE

MC

A0_

AC

LKH

XM

CA

0_A

FSR

MC

A0_A

CLK

XM

CA0

_AFS

X

MC

A1_A

FSX

MC

A0_A

XR

1

MTS

I_D

ATA

7

MC

A1_

ACLK

X

PM

_I2C

_SC

L

PM

_I2C

_SD

A

MD

IO_M

DIO

EXP

_MC

A2_

AXR

0

EXP

_MC

A2_

AM

UTE

EXP

_MC

A2_

AXR

1

EXP

_MC

A2_A

CLK

HX

EXP

_MC

A2_A

CLK

X

EX

P_M

CA

2_A

FSR

EXP

_MC

A2_A

FSX

EX

P_M

CA

2_A

HC

LKR

EX

P_M

CA

2_A

CLK

R

MC

A1_

AXR

1M

CA

1_AX

R0

MTS

O_D

ATA

1M

TSI_

DA

TA5

MC

A1_

AC

LKH

X

MD

IO_M

DC

LK

MC

AR

D_C

D2

MC

TL_S

CTL

EV

M_1

2VEV

M_3

V3

EV

M_5

V0

EV

M_5

V0

EVM

_3V

3

EVM

_12V

MC

A0_A

XR1

2

MC

A0_A

XR2

2

MC

A0_A

XR3

2

MC

A0_A

XR4

2

MC

A0_A

XR5

2

MC

A0_A

XR0

2 MC

A0_

AC

LKR

2

MC

A0_

ACLK

X2

MC

A0_

AFS

R2

MC

A0_A

FSX

2MC

A0_A

MU

TE2 M

CA

1_A

HC

LKR

2M

CA

1_A

CLK

R2

MC

A1_

AC

LKX

2

MC

A1_

AFS

R2

MC

A1_A

FSX

2MC

A1_A

MU

TE2

MC

TL_S

DI

2

MC

TL_S

DO

2

MTS

I_B

YTS

TRT

2

MTS

I_D

CLK

2M

TSI_

DA

TA0

2

MTS

I_D

ATA

12

MC

AR

D_C

D1

2

MTS

I_D

ATA

22

MTS

I_D

ATA

32

MTS

I_D

ATA

42

MTS

I_D

ATA

62

MTS

I_D

ATA

72 M

CA

RD

_MD

ET

2

MTS

O_D

ATA

02

MTS

O_D

ATA

22

MTS

O_D

ATA

32

MTS

O_D

ATA

42

MTS

O_D

ATA

52

MTS

O_D

ATA

62

MTS

O_D

ATA

72

MC

AR

D_R

ESE

T2

MTS

O_B

YTS

TRT

2

MTS

O_D

CLK

2

MC

TL_S

CLK

2

MC

AR

D_V

S2

2

MC

AR

D_V

S1

2

MC

AR

D_V

PP

EN

2M

CA

RD

_VC

CE

N2

MC

A0_

AH

CLK

R2

IIC0_

SC

L3,

31,3

2,41

,50

IIC0_

SD

A3,

31,3

2,41

,50

IIC1_

SC

L3,

32

IIC1_

SD

A3,

32

MC

A0_

AH

CLK

X2

PM

_I2C

_SD

A44

,46,

49,5

0

PM

_I2C

_SC

L44

,46,

49,5

0

MD

IO_M

DIO

4,38

MD

IO_M

DC

LK4,

38

EXP_

MC

A2_A

XR0

2

EXP_

MC

A2_A

MU

TE2

EXP_

MC

A2_A

XR1

2

EXP

_MC

A2_

AC

LKH

X2

EXP_

MC

A2_A

CLK

X2

EXP

_MC

A2_

AFS

R2

EXP_

MC

A2_A

FSX

2

EXP

_MC

A2_

AH

CLK

R2

EXP

_MC

A2_

AC

LKR

2

MC

A1_

AX

R1

2M

CA

1_A

XR

02

MTS

O_D

ATA

12

MTS

I_D

ATA

52

MC

A1_

AH

CLK

X2

MC

TL_S

CTL

2 MC

AR

D_C

D2

2

EV

M_5

V0

11,2

8,30

,44,

46,4

9,51

,54,

55,5

6

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,43,

44,4

6,49

,50,

51,5

3,54

,55,

56

EV

M_1

2V28

,29,

44,4

6,51

,52,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

148

58

B

NE

TRA

EV

M

MC

AS

P/XX

X E

XPA

NSI

ON

J19

QS

H-0

60-0

1-x-

D-A1

13

35

57

79

911

1113

1315

1517

1719

1921

2123

2325

2527

2729

2931

3133

33

22

44

66

88

1010

1212

1414

1616

1818

2020

2222

2424

2626

2828

3030

3232

3434

3535

3737

3636

3838

3939

4141

4343

4545

4747

