tms320c5517 evaluation module technical...
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TMS320C5517 Evaluation Module Technical Reference
Spectrum Digital, Inc.12502 Exchange Drive, #440Stafford, TX. 77477T: 281.484.4500F: 281.494.5310www.spectrumdigital.com
514665-0001 Rev A, March 2014
Preliminary Mar 27, 2014
IMPORTANT NOTICE
Spectrum Digital, Inc. reserves the right to make changes to its products or to discontinue any product or service without notice. Customers are advised to obtain the latest version of relevant information to verify that the data being relied on is current before placing orders.
Spectrum Digital, Inc. warrants performance of its products and related software to current specifications in accordance with Spectrum Digital’s standard warranty. Testing and other quality control techniques are utilized to the extent deemed necessary to support this warranty.
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 Spectrum Digital 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 any combination, machine, or process in which such Digital Signal Processing development products or services might be or are used.
WARNING
This equipment is intended for use in a laboratory test environment only. It generates, uses, and can radiate radio frequency energy and has not been tested for compliance with the limits of computing devices pursuant to subpart J of part 15 of FCC rules, which are designed to provide reasonable protection against radio frequency interference. Operation of this equipment in other environments may cause interference with radio communications, in which case the user at his own expense will be required to take whatever measures necessary to correct this interference.
Copyright © 2014 Spectrum Digital, Inc.
Contents
Chapter 1 Introduction to the TMS320C5517 Evaluation Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Provides you with a description of the TMS320C5517 Evaluation Module, key features, and block diagram. 1.1 Key Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-2 1.2 Memory Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
1.3 I2C Addresses . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
Chapter 2 Board Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-1 Describes the operation of the major board components on the TMS320C5517 Evaluation Module. 2.1 Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-2 2.2 Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-4 2.3 LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-8 2.4 Jumpers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-8 2.5 Test Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-10
Appendix A Mechanical Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . A-1 Contains the mechanical information about the TMS320C5517 Evaluation Module
About This Manual
This document describes the board level operations of the TMS320C5517 Evaluation Module(EVM). The EVM is based on the Texas Instruments TMS320C5517 Processor.
The TMS320C5517 Evaluation Module is a table top card that allows engineers and softwaredevelopers to evaluate certain characteristics of the TMS320C5517 processor to determine if theprocessor meets the designers application requirements. Evaluators can create software to executeon board or expand the system in a variety of ways.
Notational Conventions
This document uses the following conventions.
The TMS320C5517 Evaluation Module will sometimes be referred to as the C5517 EVM or EVM.
Program listings, program examples, and interactive displays are shown in a special italic 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 your protection. Please read eachcaution carefully.
Chapter 1
Chapter one provides a description of TMS320C5517 EVM along with the key featuresand a block diagram of the board.
Title Page
1.1 Key Features . . . . . . . . . . . . . . . . . . . . . . . . . 1-21.2 Memory Map . . . . . . . . . . . . . . . . . . . . . . . . . 1-41.3 I2C Addresses . . . . . . . . . . . . . . . . . . . . . . . . . 1-4
1-1
Spectrum Digital, Inc
1.1 Key Features
The TMS320C5517 EVM is a standalone development platform that enables usersto evaluate and develop applications for the TMS320C5517 processor. Additionalinformation regarding this product can be found on the following web page:
http://support.spectrumdigital.com/boards/evm5517
The EVM comes with a full complement of on board devices that suit a wide varietyof application environments. Key features include:
• A Texas Instruments TMS320C5517 fixed point processor running at 100 MHz
• A Texas Instruments MSP430F5529 microcontroller running at 25 MHz
• 8 MB Mobile SDRAM
• 4 MB NAND Flash memory
• 2 MB NOR Flash memory
• 1 MB SPI Flash memory connected to C5517 via SPI
• 1 MB SPI Flash memory connected to C5517 via McSPI
• 1 MB SPI Flash memory connected to MSP430F5529
• USB 2.0 Interface
Figure 1-1, Block Diagram TMS320C5517 EVM
I2C Bus
P1
P2
MiniUSB EMIF
AnalogInput 1
EmbeddedXDS100 JTAG
HPI
5VPWR
ON/OFF
MiniUSB
TI
JTA
G
USBDevice
Reset
Reset
MSP430
SPIFlash
IR IN
IR OUT
UART
NANDFlash
NORFlash
SW
3
SW
11
SW
4
SW
5
SW
6
EmbeddedXDS100 JTAG
MMC0 / MMC1Front MMC0SD Card
Back MMC1MicroSD
USB
UART
SPI
I2CGPIO
SPIFlash
UART
Co
dec
1A
IC3
204
I2S0
MobileSDRAMH
PI HP Out
Line InMic In
Amp Out
Co
dec
2A
IC32
04 HP Out
Line InMic In
Amp OutI2S2
TMS320C5517
SPI
ColorLCD
128 x 128
1-2 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
• Two TLV320AIC3402 Stereo codecs (stereo in, speaker output, 2 microphone inputs, headphone out)
• Two microphones
• Expansion connectors for Bluetooth
• HPI connector
• 128 x 128 bit mapped color LCD Interface
• MMC/SD card interface
• Micro SD card interface
• UART Interface
• Optional battery power
• Configurable boot load options
• Single voltage power supply (+5V)
• Embedded JTAG Interface
• TI 14 pin JTAG Interface
1-3
Spectrum Digital, Inc
1.2 Memory Map
The C5517 EVM supports on chip DARAM, off chip SDRAM, off chip NOR flash,and off chip NAND Flash. The addressing for each of these memory blocks isshown in the figure below.
1.3 I2C Addresses
The following table shows the I2C addresses for devices on the TMS320C5517EVM.
Table 1: I2C Addresses
Address Device Function
0x18 TLV320AIC3204 Audio CODECs, muxing required
0x21 TCA6416PW I2C GPIO
0x50 CAT24WWC256X I2C Interface EEPROM
MEMORY BLOCKS
Internal DARAM
Internal DARAM
Mobile SDRAM
NOR Flash
Not Used
NAND Flash
Not Used
ROM(if MPNMC=0)
External-CS5 Space(if MPNMC=1)
External-CS0 Space
External-CS2 Space
External-CS3 Space
External-CS4 Space
External-CS5 Space
CPU ByteAddress000000h
0000C0h
010000h
050000h
800000h
C00000h
E00000h
F00000h
FE0000h
FFFFFFh
(MMR Reserved)
DFFFFFh
BFFFFFh
E03FFFh
00FFFFh
7FFFFFh
04FFFFh
FDFFFFh
Figure 1-2, TMS320C5517 EVM Memory Map
1-4 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
Figure 1-3, TMS320C5517 EVM (top)
Figure 1-4, TMS320C5517 EVM (bottom)
1-5
Spectrum Digital, Inc
1-6 TMS320C5517 EVM Technical Reference
Chapter 2
Chapter Two provides a description of the major components on theTMS320C5517 EVM.