4949

5151

5353

5555

5757

5959

6161

6363

6565

6767

6969

7171

7373

7575

4040

4242

4444

4646

4848

5050

5252

5454

5656

5858

6060

6262

6464

6666

6868

7070

7272

7474

7676

7777

7979

8181

8383

8585

8787

8989

9191

9393

9595

9797

9999

7878

8080

8282

8484

8686

8888

9090

9292

9494

9696

9898

100

100

101

101

102

102

103

103

104

104

105

105

106

106

107

107

108

108

109

109

110

110

111

111

112

112

113

113

114

114

115

115

116

116

117

117

118

118

119

119

120

120

G1

121

G2

122

G3

123

G4

124

G5

125

G6

126

G7

127

G8

128

A-49


4 4

3 3

2 2

1 1

DD

CC

BB

AA

PM

_I2C

_SC

LP

M_I

2C_S

DA

PM

_I2C

_SD

A

PM

_I2C

_SC

L

PM

_I2C

_SC

LP

M_I

2C_S

DA

PM

_I2C

_SC

LP

M_I

2C_S

DA

PM

_I2C

_SC

LP

M_I

2C_S

DA

PM

_I2C

_SC

LP

M_I

2C_S

DA

PM

_I2C

_SC

L

PM

_I2C

_SD

A

PM

_I2C

_SD

A

PM

_I2C

_SC

L

PM

_I2C

_SD

A

PM

_I2C

_SC

L

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EV

M_3

V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V

3

EVM

_1V

5

EVM

_DD

R_V

TT

EVM

_1V

0_AV

S

EVM

_0V

9

EVM

_1V

8_A

EVM

_1V

8_D

EVM

_5V

0

EVM

_1V

0_C

ON

EVM

_1V

8_A

EV

M_1

V8_

D

EVM

_0V

9E

VM_3

V3

EVM

_5V

0

EVM

_1V

5

EVM

_1V

0_AV

S

EV

M_1

V0_

CO

N

I_M

ON

_3V

3_H

IGH

51

I_M

ON

_5V

0_H

IGH

51

I_M

ON

_1V

0_C

ON

N_H

IGH

51

I_M

ON

_1V

5_H

IGH

52 I_M

ON

_1V

0_AV

S_H

IGH

54

I_M

ON

_0V

9_H

IGH

55

PM

_I2C

_SC

L44

,46,

48,5

0P

M_I

2C_S

DA

44,4

6,48

,50

EVM

_DD

R_V

TT24

,53I_

MO

N_V

TT_H

IGH

53

EVM

_3V

32,

3,5,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,44

,46,

48,5

0,51

,53,

54,5

5,56

EVM

_1V5

7,8,

16,1

7,21

,23,

24,2

5,27

,52,

53,5

5,56

EV

M_D

DR

_VTT

24,5

3E

VM_1

V0_

AV

S18

,20,

54

EV

M_0

V9

5,55

EV

M_1

V8_

A9,

55

EV

M_1

V8_D

5,15

,16,

52,5

5

EVM

_5V0

11,2

8,30

,44,

46,4

8,51

,54,

55,5

6

EVM

_1V

0_C

ON

9,11

,15,

16,1

7,20

,51,

55

I_M

ON

_1V

8AN

ALO

G_H

IGH

55

I_M

ON

_1V

8DIG

ITA

L_H

IGH

55

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

149

58

B

NE

TRA

EV

M

PO

WE

R M

ON

ITO

R

ADDRESS 1000000

ADDRESS 1000001

ADDRESS 1000010

ADDRESS 1000011

ADDRESS 1000100

ADDRESS 1000101

ADDRESS 1000110

ADDRESS 1000111

ADDRESS 1001000

U59 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SDA

4

A0

2A

11

NC

.33

VS

6

U42 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SD

A4

A0

2A

11

NC

.33

VS6

U18 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SD

A4

A0

2A

11

NC

.33

VS6

C46

70.

1uF

C47

10.

1uF

U11 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SDA

4

A0

2A

11

NC

.33

VS

6

C46

60.

1uF

U7 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SDA

4

A0

2A

11

NC

.33

VS

6

U23 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SD

A4

A0

2A

11

NC

.33

VS6

C48

00.

1uF

C79

50.

1uF

U14 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SDA

4

A0

2A

11

NC

.33

VS

6

C51

60.

1uF

C51

40.

1uF

U17 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SD

A4

A0

2A

11

NC

.33

VS6

C70

40.

1uF

C49

50.

1uF

U22 INA

220I

DC

N

VIN

+10

VIN

-9

GN

D7

VB

US

8

SC

L5

SD

A4

A0

2A

11

NC

.33

VS6



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

MSP

430_

RX

D

MSP

430_

TXD

MSP

430_

TCK

430_

TDO

/TD

I

MS

P43

0_TD

O/T

DI

EVM

_3V

3

EV

M_3

V3

EVM

_3V

3

EVM

_3V

3

EVM

_3V3

EV

M_3

V3

EVM

_3V

3

EVM

_3V

3E

VM_3

V3

EVM

_3V3

EVM

_3V

3

MS

P43

0_IN

T14

IIC0_

SC

L3,

31,3

2,41

,48

IIC0_

SD

A3,

31,3

2,41

,48

PM

_I2C

_SC

L44

,46,

48,4

9PM

_I2C

_SD

A44

,46,

48,4

9

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,43,

44,4

6,48

,49,

51,5

3,54

,55,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

150

58

B

NE

TRA

EV

M

PO

WE

R M

ON

ITO

R C

PU

SPY-BY-WIRE INTERFACE

R43

210

K

R18

6 330

R18

410

K

C60

7

0.00

1uF

C66

61u

F

C16

2

10pF

P7D

B9M 5 9 4 8 3 7 2 6 1

10 11

C21

21u

F

C69

21u

F

U39 MA

X32

21C

PW

RG

4

T_IN

11

R_O

UT

9

VC

C15

GN

D14

V+

3

V-

7

C1+

2

C1-

4

C2+

5

C2-

6

FOR

CE

ON

12

FOR

CE

OFF

16

R_I

N8

T_O

UT

13

EN

1IN

VA

LID

10

R43

110

0K

U38 MS

P43

0F21

32IP

WR

DV

CC

.12

XIN

/P2.

6/C

A6

6

XO

UT/

P2.

7/C

A7

5

DV

SS

.14

P1.0

/TA

CLK

/AD

C10

CLK

/CAO

UT

21

RS

T/N

MI/S

BWTD

IO7

P1.

1/TA

0.0/

TA1.

022

P2.

0/A

CLK

/A0/

CA

28

P1.

3/TA

0.2

24

P1.

4/S

MC

LK/T

CK

25

P1.5

/TA

0.0/

TMS

26

P2.

1/TA

INC

LK/S

MC

LK/A

1/C

A3

9

P1.

7/TA

0.2/

TDO

/TD

I28

TES

T/S

BWTC

K1

P2.

5/R

OSC

/CA

53

P1.

6/TA

0.1/

TDI/T

CLK

27

P1.

2/TA

0.1

23

P2.

2/TA

0.0/

A2/

CA

4/C

AO

UT

10

P3.

0/U

CB

0STE

/UC

A0C

LK/A

511

P3.

1/U

CB

0SIM

O/U

CB0

SDA

12

P3.

2/U

CB

0SO

MI/U

CB0

SCL

13

P3.

3/U

CB

0CLK

/UC

A0ST

E14

P3.4

/UC

A0T

XD/U

CA0

SIM

O15

P3.

5/U

CA

0RXD

/UC

A0S

OM

I16

P3.6

/TA

1.0/

A6

17

P3.7

/TA

1.1/

A7

18

P2.

3/TA

0.1/

A3/

VREF

-/VE

FEF-

/CA

019

P2.