Title Page
2.1 Connectors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-22.2 Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-42.3 LEDs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-82.4 Jumpers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-82.5 Test Points . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-10
2-1
Spectrum Digital, Inc
2.1 Connectors
R1
65
R4
72
C3
35
C3
29 C
32
8 C3
36
C3
30
C327
R4
71
R4
66
C3
24
C3
18
C3
17
R4
65
C3
25
C3
19
C316
R407
R3
98
C259
R371
R356
R359
R3
19
R323
R3
15
R309
C2
06
R2
38
C1
91
R2
11
R2
29
R224
C161
R1
96
R1
79
R1
78
R1
77
C156
C147C151
R154
R156 U65
R147
C1
33
R3
84
R353
R3
32
R3
18
R291
R2
63
R2
56
R219
R2
06
R1
81
R1
58
C1
24
C1
30
R1
37
C1
05
R3
97
R3
74
R3
65
R341
C2
36
R331
C222
+
R2
62
R2
55
R257
R1
57
R145
R1
40
R1
36
R1
28
R112
R1
19
C99
R5
13C3
43
C2
50
R3
52
C210
C207
R247
R2
37
R1
94
R161
R1
44
C1
14 R132
R129U63
R110 C94
J22
R5
12
R3
62
R347
R355
R340
R2
88
R280
R2
54
R1
27
R1
31
R120
R111
Q8
C1
00
R463
R462R449
R375
R448R447R446R445R444
R4
85
R4
59
R4
58
C3
14
R461
R460R227
R225R215R207
R200R195
R1
60
R149
R113
R5
11
R5
10
R4
39
R4
57
R4
42
C297
C2
96
C292
R4
53
R4
43
R2
34
R4
84
R2
35
R2
36
C165
C141
C1
60
C142
R1
72
R1
68
R1
70
C128
R4
41
R4
56
FB14
C307 C2
93
R4
55
FB13
R4
40
R2
33
R2
48
FB7
FB6
C1
50
R1
67
R1
66
R4
73
C311R454
C3
03
C3
02
C309
R4
52
C3
10
R4
70
C3
08
R4
38
R4
67
R239C195
C2
09
C2
02
C183
R2
09
R4
64
C1
55
C1
48
R282
R296
R312
R299R305
C203
R437
R435
C137
C125
R1
16
C111
R1
17C
98
1
C2
78
+R4
16
D14
D13
C242
R357 C237
C234
R339C231
C228
R283R285R287R290
R300R306
R297
R313
C212
C288
R434
C289
R436
R218
C290
C119
R125
C1
07
R122 R1
15
R4
17
R4
18
C2
84
C2
83
R4
15
C271
C2
82
C2
68
R5
09
R342
R4
31
R2
79
R430
R216
R212
R208
R204
R205
R213R164
C154
C97
C103
R4
21
R4
20
C2
85
C2
81
+
C2
76
C267
R278
C211
R429
R244
R253
R242
R246
C287
C166C168C176C180
C162
C149
C153C152
C145
C135
C131C132
R123R121R118
C274
C273
R4
11
R402
R396
Q10
R390
R3
85
C258
R367
R343
R3
27
R2
94
C223
FB12
C2
01
C2
16
C2
17
C1
89
C1
90
R217
C177C182
C169
C159
R1
82
R1
92
C1
40
R142
R139
C109
C1
08
R4
10
R401
R395
Q9
C257
C244
R3
50
R3
35
C238
R324
R3
36
C229
R321R317R310
R292
FB
11FB9
FB
10
C2
14
C2
13
C2
15
R241
C1
97
C1
88
C1
86 R
22
8
C1
87C171
C164
C1
74
C1
75
C170
C144
C158
R1
87
R1
88
R1
89
R1
90
R1
91
C1
39
C1
22
C1
23
C1
16
R1
24
C112
C1
15
C9
6 C9
5
R4
19
R4
09
R3
99
R393C266
C256
C260
R366
C243
R360C235
C233
R320R326
R338
R303
R316
FB
8C
19
8
C196
C194
R223C178
C184 C1
79
R1
80
C1
43
R1
86
R1
84
R1
85
R1
83
R1
50 R141
R138
C129
C118
C1
02
MI CRO SD
R2
60
R2
49
R2
40
R2
22
R2
31
R496
R491R490
R489R488
L11
C121
R134
C106
J21 SD1
R354
R2
58
R2
21
L13
R501
R498
R495
R493
R500
R499
R492
R146
R133
R412
C270
C277
C275C272
R400
R403
R3
28
C232
C2
25
D11D10
D8 D9
R2
45
C185
R210R226
C172
R503
R497
R198
R202
R504
R502
R494
R163
C138
R414
R413
C269
R394
R391
R386R388
R377
C249
R364R358R351R348
D12
RN10C181
R1
71
TP
33
TP35
R381R383
R369R372R376
C248C251
C219
R261R264R271R272
R2
30
U66
R1
52 R1
53 TP
34
C218
TP
39
R193
R201 R1
97
R159
R176
TP
37
TP
36
C1
20
C1
27
C286
R344
C355
R337C357
R322
R325
R276
R2
68R
26
7
R273
R2
51
R2
52
R250
C157
C167
L12
C1
46
R1
51
R155
R175TP38
J20
R1
43
R148
C117
U67
R406R405
R408
R404
R389
R387
C254
R380
C246
R346R349
R345
C230
R293
R259
C2
08
C1
99
R243
1
R126
R428R427
C3
53
C2
64
C253
R378
C221
R529R528
R3
92
C255
C2
62
C2
61
C2
63
R379
R433
R432R308
R302
R135
R130
C265
C252
R370
R382
C245
C247
R361C240
R301
R304R298
R214
R173
R505
R114
C110
C101
C239C241
R330
R334
C227
R295
R311
R270
C204 C205
C192
R483R482
R220
R174
C163
C136
C113
C1
26
U64C104
R4
26
J23R422
C2
80
R373
R368R363
R333
R329
C226
R281
R289R286R284
C313
C4
9 1
JP
15C4
2
C27
JP
9
JP
8
11
HP
VD
D
TP3 TP42
GNDWAKEUP
TP43
GND
TP30
J18
JP57
1
U75
C3
26
R4
87
FB16
C3
32
1
JP531
MI
C_
BI
AS
C34
C3
15
R4
86
FB1
C3
21
1DV
DD
SW7
JP58
1
C3
47
C3
46
C334 C3
33C
33
1
JP59JP60
1
P9
M2
P4C3
44
C3
45
1
U74
P5
C3
23
C322
C3
20
JP56 JP55
1
P8
M1
OF
FO
N
P61
P71
JP54
11
C78
U78
R6
8
R65R64
TP21VPWR_I N
V_
PW
R_
MO
NT
P1
7
1
JP24
LDO_EN
JP16
FB4 1
VDI O4
R18
1
TP7 J6
R14
1
I NT1
TP5
AI C
XF
Q1
DS5
1XF
power suppl i es.Use onl y r ecommendedMax I nput : 5VDC, 4A.
TP46
GND
J2
7
31
L9
42
TP232
GND
J11CLKI N
J15
TP12GND
SCL
SD
A
GND
TP45J5
GND
JP
61
JP
3
TP2
nR
ES
ET
RESET
D6
J2
8
1 3
JP49
C7
5
2 4
R6
71
C2
95
TP40
C3
58
R5
21
1
OS
C1
R516
R522
C3
52
1
C3
6
TP6
Q2CLKOUT
SW2
SW1
DS6
R82
J2
9
1 3
FB
15
J7
2 4
1
C3
00
C2
98
C2
91
U72
TP49R5
14
C312GND
U79
U73
JP17 FB
3
U80
I OVDD
C4
1
U19
C1
9
C2
0
C2
C6
J1
WAKEUP
TP32
TP31
B-+B
C87
F1
J3
0
1 3
TP41
2 4GND
1
JP
50
C2
99
C3
01
C306
JP51 JP48
C294
RN2
C1
A1
U2
SW
17
SW
14
SEL/
SW
8
JP47
R74
C83
1
EVM VCORE
1
JP31
R61
R6
3
EXT
R59
C69C70
TP
22
JP27ONEVM_1. 3
J10U3
6R
37
C5
9
JP18GND
1
TP48
JP12Y1
C35
C24
C3
0
C3
1
U16
P21
SW
18
DN
SW
15
=
UP
SW
9
MSP430_PWR_EN
JP33
2- 3 5V1- 2 BAT
BAT
VI N SEL
SW6
JP
30
C6
7
EV
M_
VD
DI
O1
1
1 1
TP16
2
R43
R46
R48
1
JP
19
1
US
B1
.3
JP
14
1
DS
P
LD
OI
N
R17
1
1CL
K_
SE
LJ
P1
0
TP4
U12
GND
U5
R1
JP121
REC
R109
R8
3
FWD
MODE
SW
10
U53
TP27
R66
VDD_I O1 ( DEFLDO2)
CPU_VCC_CORE_1
ONCPU_VCC_CORE_0
LDO_1V3 ( DEFLDO1)
U42
JP28EVM VI N
R49
R51
R50
R47
R44
JP
20 JP21
VDDA_PLL
1
1F
B2
SA
R
TP9
TP8R15
RTC_CLKOUT
I NT0
JP11
R12U1
8
SCL1
2
2
SDA1
JP
5 U6
JP7
1
JP
2
1
RT
CC
OR
E
SW
19
SW
16
L10
C76
2
JP46
1
U39JP22VDD_I O2
1
U68
U13
TP56
U4
R8
8
R8
7
C85+
R77R76
R69U58
EVM 3. 3
J14
JP61
1
TP15
R36
JP23VDD_I O1
R19U20
R13
P11
SHI FT
1
JP32
1
TP26
TP24
TP25
JP
29
EV
M
VD
DI
O2
1
JP
26
EN LDO_1V3/ I O1EV
M
1.