4/TA

0.2/

A4/V

RE

F+/V

ERE

F+/C

A1

20

+C

171

10uF

C65

31u

FC

657

0.1u

F

J14

HE

AD

ER

7X

2

TDO

/TD

I1

VC

C_T

OO

L2

TDI/V

PP

3V

CC

_MS

P4

TMS

5XO

UT

6TC

K7

TEST

/VP

P8

GN

D9

AC

LK10

RST

/NM

I11

AC

LKEN

12N

C1

13TC

LKE

N14

C16

1

10pF

R18

310

K

R43

6 2K

Y3

32.7

68K

Hz

14

23

R42

647

K

R43

510

K

C69

31u

F

R43

4 2K

C21

31u

F

A-51


4 4

3 3

2 2

1 1

DD

CC

BB

AA

EV

M_1

2V

EVM

_3V

3

EV

M_1

V0_

CO

N

EV

M_5

V0

EVM

_5V

0

EVM

_5V0

EVM

_12V

EVM

_5V

0

EV

M_1

V0_

CO

N

EV

M_5

V0

EVM

_3V3

EV

M_1

2V

EVM

_1V

0_AV

S

EV

M_1

2V

EV

M_3

V3 EVM

_5V

0

EVM

_1V

0_C

ON

9,11

,15,

16,1

7,20

,49,

55

I_M

ON

_1V

0_C

ON

N_H

IGH

49

I_M

ON

_5V

0_H

IGH

49

I_M

ON

_3V

3_H

IGH

49

EV

M_1

V0_

CO

N9,

11,1

5,16

,17,

20,4

9,55

EVM

_5V

011

,28,

30,4

4,46

,48,

49,5

4,55

,56

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,43,

44,4

6,48

,49,

50,5

3,54

,55,

56 EVM

_12V

28,2

9,44

,46,

48,5

2,56

EVM

_1V

0_AV

S18

,20,

49,5

4

EV

M_1

2V28

,29,

44,4

6,48

,52,

56

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Tues

day,

Jun

e 14

, 201

151

58

B

NE

TRA

EV

M

PO

WE

R S

UP

PLY

III

CURRENT MONITOR

CURRENT MONITOR

CURRENT MONITOR

Rbottom = VFBxRtop/(VOUT-VFB)

Rbottom = 0.8xRtop/(4.2)


Rbottom = 0.8xRtop/(2.5)


Rbottom = 0.8xRtop/(.2)

C30

1000

pF

C39

0.1u

F

U16

TPS

6523

2

BG

1

VIN

BQ

2

V6V

3

VIN

4

FB2

5

CM

P2

6

EN

_BC

K27

PG

ND

2.1

8

PG

ND

2.2

9

PH

2.1

10

PH

2.2

11

VIN

B2.

112

VIN

B2.

213

BS

T214

DG

ND

15

LDR

V16

HD

RV

17

PH

118

BS

T119

EN

_BC

K120

CM

P1

21

FB1

22

SS

23

TRIP

24

PWR PAD 49

V3P

325

AG

ND

.126

AG

ND

.227

AG

ND

.328

AG

ND

.429

AG

ND

.530

FB3

31

CM

P3

32

EN_B

CK

333

PG

ND

3.1

34

PG

ND

3.2

35

PH

3.1

36

PH

3.2

37

VIN

B3.1

38

VIN

B3.2

39

BS

T340

AG

ND

.641

AG

ND

.742

AG

ND

.843

AG

ND

.944

AG

ND

.10

45

AG

ND

.11

46

AG

ND

.12

47

AG

ND

.13

48

C35

22uF

C25

1000

pF

C43

100p

F

C47

333

00pF

C48

10.

1uF

L8

2.2u

H-H

CP

0805

-2R

2-R

12

C34

22uF

C97

1000

pF

C45

1000

pF

R80

22.1

K

GSD

Q1B

FDS

6982

65

4

3

+ C47

100u

F,16

V

L6

4.7u

H-7

4477

004

12

C48

81u

F

R62 20

K

C49

22uF

R78

88.7

K

+ C41

100u

F,16

V

R69

0.02

5

C29

1000

pF

C40

47uF

C31

100p

F

L7

2.2u

H-H

CP

0805

-2R

2-R

12

C50

22uF

R76

20K

C47

21u

F

C49

11u

F

C38

47uF

C28

1000

pF

C38

710

00pF

C99

1000

pF

R72

0

C48

1000

pF

C33

0.1u

F

C47

80.

1uF

R77

22.1

K

R79

6.98

K

R71

20K

C37

0.1u

F

R65

215K

C27

100p

F

C47

40.

22uF

R67

22.1

K

C42

22uF

C46

1000

pF

R81

0.02

5

R75

0.02

5

R70

0

SD

G

Q1A

FDS

6982

87 1

2

C44

22uF

C48

61u

F

R66 4.

22K



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

EVM

_12V

EVM

_1V5

EVM

_12V

EV

M_1

V5

EV

M_1

V8_

D

EV

M_1

V8_

D

EVM

_1V5

7,8,

16,1

7,21

,23,

24,2

5,27

,49,

53,5

5,56

I_M

ON

_1V

5_H

IGH

49

EV

M_1

2V28

,29,

44,4

6,48

,51,

56

EVM

_1V

57,

8,16

,17,

21,2

3,24

,25,

27,4

9,53

,55,

56

EV

M_1

V8_

D5,

15,1

6,49

,55

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

152

58

B

NE

TRA

EV

M

PO

WE

R S

UP

PLY

1V

5

CURRENT MONITOR

CHECKED VALUES - COMPLETE for feedback

maybe tweak 0402 and 0603

R18

711

.0K

R19

410

.0K

C14

80.

1uF

C12

710

uF

R19

60

TP19

TES

T P

OIN

T

1

U33

TPS5

4620

RT/

CLK

1

GN

D.1

2

GN

D.2

3

PVI

N.1

4

PVI

N.2

5

VIN

6

PWRPAD 15

VSE

NS

E7

EN

10

PH

.111

PH

.212

BO

OT

13

PW

RG

D14

SS/T

R9

CO

MP

8

R64

1K

C11

910

uF

C13

256

pF

R17

43.

83K

C22

510

0uF

R20

20.

025

C13

60.

018u

F

R17

010

0K

L14

1.8u

H-7

4477

1500

1

12

TP20

TES

T P

OIN

T

1

C15

30.

1uF

C14

3.0

18uF

R73

10K

C22

010

0uF

TP13

TES

T PO

INT

1

C12

64.

7uF

C11

810

uF

A-53


4 4

3 3

2 2

1 1

DD

CC

BB

AA

EV

M_3

V3

EVM

_1V5

VTT

EVM

_DD

R_V

TT

EV

M_D

DR

_RE

F_O

UT

EVM

_3V3

EVM

_1V5

EVM

_DD

R_V

TT

EV

M_D

DR

_RE

F_O

UT

EVM

_1V5

EVM

_3V3

I_M

ON

_VTT

_HIG

H49

EV

M_D

DR

_VTT

24,4

9

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,43,

44,4

6,48

,49,

50,5

1,54

,55,

56

EV

M_1

V57,

8,16

,17,

21,2

3,24

,25,

27,4

9,52

,55,

56

EV

M_D

DR

_VTT

24,4

9

EV

M_D

DR

_RE

F_O

UT

7,8,

21,2

3,25

,27

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

C

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

153

58

B

NE

TRA

EV

M

PO

WE

R S

UP

PLY

VTT

CURRENT MONITOR

R24

20.

025

R24

310

.0K

R49

91K

C37

40.

1uF

C38

00.

1uF

R23

510

K

C37

010

uF

R24

110

0K

R49

7N

O-P

OP

R24

410

.0K

C36

210

pF

U58

TPS

5120

0

VO

SN

S5

PG

ND

4

VO

3

PWRPAD 11

VLD

OIN

2

RE

FIN

1

RE

FOU

T6

EN7

GN

D8

PGO

OD

9

VIN

10

C38

310

uF

R23

710

R23

2N

O-P

OP

Q10 FJ

V31

09R

3

1

2

C38

10.

001u

F

C38

510

00pF

C37

110

uF

C38

410

uF

GS

D

Q9

IRLM

L640

1

1

32

C37

210

uF

TP24

TES

T P

OIN

T1

R74

10K

C37

50.