8
1
C6
1R
50
7C3
49
1
U76R26
R30R29
R21
R23
C5
1
P14
R10 P1
R518
R9
RN8RN5
R5
19
RN
1
A1
2
GND
TP53S
W1
3
JP34
R71
C82
U55
R6
2
L7
R57 R5
5
L6
C71
R5
2
EN CPU_CORE
U40
EN VCC_1V8EN VCC_3V3
3V3_USB
U77
R5
06
C6
2
C6
3
C6
4
C3
48
1
Y2
R3
3C
55
R3
4
R28
U24
RN6
STOP
RWD
MENU
R72
C79
U5
6
U5
7
R73
C7
3
C7
4
U47
L8
R58
R60
TP
54
TP
50
R5
6C
68 GND
SW5
JP25
C6
5
FB
5
C5
6C
57
C43
A14
A1
U8
RN7
U62
C91
SW11
U81
ON
D4
C80
U52
R424
DS3
R45
SEL0_MMC1_MCSPISEL1_MMC1_MCSPI
SEL_MMC0_I 2S
R42
21
21
R9
4
C92
R90R91
RESETMSP430
SW12
Y3
C7
7R425
DS4
HPI _ON
R520
R162
J24
21
R95
C93
JP52
R75
R78
ON
C7
2
R423
DS2
TP47
SW4GND
TP13R5
27
JP62
R169
R232
J26
U3
Q6
2
1
U54
C84
Y4C81
U49U48
R53
R54
U44
SW3
ON
U33
C52
U29
U23
U15
U7
JP451
R9
6R
97
C86
J17R70
U50
ONU35U34
C53
TP51
GND
U1
R1
02
R1
03
R9
9R
98
R1
00
R1
01
R5
24
R5
23
R79
TP28GND
U51
U46
U43
SOURCE
NOT USEDBOOTMODE5BOOTMODE4
BOOTM PULSE
BOOTMODE3BOOTMODE2BOOTMODE1BOOTMODE0
U38C54
U69
U70
U71
U21
U10A1
R1
08
R1
04
R1
05
R1
06
R1
07
R5
26
R5
25
R8
6R
85
R8
4
D5
MSP430 OPT
U45
U41
U32
U27
R2
0
J25
HP
I
UA
RT
_E
N
TP1
J31
GND
R93
U82
U83
Q5
U2
6
C4
5
C338
+
C337
R11
L4
C2
6
DS
1R
2
U9 JP4
J2 1
1
J19
C354
C356
U37C6
0R
38
R3
1R
32
C341
R2
2Q3+
R16+
RN
9
C44
C32C28C25
R8C22
RN
4C
15
C1
6
C4
C5
1
GND
MSP430 USB
TP52
MSP430_SPI _DI RMSP430_SPI _OEN
MSP430_SWOPT3MSP430_SWOPT2MSP430_SWOPT1MSP430_SWOPT0
R4
0
C339
TP
14
R39R41
R3
5
R24 R25
U31
+C
48
C342
C3
7
C3
8
C3
9C
11
C1
2
C1
4C
13
S/ N
R92
I R OUT
U60I R I N
J13
1
EMU USB
D1
P3
R89
Q7
IR
D1
R81
C8
8
R80
J16
GND
TP44
JT
AG
H
EA
DE
R
J82
U14
J3
1
L1
UA
RT
1
TP29
SD0
GND
C6
6
1
C5
51
7
US
BC
34
0+
C5
0R
27 TP11
U25
C29C33
C7
C17R
7
R3
L2R6
U61
C89
U59
ASSY 514660 REVTMS320C5517 EVM
VBUSUSB3. 3
TP19D3
TP18+
GND
L5
C5
8
Q4
TP
10
C46C47
U17
C40
L3
C18
C23
C21
A1
R4R5
RN3C3
C1
0
C8
C9
MSP430 UART
C90
Figure 2-1, TMS320C5517 EVM Connectors (top and bottom)
J1J2
J3 J5
J6
P3
DS5
DS6J19
P2P1
SW3
SW6
SW7
SW8
SW9
SW1
SW4
DS2-4
J18
J16
J13
J8
J17
SW11
SW12
J15
P5
P4
J11
M1
M2
SW13SW17
SW14
SW10
SW16
SW18 SW19 SW15
J14
SW5
J10 SW2
U60
IRD1
J31
P9
P8
P7
P6
JP46
DS1
JP52
J21
J20
J22 J23
J26
J25
J24
J7
2-2 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
Table 1: TMS320C5517 EVM Connectors
BoardReference
Type SizeSchematic
PageDescription
J1 Test connector 2 11 Monitors the CLKOUT signal from C5517 processor
J2 RS-232 connector 9 26 Provides RS-232 interface to C5517 processor
J3 USB connector 9 N/A USB interface for embedded JTAG emulation
J5 AIC serial header 1 x 4 30 Provides serial I/O interface for AIC3204 Codec, U19
J6 I2C Probe Point Header 1 x 3 2 Provides I2C interface to C5517 processor
J7 AIC Serial Header 1 x 4 31 Provides serial I/O interface for AIC3204 Codec, U72
J8 TI 14 pin JTAG header 2 x 7 12 Provides external JTAG connection to C5517
J10 Voltage header 5 x 2 29 Provides voltage to ADS Codec Daughter Card
J11 Test connector 2 11 Monitors the CLKIN signal to C5517 processor
J13 USB-B connector 6 11 Provides USB interface to C5517
J14 Expansion header 11 x 2 29 Provides signal interface for ADS Codec Daughter Card
J15 Expansion header 10 x 2 29 Provides analog signal interface to ADS Codec Daughter Card
J16 SD Card connector 28 25 Provides SD Card interface to C5517 processor
J17 14 pin JTAG header 7 x 2 35 Provides external JTAG connection to MSP430
J18 +5V Power Input jack 2 21 Allows board to operate of +5V power supply
J19 USB Mini B connector 9 34 Provides USB interface to MSP430
J20 Programming Header 5 x 2 43 Programming interface for MSP430
J21 MicroSD Card connector 15 25 Provides Micro SD Card interface to C5517 processor
J22 Battery holder 2 21 Allows board to operate off batteries
J23 Display connector 1 x 30 33 Provides interface to OLED display
J24 MSP430 HPI Interface 11 x 2 9 MSP430 HPI and LVL HPI Expansion
J25 MSP430 HPI Interface 11 x 2 9 MSP430 HPI and LVL HPI Expansion
J26 MSP430 HPI Interface 11 x 2 9 MSP430 HPI and LVL HPI Expansion
J31 UART header 1 x 4 26 Provides UART Expansion
P1 Expansion Header 10 x 2 14 1 of 2 expansion headers
P2 Expansion Header 10 x 2 14 2 of 2 expansion headers
P3 RS-232 connector 9 36 Provides RS-232 interface to MSP430 processor
P4 2 post screw connector 2 32 Left channel input to amplifier, U74 for codec U19
P5 2 post screw connector 2 32 Right channel input to amplifier, U74 for codec U19
P6 2 post screw connector 2 32 Left channel input to amplifier, U75 for codec U72
P7 2 post screw connector 2 32 Right channel input to amplifier, U75 for codec U72
P8 Stereo input connector 15 30 Provides microphone in, stereo in, headphone outinterface to AIC3204 Codec, U19
P9 Stereo input connector 15 31 Provides microphone in, stereo in, headphone outinterface to AIC3204 Codec, U72
M1 Left microphone input 2 30 Provides right microphone input to AIC3204 Codec
M2 Right microphone input 2 30 Provides left microphone input to AIC3204 Codec
JP46 McSPI connector 1 x 6 3 Provides interface to McSPI signals
JP52 External Header 2 35 External image of SW12 to MSP430 TDO/TDI JTAG
2-3
Spectrum Digital, Inc
2.2 Switches
This section describes the switches on the TMS320C5517 EVM.
This following tables describe the switch settings for the switches on theTMS320C5517 EVM.
Table 2: TMS320C5517 EVM Switches
SwitchSchematic
PageFunction
SW1 22 Push button Reset
SW2 2 Push button C5517 processor wake up
SW3 7 Boot mode selection DIP switch
SW4 8 Board muxing selection DIP switch
SW5 22 Power option selection DIP switch
SW6 22 Core and I/O voltage selection DIP switch
SW7 21 Power on switch
SW8 29 User readable push button - MENU
SW9 29 User readable push button - UP
SW10 29 User readable push button - MODE
SW11 37 MSP430 user option DIP switch
SW12 34 Push button MSP430 RESET
SW13 29 User readable push button - SHIFT
SW14 29 User readable push button - RWD
SW15 29 User readable push button - SEL
SW16 29 User readable push button - FWD
SW17 29 User readable push button - STOP
SW18 29 User readable push button - DN
SW19 29 User readable push button - REC
Table 3: Switch SW3 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 BTM0 DSP Boot mode 0 select Off
2 BTM1 DSP Boot mode 1 select Off
3 BTM2 DSP Boot mode 2 select Off
4 BTM3 DSP Boot mode 3 select Off
5 BTM4 CLK_IN frequency select #1 On
6 BTM5 CLK_IN frequency select #2 Off
7 No connect N/A
8 DRV_BTMODE BOOTM Pulse Source On
WARNING : Switches should NOT be moved/changed with the power on !
2-4 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
The following table describes boot mode settings using positions 1-4 (0 = OFF,1 =ON).
The input reference for the system clock can be sourced from either an externaloscillator (JP10 jumper inserted) or the 12 MHz on chip USB oscillator (JP10jumper removed). The following table describes frequency selections on CLK_IN ifthe external oscillator is used. Positions 5,6 (0 = OFF, 1 =ON) on switch SW3 areused.