1uF

R49

810

K

C38

210

uF



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

EVM

_5V

0

EV

M_1

V0_A

VS

EV

M_3

V3

EVM

_5V

0

EVM

_3V

3E

VM_1

V0_

AV

S

EVM

_3V3

EVM

_3V3

EVM

_3V3

EVM

_3V3

EV

M_1

V0_

AVS

18,2

0,49

I_M

ON

_1V

0_A

VS_H

IGH

49

GP

0_IO

014

GP

0_IO

114

GP

0_IO

214

GP

0_IO

314

EVM

_5V

011

,28,

30,4

4,46

,48,

49,5

1,55

,56

EV

M_3

V32,

3,5,

6,11

,13,

14,1

5,18

,28,

29,3

1,32

,33,

34,3

5,36

,37,

38,3

9,40

,41,

42,4

3,44

,46,

48,4

9,50

,51,

53,5

5,56

EVM

_1V0

_AV

S18

,20,

49

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Sun

day,

Jun

e 05

, 201

154

58

B

NE

TRA

EV

M

PO

WE

R S

UP

PLY

1V

0_A

VS

CURRENT MONITOR

SUPPORT OUTPUT VOLTAGES OF 0.75 TO 1.2 VOLTS

GPIO3 MUST BE PULLED LOW

TO ENABLE TIMER USED IN

BOOTLOADER

R93

200K

G

D S

Q6

NTA

4153

NT1

G

3 2

1

C59

820p

F

R14

610

K

C57

100u

F

R90

10K

R12

7N

O-P

OP

SD

G

Q4A

IRF7

910p

bf

87 1

2

R89

402K

R12

649

.9K

L12

1.2u

H-7

4470

001

1206

12

R94

10K

G

D S

Q5

NTA

4153

NT1

G

3 2

1

R48

610

KR

487

10K

R92

1

Q7

BS

S13

8G

D S

R13

4N

O-P

OP

C54

NO

-PO

P

U29

TPS

4004

1

EN

n1

FB2

CO

MP

3

VD

D4

LDR

V5

BO

OT

6

SW

7

HD

RV

8

PAD PAD

R86

590

R14

51K

R10

6N

O-P

OP

R88

10K

R85

0C

104

560p

F

R10

510

0K

G

D S

Q2

NTA

4153

NT1

G

3 2

1

R12

117

.8K

C58

100u

F

R84

0.02

5

R13

330

.1K

+C

103

100u

F

TP18

TES

T P

OIN

T

1

TP12

TES

T P

OIN

T

1

C10

133

pF

TP14

TEST

PO

INT

1

R48

8N

O-P

OP

R13

0

10K

R48

510

K

C10

00.

22uF

+C

102

100u

F

GSD

Q4B

IRF7

910p

bf

65

4

3

R91

NO

-PO

P

R11

9

10K

G

D S

Q3

NTA

4153

NT1

G

3 2

1

C94

1uF

R87

10.0

K

A-55


4 4

3 3

2 2

1 1

DD

CC

BB

AA

EVM

_5V

0EV

M_0

V9

1V8_

DIG

ITA

L

1V8_

AN

ALO

G

0V9_

A

1V8_

DIG

ITA

L

EVM

_5V0

0V9_

A

1V8_

AN

ALO

G

EV

M_3

V3

EVM

_1V

0_C

ON

EVM

_5V

0

EVM

_3V3

EV

M_3

V3

EVM

_1V5

EV

M_1

V0_

CO

N

EVM

_5V0

EVM

_3V3

EVM

_1V

5

EV

M_1

V8_D

EVM

_1V

8_A

EVM

_1V

8_D

EVM

_1V8

_AI_

MO

N_0

V9_

HIG

H49

EVM

_0V

95,

49

I_M

ON

_1V

8AN

ALO

G_H

IGH

49

EVM

_1V

8_A

9,49

EV

M_1

V8_

D5,

15,1

6,49

,52

I_M

ON

_1V

8DIG

ITA

L_H

IGH

49

EVM

_1V

0_C

ON

9,11

,15,

16,1

7,20

,49,

51

EVM

_5V0

11,2

8,30

,44,

46,4

8,49

,51,

54,5

6

EVM

_3V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,43,

44,4

6,48

,49,

50,5

1,53

,54,

56E

VM_1

V5

7,8,

16,1

7,21

,23,

24,2

5,27

,49,

52,5

3,56

EVM

_1V

8_D

5,15

,16,

49,5

2

EVM

_1V8

_A9,

49

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

B

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

155

58

B

NE

TRA

EV

M

PO

WE

R S

UP

PLY

0V

9/1V

8_A

/1V

8B

CURRENT MONITOR

CURRENT MONITOR

CURRENT MONITOR

Reset

Threhold 0.84 Volts

VDCDC = VFB_DCDC x (( Rtop + Rbottom)/Rbottom )