Table 4: Switch SW3 Boot Mode Settings, BOOTMODE [3:0]
Positions4 3 2 1
BOOT Mode, * = factory setting
0 0 0 0 * 16-bit NOR flash data boot, system clock is in bypass mode *
0 0 0 1 16-bit or 8-bit NAND flash data boot, system clock is in bypass mode
0 0 1 0 UART 9600 baud boot, system clock generator output = input clock x 3
0 0 1 1 UART 56700 baud boot, system clock generator output = input clock x 3
0 1 0 0 UART 115200 baud boot, system clock generator output = input clock x 3
0 1 0 1 SPI 16-bit or 24-bit address boot (SPI_CLK < 1 MHz.), system clock generator output = input clock x 3
0 1 1 0 SPI 16-bit or 24-bit address boot (SPI_CLK < 10 MHz.), system clock generator output = input clock x 3
0 1 1 1 Polling mode 2, check in following order: NOR, NAND, SPI, I2C, SD/SDHC/MMC/eMMC Controller 0, McSPI, UART and USB (infinite retry)
1 0 0 0 I2C 16-bit address boot, 400 KHz, system clock generator is in bypass mode
1 0 0 1 SD or SDHC, MMC, or eMMC controller 0 card
1 0 1 0 SD or SDHC, MMC, or eMMC controller 1 card
1 0 1 1 Polling mode 1: check in following order: NOR, NAND, SPI, I2C, SD/SDHC/MMC/eMMC Controller 0
1 1 0 0 HPI 16-bit multiplexed boot mode, system clock generator output = input clock x 3
1 1 0 1 McSPI 24-bit address serial flash at 10 Mhz
1 1 1 0 Reserved
1 1 1 1 USB Boot, system clock generator output = input clock x 3
Table 5: Switch SW3 Frequency Selection
Position 5 Position 6 Frequency Selected, * = factory setting
OFF OFF 11.2896 Mhz. via the CLK_IN pin
ON * OFF * 12.00 or 12.288 MHz. via the CLK_IN pin *
OFF ON 16.8 Mhz. via the CLK_IN pin
ON ON 19.2 Mhz. via the CLK_IN pin
2-5
Spectrum Digital, Inc
The following table describes the functions on switch SW4.
The following table describes HPI Enable/Disable selections on SW4 usingpositions 1,2 (0 = OFF, 1 =ON).
The following table describes MMC1/McSPI MUXing selections on SW4 usingpositions 3,4 (0 = OFF, 1 =ON).
Note: The values can be over ridden by the I/O expander.
Table 6: Switch SW4 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 HPI_ON HPI enable/disable On
2 HPI_SEL_IF HPI enable/disable On
3 SEL1_MMC1_MCSPI MMC1/McSPI MUXing Off
4 SEL0_MMC1_MCSPI MMC1/McSPI MUXing Off
Table 7: Switch SW4, HPI Enable/Disable]
Position 1 Position 2 Mode, * = factory setting
OFF OFF External HPI mode (through JP13)
ON OFF MSP430 HPI mode (for HPI boot mode) *
OFF ON C5517 mode
ON * ON * C5517 mode
Table 8: Switch SW4, MMC1/McSPI MUXing
Position 3 Position 4 Mode, * = factory setting
OFF * OFF * McSPI MSP430 *
ON OFF McSPI Flash
OFF ON MMC1
ON ON Header JP46
Table 9: Switch SW5 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 MSP430_PWR_OPT4 Voltage level select On
2 MSP430_PWR_OPT3 Voltage level select On
3 MSP430_PWR_OPT2 Voltage level select On
4 MSP430_PWR_OPT1 Voltage level select On
2-6 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
The following table describes V_CORE_SEL selections on SW6 using positions 1,2 (0 = OFF, 1 =ON).
The following table describes VLDO 1 and 2 selections on SW6 using positions 3,4 (0 = OFF, 1 =ON).
Table 10: Switch SW6 settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 U47, Pin 7, U47, Pin 10 V_CORE_SEL On
2 U47, Pin 7, U47, Pin 10 V_CORE_SEL On
3 U47, Pin 12 VLDO 1 and 2 Configure On
4 CBTLV_SEL, U47, Pin 13 VLDO 1 and 2 Configure ON
Table 11: Switch SW6, V_CORE_SEL Select
Position 1 Position 2 Mode, * = factory setting
OFF OFF 1.05 Volt default
ON OFF 1.30 Volt default
OFF ON RESERVED
ON * ON * 1.40 Volt *
Table 12: Switch SW6, VLDO Select
Position 4 Position 3 VLDO1 VLDO2 Comment
OFF OFF 1.8V 3.3V Invalid, not used
ON OFF 1.3V 1.8V
OFF ON 2.8V 3.3V Invalid, not used
ON * ON * 1.3V 3.3V Factory Setting
Table 13: Switch SW11 Settings
Position Name Function (0=OFF, 1=ON) Factory Setting
1 MSP430_SWOPT0 MSP430 SPI Routing Off
2 MSP430_SWOPT1 MSP430/C5517 Master Select Off
3 MSP430_SWOPT2 MSP430 user option 2 Off
4 MSP430_SWOPT3 MSP430 user option 3 Off
5 MSP430_SPI_OEn Enables/Disables SPI communication between MSP420 and C5517
On
6 MSP430_SPI_DIR Controls direction (master/slave) of McSPI communication between MSP430 and C5517
On
2-7
Spectrum Digital, Inc
2.3 LEDs
This section describes the LEDs on the TMS320C5517 EVM.
2.4 Jumpers
The figure below shows the jumper positions on the TMS320C5517 EVM.
Table 14: TMS320C5517 LEDs
LED #Schematic
PageColor Signal
DS1 N/A Green Emulation Data Transfer Active
DS2 34 ? MSP430_PIN78
DS3 34 ? MSP430_PIN45
DS4 34 ? MSP430_PIN41
DS5 2 ? C5517 XF Bit, U24, Pin M8
DS6 21 Red +5 Volts
IRD1 36 Infrared IR_OUT
U60 36 NA IR Receiver
WARNING : Jumpers should NOT be moved/changed with the power on !
C313
C4
9 1
JP
15C4
2
C27
JP
9
JP
8
11
HP
VD
D
TP3 TP42
GNDWAKEUP
TP43
GND
TP30
J18
JP57
1
U75
C3
26
R4
87
FB16
C3
32
1
JP531
MI
C_
BI
AS
C34
C3
15
R4
86
FB1
C3
21
1DV
DD
SW7
JP58
1
C3
47
C3
46
C334 C3
33C
33
1
JP59JP60
1
P9
M2
P4C3
44
C3
45
1
U74
P5
C3
23
C322
C3
20
JP56 JP55
1
P8
M1
OF
FO
N
P61
P71
JP54
11
C78
U78
R6
8
R65R64
TP21VPWR_I N
V_
PW
R_
MO
NT
P1
7
1
JP24
LDO_EN
JP16
FB4 1
VDI O4
R18
1
TP7 J6
R14
1
I NT1
TP5
AI C
XF
Q1
DS5
1XF
power suppl i es.Use onl y r ecommendedMax I nput : 5VDC, 4A.
TP46
GND
J2
7
31
L9
42
TP232
GND
J11CLKI N
J15
TP12GND
SCL
SD
A
GND
TP45J5
GND
JP
61
JP
3
TP2
nR
ES
ET
RESET
D6
J2
8
1 3
JP49
C7
5
2 4
R6
71
C2
95
TP40
C3
58
R5
21
1
OS
C1
R516
R522
C3
52
1
C3
6
TP6
Q2CLKOUT
SW2
SW1
DS6
R82
J2
9
1 3
FB
15
J 7
2 4
1
C3
00
C2
98
C2
91
U72
TP49R5
14
C312GND
U79
U73
JP17 FB
3
U80
I OVDD
C4
1
U19
C1
9
C2
0
C2
C6
J1
WAKEUP
TP32
TP31
B-+B
C87
F1
J3
0
1 3
TP41
2 4GND
1
JP
50
C2
99
C3
01
C306
JP51 JP48
C294
RN2
C1
A1
U2
SW
17
SW
14
SEL/
SW
8
JP47
R74
C83
1
EVM VCORE
1
JP31
R61
R6
3
EXT
R59
C69C70
TP
22
JP27ONEVM_1. 3
J10U3
6R
37
C5
9
JP18GND
1
TP48
JP12Y1
C35
C24
C3
0
C3
1
U16
P21
SW
18
DN
SW
15
=
UP
SW
9
MSP430_PWR_EN
JP33
2- 3 5V1- 2 BAT
BAT
VI N SEL
SW6
JP
30
C6
7
EV
M_
VD
DI
O1
1
1 1
TP16
2
R43
R46
R48
1
JP
19
1
US
B1
.3
JP
14
1D
SP
L
DO
IN
R17
1
1CL
K_
SE
LJ
P1
0
TP4
U12
GND
U5
R1
JP121
REC
R109
R8
3
FWD
MODE
SW
10
U53
TP27
R66
VDD_I O1 ( DEFLDO2)
CPU_VCC_CORE_1
ONCPU_VCC_CORE_0
LDO_1V3 ( DEFLDO1)
U42
JP28EVM VI N
R49
R51
R50
R47
R44
JP
20 JP21
VDDA_PLL
1
1F
B2
SA
R
TP9
TP8R15
RTC_CLKOUT
I NT0
JP11
R12U1
8
SCL1
2
2
SDA1
JP
5 U6
JP7
1
JP
2
1
RT
CC
OR
E
SW
19
SW
16
L10
C76
2
JP46
1
U39JP22VDD_I O2
1
U68
U13
TP56
U4
R8
8
R8
7
C85+
R77R76
R69U58
EVM 3. 3
J14
JP61
1
TP15
R36
JP23VDD_I O1
R19U20
R13
P11
SHI FT
1
JP32
1
TP26
TP24
TP25
JP
29
EV
M
VD
DI
O2
1
JP
26
EN LDO_1V3/ I O1EV
M
1.