VLDO1 = VFB_LDO x (( Rtop + Rbottom)/Rbottom )

VLDO2 = VFB_LDO x (( Rtop + Rbottom)/Rbottom )

VDCDC = 0.6 x (( Rtop + Rbottom)/Rbottom )

VLDO1 = 0.5 x (( Rtop + Rbottom)/Rbottom )

VLDO2 = 0.5 x (( Rtop + Rbottom)/Rbottom )

CHECKED VALUES - COMPLETE for feedback

R48

10K

TP10

NO

-PO

P1

C16

0.1u

F

R30

10K

L42.

2uH

TP9

NO

-PO

P1

U10

TPS

6500

1

VIN

DC

DC

8

EN

_DC

DC

10

MO

DE

9

VIN

LDO

115

EN

_LD

O1

3

VIN

LDO

218

EN

_LD

O2

4

PG

ND

6A

GN

D12

PG

n5

SW

7

FB_D

CD

C11

VLD

O1

14

VLD

O2

17

FB_L

DO

113

FB_L

DO

216

PWR_PAD 21

RS

Tn20

MR

n1

TRST

2

RS

TSN

S19

R37

100K

1%

+C

2033

uF

+C

T233

uF

R34

10K

1%

C46

2

0.1u

F

C23

0.1u

F

+C

T133

uF

R52

100K

1%

TP8

NO

-PO

P1

R54

10K U5 TP

S38

08G

09D

BVR

G4

RE

SET

1

GN

D2

MR

3

CT

4

SEN

SE1

5V

DD

6

R36

200K

1%

R55

10K

R56

0.02

C21

0.1u

F

R40

100K

1%

R48

410

0KC

797

.1uF

R32

0.02

R35

4.99

K

C22

0.1u

F

C17

22pF

TP11

NO

-PO

P1

C18

0.1u

F

R47

0.02

R51

261K

1%

+C

1933

uF

R50

100K

R53

80.6

K 1

%+

C24

33uF

TP7

1



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

EVM

_12V

EV

M_3

V3

EVM

_3V

3

EV

M_1

V5

EV

M_3

V3

EVM

_5V

0E

VM

_12V

EVM

_5V

0

EV

M_3

V3

EVM

_12V

EVM

_1V

5

EVM

_12V

CP

U_P

OR

z14

EV

M_5

V011

,28,

30,4

4,46

,48,

49,5

1,54

,55

EV

M_3

V3

2,3,

5,6,

11,1

3,14

,15,

18,2

8,29

,31,

32,3

3,34

,35,

36,3

7,38

,39,

40,4

1,42

,43,

44,4

6,48

,49,

50,5

1,53

,54,

55

EVM

_12V

28,2

9,44

,46,

48,5

1,52

EVM

_1V

57,

8,16

,17,

21,2

3,24

,25,

27,4

9,52

,53,

55

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

A

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

156

58

B

NE

TRA

EV

M

PO

WE

R IN

PU

T

2.5

MM

JA

CK

SILKSCREEN:

12V IN

POWER DOMAINS

EVM_12V 12 VOLT INPUT FROM EXTERNAL POWER SUPPLY



EVM_1V8_A 1.8 VOLT ANALOG LDO OUTPUT FROM TPS65001

EVM_1V8_D 1.8 VOLT DIGITAL OUTPUT FROM TPS65001


EVM_1V0_AVS 1.0 VOLT CORE FROM TPS40041

EVM_1V0_CONN 1.0 VOLT NON-CORE FROM TPS65232


EVM_DDR_VTT 0.75 VOLT TERMINATOR DDR3

Reset

Threhold 0.84 Volts

BOARD

MOUNTING HOLES - ONE IN EACH CORNER

Mounting holes 0.250 pad 0.125 drill

BOARD MOUNTING HOLES - FOR EXPANSION CONNECTORS

Left

most for Drive Cable

1) 12V

PCB EDGE

TACH

FAN CONNECTOR

SW

6

PU

SH

BU

TTO

N S

W

A A1

B1B

C63

5

0.22

uF

MH

21

R17

810

K 1

%

R16

610

K

R16

710

K

MH

11

MH

3

1

TP26

TES

T P

OIN

T1

R17

94.