8
1
C6
1R
50
7C3
49
1
U76R26
R30R29
R21
R23
C5
1
P14
R10 P1
R518
R9
RN8RN5
R5
19
RN
1
A1
2
GND
TP53
SW
13
JP34
R71
C82
U55
R6
2
L7
R57 R5
5
L6
C71
R5
2
EN CPU_CORE
U40
EN VCC_1V8EN VCC_3V3
3V3_USB
U77
R5
06
C6
2
C6
3
C6
4
C3
48
1
Y2
R3
3C
55
R3
4
R28
U24
RN6
STOP
RWD
MENU
R72
C79
U5
6
U5
7
R73
C7
3
C7
4
U47
L8
R58
R60
TP
54
TP
50
R5
6C
68 GND
SW5
JP25
C6
5
FB
5
C5
6C
57
C43
A14
A1
U8
RN7
U62
C91
SW11
U81
ON
D4
C80
U52
R424
DS3
R45
SEL0_MMC1_MCSPISEL1_MMC1_MCSPI
SEL_MMC0_I 2S
R42
21
21
R9
4
C92
R90R91
RESETMSP430
SW12
Y3
C7
7
R425
DS4
HPI _ON
R520
R162
J24
21
R95
C93
JP52
R75
R78
ON
C7
2
R423
DS2
TP47
SW4GND
TP13R5
27
JP62
R169
R232
J26
U3
Q6
2
1
U54
C84
Y4C81
U49U48
R53
R54
U44
SW3
ON
U33
C52
U29
U23
U15
U7
JP451
R9
6R
97
C86
J17R70
U50
ONU35U34
C53
TP51
GND
U1
R1
02
R1
03
R9
9R
98
R1
00
R1
01
R5
24
R5
23
R79
TP28GND
U51
U46
U43
SOURCE
NOT USEDBOOTMODE5BOOTMODE4
BOOTM PULSE
BOOTMODE3BOOTMODE2BOOTMODE1BOOTMODE0
U38C54
U69
U70
U71
U21
U10A1
R1
08
R1
04
R1
05
R1
06
R1
07
R5
26
R5
25
R8
6R
85
R8
4
D5
MSP430 OPT
U45
U41
U32
U27
R2
0
J25
HP
I
UA
RT
_E
N
TP1
J31
GND
R93
U82
U83
Q5
U2
6
C4
5
C338
+
C337
R11
L4
C2
6
DS
1R
2
U9 JP4
J2 1
1
J19
C354
C356
U37C6
0R
38
R3
1R
32
C341
R2
2
Q3+
R16+
RN
9
C44
C32C28C25
R8C22
RN
4C
15
C1
6
C4
C5
1
GND
MSP430 USB
TP52
MSP430_SPI _DI RMSP430_SPI _OEN
MSP430_SWOPT3MSP430_SWOPT2MSP430_SWOPT1MSP430_SWOPT0
R4
0
C339
TP
14
R39R41
R3
5
R24 R25
U31
+
C4
8
C342
C3
7
C3
8
C3
9C
11
C1
2
C1
4C
13
S/ N
R92
I R OUT
U60I R I N
J13
1
EMU USB
D1
P3
R89
Q7
IR
D1
R81
C8
8
R80
J16
GND
TP44
JT
AG
H
EA
DE
R
J82
U14
J3
1
L1
UA
RT
1
TP29
SD0
GND
C6
6
1
C5
51
7
US
BC
34
0+
C5
0R
27 TP11
U25
C29C33
C7
C17
R7
R3
L2R6
U61
C89
U59
ASSY 514660 REVTMS320C5517 EVM
VBUSUSB3. 3
TP19D3
TP18+
GND
L5
C5
8
Q4
TP
10
C46C47
U17
C40
L3
C18
C23
C21
A1
R4R5
RN3C3
C1
0
C8
C9
MSP430 UART
C90
Figure 2-2, TMS320C5517 EVM Jumpers
JP3JP2
JP15
JP24
JP11JP7JP4 JP6
JP47
JP12
JP56
JP55
JP53
JP54
JP59
JP60
JP50
JP58JP57
JP31JP34
JP10JP45
J27 J28 J29
J30
JP52
2-8 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
The table below shows the jumpers on the TMS320C5517 EVM.
Table 15: TMS320C5517 EVM Jumpers
Jumper# of
positionsFactory
StateSchematic
PageFunction
JP2 3 2 - 3 16 VDDC source select
JP3 3 1 - 2 17 nRESET source select
JP4 2 On, 1 - 2 26 UART_EN level select
JP6 3 1 - 2 2 C5517 WAKEUP level select
JP7 4 2 - 3 24 I2C_SDA_PWR source select
JP10 2 On, 1- 2 11 CLK_SEL select, U24, Pin C7ON = external oscillator, OFF = internal oscillator
JP11 4 1 - 3 = Off2 - 4 = Off
24 I2C_SCL_PWR source select
JP12 3 1 - 2 11 AUDIO_MCLK select
JP15 3 2 - 3 30 AIC3402, U19, MIC_BIAS source select, 2-3 = MIC bias enabled
JP24 2 Off 15 LDO_EN select
JP31 3 2 - 3 21 VIN_EVM source select
JP34 3 2 - 3 23 VIO_CBTLV source select
JP45 3 1 - 2 7OEn select, U13, Pin 22
1-2 = Boot switches controlled by reset and MSP4302-3 = Boot switches enabled
JP47 3 1 - 2 39 TPS74701 EN source select
JP50 3 2 - 3 31 AIC3402, U72, MIC_BIAS source select, 2-3 = MIC bias enabled
JP52 3 2 - 3 34 MSP430 RESET
JP53 3 2 - 3 32 AMP1_G0 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP54 3 2 - 3 32 AMP1_G1 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP55 3 1 - 2 32 AMP1_SDL level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP56 3 1 - 2 32 AMP1_SDR level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP57 3 2 - 3 32 AMP2_G0 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP58 3 2 - 3 32 AMP2_G1 level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP59 3 1 - 2 32 AMP2_SDL level select, 1-2 = VIN_EVM, 2-3 = GND-A
JP60 3 1 - 2 32 AMP2_SD# level select, 1-2 = VIN_EVM, 2-3 = GND-A
J27 41-3 = Off2-4 = Off 31
AIC3204, U72, 1-3 I2S0_CLK/McBSP_CLKXX to AIC2_IISCLKAIC3204, U72, 2-4 I2S0_FS/McBSP_FSX to AIC2_IISFS
See J29
J28 41-3 = Off2-4 = Off 31
AIC3204, U72, 1-3 I2S0_DX/McBSP_DX to AIC2_IISD0AIC3204, U72, 2-4 I2S0_RX/McBSP_DR to AIC2_IISD1
See J30
J29 41-3 = Off2-4 = Off 31
AIC3204, U72, 1-3 I2S2_CLK_AIC to AIC2_IISCLKAIC3204, U72, 2-4 I2S2_FS_AIC to AIC2_IISFS
See J27
J30 41-3 = On2-4 = On 31
AIC3204, U72, 1-3 I2S2_DX_AIC to AIC2_IISD0AIC3204, U72, 2-4 I2S2_RX_AIC to AIC2_IISD1
See J28
2-9
Spectrum Digital, Inc
2.5 Test Points
The figure below shows the test point positions on the TMS320C5517 EVM.
C313
C4
9 1
JP
15C4
2
C27
JP
9
JP
8
11
HP
VD
D
TP3 TP42
GNDWAKEUP
TP43
GND
TP30
J18
JP57
1
U75
C3
26
R4
87
FB16
C3
32
1
JP531
MI
C_
BI
AS
C34
C3
15
R4
86
FB1
C3
21
1DV
DD
SW7
JP58
1
C3
47
C3
46
C334 C3
33C
33
1
JP59JP60
1
P9
M2
P4C3
44
C3
45
1
U74
P5
C3
23
C322
C3
20
JP56 JP55
1
P8
M1
OF
FO
N
P61
P71
JP54
11
C78
U78
R6
8
R65R64
TP21VPWR_I N
V_
PW
R_
MO
NT
P1
7
1
JP24
LDO_EN
JP16
FB4 1
VDI O4
R18
1
TP7 J6
R14
1
I NT1
TP5
AI C
XF
Q1
DS5
1XF
power suppl i es.Use onl y r ecommendedMax I nput : 5VDC, 4A.
TP46
GND
J2
7
31
L9
42
TP232
GND
J11CLKI N
J15
TP12GND
SCL
SD
A
GND
TP45J5
GND
JP
61
JP
3
TP2
nR
ES
ET
RESET
D6
J2
8
1 3
JP49
C7
5
2 4
R6
71
C2
95
TP40
C3
58
R5
21
1
OS
C1
R516
R522
C3
52
1
C3
6
TP6
Q2CLKOUT
SW2
SW1
DS6
R82
J2
9
1 3
FB
15
J7
2 4
1
C3
00
C2
98
C2
91
U72
TP49R5
14
C312GND
U79
U73
JP17 FB
3
U80
I OVDD
C4
1
U19
C1
9
C2
0
C2
C6
J1
WAKEUP
TP32
TP31
B-+B
C87
F1
J3
0
1 3
TP41
2 4GND
1
JP
50
C2
99
C3
01
C306
JP51 JP48
C294
RN2
C1
A1
U2
SW
17
SW
14
SEL/
SW
8
JP47
R74
C83
1
EVM VCORE
1
JP31
R61
R6
3
EXT
R59
C69C70
TP
22
JP27ONEVM_1. 3
J10U3
6R
37
C5
9
JP18GND
1
TP48
JP12Y1
C35
C24
C3
0
C3
1
U16
P21
SW
18
DNS
W1
5
=
UP
SW
9
MSP430_PWR_EN
JP33
2- 3 5V1- 2 BAT
BAT
VI N SEL
SW6
JP
30
C6
7
EV
M_
VD
DI
O1
1
1 1
TP16
2
R43
R46
R48
1
JP
19
1
US
B1
.3
JP
14
1
DS
P
LD
OI
N
R17
1
1CL
K_
SE
LJ
P1
0
TP4
U12
GND
U5
R1
JP121
REC
R109
R8
3
FWD
MODE
SW
10
U53
TP27
R66
VDD_I O1 ( DEFLDO2)
CPU_VCC_CORE_1
ONCPU_VCC_CORE_0
LDO_1V3 ( DEFLDO1)
U42
JP28EVM VI N
R49
R51
R50
R47
R44
JP
20 JP21
VDDA_PLL
1
1F
B2
SA
R
TP9
TP8R15
RTC_CLKOUT
I NT0
JP11
R12U1
8
SCL1
2
2
SDA1
JP
5 U6
JP7
1
JP
2
1
RT
CC
OR
E
SW
19
SW
16
L10
C76
2
JP46
1
U39JP22VDD_I O2
1
U68
U13
TP56
U4
R8
8
R8
7
C85+
R77R76
R69U58
EVM 3. 3
J14
JP61
1
TP15
R36
JP23VDD_I O1
R19U20
R13
P11
SHI FT
1
JP32
1
TP26
TP24
TP25
JP
29
EV
M
VD
DI
O2
1
JP
26
EN LDO_1V3/ I O1EV
M
1.
8
1
C6
1R
50
7C3
49
1
U76R26
R30R29
R21
R23
C5
1
P14
R10 P1
R518
R9
RN8RN5
R5
19
RN
1
A1
2
GND
TP53
SW
13
JP34
R71
C82
U55
R6
2
L7
R57 R5
5
L6
C71
R5
2
EN CPU_CORE
U40
EN VCC_1V8EN VCC_3V3
3V3_USB
U77
R5
06
C6
2
C6
3
C6
4
C3
48
1
Y2
R3
3C
55
R3
4
R28
U24
RN6
STOP
RWD
MENU
R72
C79
U5
6
U5
7
R73
C7
3
C7
4
U47
L8
R58
R60
TP
54
TP
50
R5
6C
68 GND
SW5
JP25
C6
5
FB
5
C5
6C
57
C43
A14
A1
U8
RN7
U62
C91
SW11
U81
ON
D4
C80
U52
R424
DS3
R45
SEL0_MMC1_MCSPISEL1_MMC1_MCSPI
SEL_MMC0_I 2S
R42
21
21
R9
4
C92
R90R91
RESETMSP430
SW12
Y3
C7
7
R425
DS4
HPI _ON
R520
R162
J24
21
R95
C93
JP52
R75
R78
ON
C7
2
R423
DS2
TP47
SW4GND
TP13R5
27
JP62
R169
R232
J26
U3
Q6
2
1
U54
C84
Y4C81
U49U48
R53
R54
U44
SW3
ON
U33
C52
U29
U23
U15
U7
JP451
R9
6R
97
C86
J17R70
U50
ONU35U34
C53
TP51
GND
U1
R1
02
R1
03
R9
9R
98
R1
00
R1
01
R5
24
R5
23
R79
TP28GND
U51
U46
U43
SOURCE
NOT USEDBOOTMODE5BOOTMODE4
BOOTM PULSE
BOOTMODE3BOOTMODE2BOOTMODE1BOOTMODE0
U38C54
U69
U70
U71
U21
U10A1
R1
08
R1
04
R1
05
R1
06
R1
07
R5
26
R5
25
R8
6R
85
R8
4
D5
MSP430 OPT
U45
U41
U32
U27R
20
J25
HP
I
UA
RT
_E
N
TP1
J31
GND
R93
U82
U83
Q5
U2
6
C4
5C338
+
C337
R11
L4
C2
6
DS
1R
2
U9 JP4
J2 1
1
J19
C354
C356
U37C6
0R
38
R3
1R
32
C341
R2
2
Q3+
R16+
RN
9
C44
C32C28C25
R8C22
RN
4C
15
C1
6
C4
C5
1
GND
MSP430 USB
TP52
MSP430_SPI _DI RMSP430_SPI _OEN
MSP430_SWOPT3MSP430_SWOPT2MSP430_SWOPT1MSP430_SWOPT0
R4
0
C339
TP
14
R39R41
R3
5
R24 R25
U31
+
C4
8
C342
C3
7
C3
8
C3
9C
11
C1
2
C1
4C
13
S/ N
R92
I R OUT
U60I R I N
J13
1
EMU USB
D1
P3
R89
Q7
IR
D1
R81
C8
8
R80
J16
GND
TP44
JT
AG
H
EA
DE
R
J82
U14
J3
1
L1
UA
RT
1
TP29
SD0
GND
C6
6
1
C5
51
7
US
BC
34
0+
C5
0R
27 TP11
U25
C29C33
C7
C17
R7
R3
L2R6
U61
C89
U59
ASSY 514660 REVTMS320C5517 EVM
VBUSUSB3. 3
TP19D3
TP18+
GND
L5
C5
8
Q4
TP
10
C46C47
U17
C40
L3
C18
C23
C21
A1
R4R5
RN3C3
C1
0
C8
C9
MSP430 UART
C90
Figure 2-3, TMS320C5517 EVM Test Points (top and bottom)
TP2
TP12
TP42TP6TP1 TP3
TP23
TP16
TP46
TP5TP7
TP28
TP8
TP17
TP49
TP40TP21TP41
TP31TP30
TP53TP52
TP48 TP9
TP44
TP18
TP47 TP13
TP19
TP29
TP32 TP43TP27TP22TP50
TP45TP56
TP24-26
TP15
TP51
TP54
2-10 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
The table below shows the test points on the TMS320C5517 EVM.
Table 16: TMS320C5517 EVM Test Points
Test PointSchematic
PageBoard Side Signal, Device, Pin
TP1 16 Top GND
TP2 17 Top nRESET
TP3 2 Top WAKEUP, U24, Pin E8
TP4 29 Top GND
TP5 2 Top XF, U24, Pin M8
TP6 30 Top AIC_GPIO, U19, Pin 32
TP7 2 Top INT1, U24, Pin E7
TP8 2 Top INT0, U24, Pin C6
TP9 2 Top RTC_CLKOUT, U24, Pin D8
TP12 24 Top GND
TP13 33 Top LCD_RX
TP15 29 Top ADS_GPIO5
TP16 24 Top 3V3_MSP430
TP17 24 Top V_PWR_MON
TP18 21 Top GND
TP19 11 Top VBUS, U76, Pin A2
TP21 21 Top VPWR_IN
TP22 22 Top LOBATn, U47, Pin 21
TP23 26 Top GND
TP24 22 Top PWRFAILm, U47, Pin 31
TP25 22 Top PWRFAIL_SNS, U47, Pin 38
TP26 22 Top LOWBAT_SNS, U47, Pin 39
TP27 21 Top VBATOUT
TP28 11 Top GND
TP29 30 Top GND
TP30 21 Top V5
TP31 21 Top B+
TP32 21 Top B-
TP40 31 Top AIC_GPIO, U72, Pin 32
TP41 31 Top GND
TP42-53 21 Top GND
TP54 22 Top VRTC, U47, Pin 16
TP56 6 Top SPI_ALT_CS0, U10, Pin 13
2-11
Spectrum Digital, Inc
2-12 TMS320C5517 EVM Technical Reference
Appendix A
Appendix A provides the mechanical information about the TMS320C5517 EVM.
A-1
Spectrum Digital, Inc
Figure A-1, TMS320C5517 EVM Top Dimensions
Not
e: T
his
draw
ing
NO
T to
sca
le
A-2 TMS320C5517 EVM Technical Reference
Appendix B
Schematics
This appendix contains the schematics for the TMS320C5517 EVM.The schematics for the Spectrum Digital’s embedded JTAG emulator arenot included.
B-1
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
4. ALL 0.1 uF AND 0.01uF CAPACITORS ARE DECOUPLING CAPS UNLESS
OTHERWISE NOTED. THEY ARE SHOWN ON THE PAGE WITH THE INTEGRATED
CIRCUITS THEY SHOULD BE PLACED NEAR.