99K

U32

TPS

3808

G09

DB

VR

G4

RE

SE

T1

GN

D2

MR

3

CT

4

SE

NS

E1

5V

DD

6

F1

F_4

.0A

12

J8

DR

IVE

CO

NN

+12

1G

ND

22

GN

D1

3+5

4M

P18

MP2

9

MH

16

MH

27

TP25

TEST

PO

INT

1

D1

SM

CJ1

4A-1

3-F

TP16

TES

T P

OIN

T1

TP5

TES

T P

OIN

T1

MH

71

DS

1LE

D G

RN

TP1

TEST

PO

INT

1TP

17TE

ST

POIN

T1

C63

3

0.1u

F

R5

2k

MH

91

+C

410

0uF,

16V

MH

4

1

TP23

TEST

PO

INT

1

SW

1S

WIT

CH

3

1

6

4

52 78

MH

5

1 TP6

TES

T P

OIN

T1

MH

6

1

J1

RA

SM

712

SLE

EV

ES

HU

NT

CEN

TER

P11

HE

AD

ER

3

1 2 3

MH

81

TP2

TP-3

0

A-57


4 4

3 3

2 2

1 1

DD

CC

BB

AA

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

B

SP

EC

TRU

M D

IGIT

AL

INC

OR

PO

RA

TED

5128

72-0

001

Thur

sday

, Apr

il 28

, 201

157

58

B

NE

TRA

EV

M

PO

WE

R S

EQ

UE

NC

E

1.0

2.0

3.0

3.5

EVM_3V3

EVM_1V0_CON

EVM_1V0_AVS

10

20

30

40

50

60

70

80

90

EVM_1V8_D

EVM_1V8_A

EVM_0V9

EVM_1V5

MILLISECONDS

VOLTS



5 5

4 4

3 3

2 2

1 1

DD

CC

BB

AA

Siz

e:

Dat

e:

DW

G N

OR

evis

ion:

She

eto

f

Title

:

Pag

e C

onte

nts:

C

SP

EC

TRU

M D

IGIT

AL

INC

OR

POR

ATE

D

5128

72-0

001

Tues

day,

Jun

e 14

, 201

158

58

B

NE

TRA

EV

M

RE

VIS

ION

HIS

TOR

Y

INCREASED C635 TO .22uF FOR LONGER POWER ON RESET FIXED USB ISSUE

REVISION A - ASSY 512870

ENGINEERING UNITS ONLY

REVISION B - ASSY 512870

BUILT ON LOGIC 512872 REVISION A

BUILT ON PWB 512871 REVISION A

BUILT ON LOGIC 512872 REVISION B

BUILT ON PWB 512871 REVISION B

UPDATED POWER SEQUENCING FROM REVISION A

REVISION C - ASSY 512870



REVISION D - ASSY 512870



CHANGED R218 TO 1K TO FIX PCI RESET

REMOVED R232 AND CHANGED R74 TO 0 , TO HELP RAISE VT ENABLE VOLTAGE ( STILL A

BIT OUT OF SPEC, WILL FIX IN NEXT BOARD REVISION)

REVISION E - ASSY 512870

BUILT ON LOGIC 512872 REVISION C

BUILT ON PWB 512871 REVISION C

UPDATED CAPS AROUND TPS65232 TO HELP WITH OVERVOLTAGE ON SWITCH OUTPUTS OF THE PART LAYOUT IMPROVEMENT

CHANGED AVS CIRCUITRY AND CPU HAS AVS ENABLED

UPDATED

VTT ENABLE TO RAISE ENABLE VOLTAGE PAST 1.7V MIN

A-59

Appendix B

Mechanical Information

This appendix contains the mechanical information about theDM816x/C6A816x/AM389x EVM produced by Spectrum Digital.

B-1


THIS

DR

AWIN

G IS

NO

T TO

SC

ALE

B-2 DM816x/C6A816x/AM389x EVM Technical Reference

Printed in U.S.A., October 2011
512875-0001 Rev A