NOTES, UNLESS OTHERWISE SPECIFIED:
1. RESISTANCE VALUES IN OHMS.
2. CAPACTITANCE VALUES IN MICROFARADS.
3. REFERENCE DESIGNATORS USED:
SHEET
SHEET
SHEET
SHEET
REV
REV
REV
REV
ENGR
2
REVISION STATUS OF SHEETS
1
DATE
DATE
ENGR-MGR
MFG
7
DWN
DATE
8
DATE
DATE
CHK
RLSE
APPLICATION
35
NEXT ASSY
DATE
6
DATE
9
QA
USED ON
4
AD
DD
R.R.P.
T.W.K.
R.R.P.
R.R.P.
C.M.D.
R.R.P.
R.R.P.
3/31/2011
3/31/2011
3/31/2011
3/31/2011
3/31/2011
3/31/2011
3/31/2011
DD
BD
D
10
11
12
13
14
15
16
A
DA
AA
DA
BD
A
17
18
19
20
A
21
31
22
32
23
33
24
34
25
35
26
36
27
28
29
30
37
D
AD
AA
AD
BD
DD
DD
DD
AD
Schematic Contents
01 - TITLE PAGE
02 - TMS320C5517 GPIO/MMC/SPI/I2C
03 - MMC1/McSPI MUXING
04 - I/O MUXING
05 - I2S2 MUXING
06 - HPI I/O DISABLE
07 - BOOTMODE INTERFACE
08 - HPI INTERFACE CONNECTOR
09 - HPI
10 - HPI LEVEL TRANSLATORS
11 - TMS320C5517 CLOCKS/JTAG/USB
12 - EMULATION - JTAG
13 - TMS320C5517 EMIF
14 - CC Board Interface
15 - TMS320C5517 Power
16 - CPU Decoupling Caps
17 - RESET
18 - Mobile DRAM Interface
19 - NAND Flash Interface
20 - NOR Flash Interface
21 - Power Input
22 - TPS65023 Power Management
23 - RTC REGULATOR
24 - POWER Router
25 - MMC / SD
26 - UART
27 - I2C EEPROM/SPI FLASH
28 - I2C EXPANDER
29 - SAR Resistor Network
30 - CODEC1
31 - CODEC2
32 - AUDIO AMPS
33 - COLOR LCD INTERFACE
34 - MSP430
35 - MSP430 GLUE
36 - MSP430 SPI
37 - MSP430 OPTION SWITCH
38 - MSP430 POWER
39 - REVISION HISTORY
Initial schematic for layout
3/31/2011
RRP
A
Added 2 codecs, audio amplifiers
8/22/2012
RRP
C
Sync'd codec clocks, HPI_ON to IO Exp,
MSP430 to LCD, minor fixes
12/19/2013
MM
D
CHANGES FOR BETA BUILD
1/09/2012
RRP
B
38
A
39
B
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
13
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
TIT
LE S
HE
ET
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
13
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
TIT
LE S
HE
ET
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
13
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
TIT
LE S
HE
ET
B-2 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
I2C
Pro
be
Poi
nt H
eade
rs
PWR JP
I2C
_SD
AI2
C_S
CL
GP
AIN
3G
PA
IN2
GP
AIN
1G
PA
IN0
MM
C0_
D1/
I2S
0_R
X/G
P[3
]/M
cBS
P_D
RM
MC
0_D
0/I2
S0_
DX
/GP
[2]/
McB
SP
_DX
MM
C0_
CM
D/I2
S0
_FS
/GP
[1]/M
cBS
P_F
SX
MM
C0_
CLK
/I2S
0_C
LK/G
P[0
]/M
cBS
P_
CL
KX
MM
C0_
D3
/GP
[5]/
McB
SP
_CLK
R_C
LK
SM
MC
0_D
2/G
P[4
]/M
cBS
P_F
SR
HP
I_H
INT
/SP
I0_C
LK
HP
I_H
CN
TL0
/SP
I_C
S0
HP
I_H
NC
TL1
/SP
I_C
S1
HP
I_H
R_N
W/S
PI_
CS
2H
PI_
HR
DY
/SP
I_C
S3
MM
C1_
D1/
McS
PI_
SO
MI/
GP
[9]
MM
C1_
D0/
McS
PI_
SIM
O/G
P[8
]M
MC
1_C
MD
/McS
PI_
CS
0/G
P[7
]M
MC
1_C
LK/M
cSP
I_C
LK/G
P[6
]
MM
C1_
D3/
McS
PI_
C1
/GP
[11]
MM
C1_
D2/
McS
PI_
CS
3/G
P[1
0]
HP
I_D
[2]/G
P[1
2]H
PI_
D[3
]/GP
[13]
HP
I_D
[4]/G
P[1
4]H
PI_
D[5
]/GP
[15]
HP
I_D
[6]/G
P[1
6]H
PI_
D[7
]/GP
[17]
HP
I_D
[8]/I
2S
2_C
LK/G
P[1
8]/S
PI_
CLK
HP
I_D
[9]/I
2S
2_F
S/G
P[1
9]/
SP
I_C
S0
HP
I_D
[10]
/I2S
2_R
X/G
P[2
0]/S
PI_
RX
HP
I_D
[11]
/I2S
2_D
X/G
P[2
7]/S
PI_
TX
HP
I_D
[12]
/UA
RT
_R
TS
/GP
[28
]/I2
S3
_CLK
HP
I_D
[13]
/UA
RT
_C
TS
/GP
[29
]/I2
S3
_FS
HP
I_D
[14]
/UA
RT
_R
X/G
P[3
0]/I
2S
3_R
XH
PI_
D[1
5]/U
AR
T_
DX
/GP
[31
]/I2
S3_
DX
HP
I_D
[0]/S
PI_
RX
HP
I_D
[1]/S
PI_
TX
WA
KE
UP
RT
C_C
LKO
UT
VD
D_I
O1
VD
D_I
O1
VD
D_I
O1
VD
DIO
4
VD
DIO
4
VD
DIO
4
XF
[29
]
INT
0[2
1]IN
T1
[29]
nRE
SE
T[7
,17,
28,
30,
33]
RT
C_C
LKO
UT
[14
]H
PI_
D[0
]/SP
I_R
X[6
,10]
HP
I_D
[1]/S
PI_
TX
[6,1
0]
HP
I_D
[2]/G
P[1
2][6
,10]
HP
I_D
[3]/G
P[1
3][6
,10]
HP
I_D
[4]/G
P[1
4][6
,10]
HP
I_D
[5]/G
P[1
5][6
,10]
HP
I_D
[6]/G
P[1
6][6
,10]
HP
I_D
[7]/G
P[1
7][6
,10]
HP
I_D
[8]/I
2S
2_C
LK/G
P[1
8]/S
PI_
CL
K[5
,10]
HP
I_D
[9]/I
2S
2_F
S/G
P[1
9]/
SP
I_C
S0
[5,1
0]
HP
I_D
[10]
/I2S
2_R
X/G
P[2
0]/S
PI_
RX
[5,1
0]
HP
I_D
[11]
/I2S
2_D
X/G
P[2
7]/S
PI_
TX
[5,1
0]H
PI_
D[1
2]/U
AR
T_R
TS
/GP
[28]
/I2S
3_C
LK[6
,10]
HP
I_D
[13]
/UA
RT
_CT
S/G
P[2
9]/I2
S3
_FS
[6,1
0]H
PI_
D[1
4]/U
AR
T_R
X/G
P[3
0]/I2
S3_
RX
[6,1
0]
HP
I_D
[15]
/UA
RT
_DX
/GP
[31]
/I2S
3_D
X[6
,10
]
HP
I_H
CN
TL0
/SP
I_C
S0
[6,1
0]
HP
I_H
INT
/SP
I0_C
LK[6
,10]
HP
I_H
NC
TL1
/SP
I_C
S1
[6,1
0]H
PI_
HR
_NW
/SP
I_C
S2
[10]
HP
I_H
RD
Y/S
PI_
CS
3[1
0]
MM
C0
_CLK
/I2S
0_C
LK/G
P[0
]/M
cBS
P_
CLK
X[4
]M
MC
0_C
MD
/I2S
0_F
S/G
P[1
]/M
cBS
P_F
SX
[4]
MM
C0
_D0/
I2S
0_D
X/G
P[2
]/M
cBS
P_D
X[4
]M
MC
0_D
1/I2
S0_
RX
/GP
[3]/
McB
SP
_DR
[4]
MM
C0
_D2/
GP
[4]/M
cBS
P_F
SR
[4]
MM
C0
_D3/
GP
[5]/M
cBS
P_C
LK
R_C
LKS
[4]
MM
C1
_CLK
/McS
PI_
CLK
/GP
[6]
[3]
MM
C1
_CM
D/M
cSP
I_C
S0
/GP
[7]
[3]
MM
C1
_D
0/M
cSP
I_S
IMO
/GP
[8]
[3]
MM
C1
_D1/
McS
PI_
SO
MI/
GP
[9]
[3]
MM
C1
_D2/
McS
PI_
CS
3/G
P[1
0][3
]M
MC
1_D
3/M
cSP
I_C
1/G
P[1
1][3
]
GP
AIN
2[2
9]G
PA
IN1
[29]
GP
AIN
0[2
9]
GP
AIN
3[2
9]
I2C
_SC
L[3
,5,1
4,27
,28
,29
]I2
C_S
DA
[3,5
,14,
27,2
8,2
9]
MS
P4
30_
DR
V_
WA
KE
UP
[35
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
GP
IO,M
MC
-SD
,SP
I,I2
C,I
2S
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
GP
IO,M
MC
-SD
,SP
I,I2
C,I
2S
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
GP
IO,M
MC
-SD
,SP
I,I2
C,I
2S
TP
5X
F
DS
5X
F
J6
NO
-PO
P,H
EA
DE
R 3
1 2 3
R1
510
0K
R14
10K
GS
D
Q1
IRLM
L64
01
1
32
R14
4
10K
R18
10K
JP1
6N
O-P
OP
12
TP
8IN
T0
R23
70
R1
210
0K
R1
49
1K
I2C DVDDIO
ADC
VDDA_ANA
DVDDIO
DVDDRTC
DVDDIO
DVDDIO
DVDDIO
U24
A
TM
S32
0C5
517
MM
C0_
CLK
/I2S
0_C
LK/G
P[0
]/McB
SP
_CLK
XL1
0
MM
C0_
CM
D/I2
S0
_FS
/GP
[1]/M
cBS
P_F
SX
M11
MM
C0_
D0
/I2S
0_D
X/G
P[2
]/McB
SP
_DX
L9
MM
C0_
D1/
I2S
0_R
X/G
P[3
]/M
cBS
P_D
RM
10
MM
C0_
D2/
GP
[4]/M
cBS
P_F
SR
L12
MM
C0
_D3
/GP
[5]/
McB
SP
_CL
KR
_CLK
SL1
1
MM
C1_
CLK
/McS
PI_
CL
K/G
P[6
]M
13
MM
C1
_CM
D/M
cSP
I_C
S0
/GP
[7]
L14
MM
C1_
D0
/McS
PI_
SIM
O/G
P[8
]M
14
MM
C1_
D1
/McS
PI_
SO
MI/G
P[9
]M
12
MM
C1
_D2
/McS
PI_
CS
3/G
P[1
0]K
14
MM
C1_
D3
/McS
PI_
C1/
GP
[11]
L13
HP
I_D
[0]/S
PI_
RX
P6
HP
I_D
[1]/S
PI_
TX
N6
HP
I_D
[2]/G
P[1
2]P
7
HP
I_D
[3]/G
P[1
3]N
7
HP
I_D
[4]/G
P[1
4]N
8
HP
I_D
[5]/
GP
[I5]
P9
HP
I_D
[6]/G
P[1
6]N
9
HP
I_D
[7]/G
P[1
7]P
10
HP
I_D
[8]/
I2S
2_C
LK
/GP
[18
]/SP
I_C
LKN
10
HP
I_D
[9]/I
2S2_
FS
/GP
[19
]/ S
PI_
CS
0P
11
HP
I_D
[10]
/I2S
2_R
X/G
P[2
0]/S
PI_
RX
N1
1
HP
I_D
[11
]/I2
S2
_DX
/GP
[27]
/SP
I_T
XP
12
HP
I_D
[12]
/UA
RT
_RT
S/G
P[2
8]/I2
S3
_CL
KN
12
HP
I_D
[13]
/UA
RT
_C
TS
/GP
[29]
/I2S
3_F
SP
13
HP
I_D
[14
]/UA
RT
_RX
/GP
[30]
/I2S
3_R
XN
13
HP
I_D
[15
]/UA
RT
_DX
/GP
[31]
/I2S
3_D
XP
14
HP
I_H
INT
/SP
I0_C
LKN
3
HP
I_H
CN
TL
0/S
PI_
CS
0P
4
HP
I_H
NC
TL
1/S
PI_
CS
1N
4
HP
I_H
R_N
W/S
PI_
CS
2P
5
HP
I_H
RD
Y/S
PI_
CS
3N
5
INT
1n
E7
INT
0n
C6
RE
SE
Tn
D6
XF
M8
WA
KE
UP
E8
RS
V5_
(GN
D)
C1
3
RS
V4_
(GN
D)
C1
4
GP
AIN
3C
11
GP
AIN
2B
11
GP
AIN
1A
11
GP
AIN
0D
10
SC
LB
7S
DA
B8
RT
C_
CL
KO
UT
D8
DV
DD
RT
CF
8
TP
7IN
T1
SW
2
Wak
eup
143
2
R13
1
10K
TP
3W
AK
EU
P
R13
21K
C57
1uF C
128
0.1
uF
JP6
HE
AD
ER
3
1 2 3
C17
10
.1uF
TP
9R
TC
_CLK
OU
T
B-3
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
SE
L1_
MM
C1
_MC
SP
IS
EL
0_M
MC
1_M
CS
PI
SE
L0_
MM
C1
_MC
SP
IS
EL1
_M
MC
1_M
CS
PI
SE
L1_
MM
C1_
MC
SP
IS
EL
0_M
MC
1_M
CS
PI
MM
C1_
D1
MM
C1_
D0
MM
C1_
CLK
MM
C1_
D3
MM
C1_
D2
MM
C1_
CM
D
McS
PI_
SO
MI
McS
PI_
SIM
O
McS
PI_
CLK
McS
PI_
CS
0
McS
PI_
C1/
GP
[11]
McS
PI_
CS
3/G
P[1
0]A
DS
_G
PIO
10
GP
IO1
1
MM
C1
_D1
/McS
PI_
SO
MI/G
P[9
]
MM
C1
_D0
/McS
PI_
SIM
O/G
P[8
]
MM
C1_
CL
K/M
cSP
I_C
LK
/GP
[6]
MM
C1_
D3
/McS
PI_
C1/
GP
[11
]
MM
C1
_D2
/McS
PI_
CS
3/G
P[1
0]
MM
C1_
CM
D/M
cSP
I_C
S0/
GP
[7]
I2C
_S
CL
I2C
_S
DA
I2C
_S
DA
_3V
3
I2C
_S
CL_
3V3
McS
PI_
CLK
_FLA
SH
McS
PI_
CS
0_F
LAS
H
McS
PI_
SO
MI_
FLA
SH
McS
PI_
SIM
O_
FLA
SH
McS
PI_
CLK
_CO
NN
McS
PI_
CL
K_C
ON
N
McS
PI_
CS
0_C
ON
N
McS
PI_
CS
0_C
ON
N
McS
PI_
SO
MI_
CO
NN
McS
PI_
SIM
O_
CO
NN
McS
PI_
SO
MI_
CO
NN
McS
PI_
SIM
O_
CO
NN
McS
PI_
CS
3_C
ON
N
McS
PI_
C1_
CO
NN
McS
PI_
CS
3_C
ON
NM
cSP
I_C
1_C
ON
N
VIO
_CB
TL
V
VIO
_CB
TL
V
VIO
_CB
TL
VV
IO_
CB
TLV
VD
D_I
O1
V3
.3V
3.3
V3.
3
VD
D_
IO1
I2C
_S
CL
[2,5
,14,
27,
28,
29]
I2C
_S
DA
[2,5
,14,
27,
28,
29]
MM
C1_
CLK
[14,
25]
MM
C1_
CM
D[1
4,2
5]
MM
C1_
D0
[14,
25]
MM
C1_
D1
[14,
25]
MM
C1_
D2
[14,
25]
MM
C1_
D3
[14,
25]
McS
PI_
CLK
[36]
McS
PI_
CS
0[3
6]
McS
PI_
SIM
O[3
6]
McS
PI_
SO
MI
[36
]
AD
S_
GP
IO10
[29]
GP
IO11
[29]
MM
C1_
CL
K/M
cSP
I_C
LK
/GP
[6]
[2] M
MC
1_C
MD
/McS
PI_
CS
0/G
P[7
][2
]
MM
C1
_D0/
McS
PI_
SIM
O/G
P[8
][2
]
MM
C1
_D1/
McS
PI_
SO
MI/G
P[9
][2
]
MM
C1
_D2/
McS
PI_
CS
3/G
P[1
0][2
]
MM
C1
_D3
/McS
PI_
C1/
GP
[11]
[2]
SE
L0_M
MC
1_M
CS
PI
[8,2
8]
SE
L1_M
MC
1_M
CS
PI
[8,2
8]
I2C
_S
CL_
3V3
[24]
I2C
_S
DA
_3V
3[2
4]
McS
PI_
CS
0_F
LA
SH
[27
]
McS
PI_
SO
MI_
FL
AS
H[2
7]
McS
PI_
CLK
_FL
AS
H[2
7]
McS
PI_
SIM
O_F
LA
SH
[27]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
MM
C1
MU
XIN
G
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
MM
C1
MU
XIN
G
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
MM
C1
MU
XIN
G
R52
010
K
C9
8
0.1
uF
JP6
2N
O-P
OP
12
R21
0
C1
040
.1u
F
U71
SN
74C
B3
Q32
53P
WR
1B1
6
1B2
5
1B3
4
1B4
3
2B1
10
2B2
11
2B3
12
2B4
13
2O
E15
S0
14
1A
7
2A
9
10E
1
S1
2V
IN16
GN
D8
R4
341
0K
R11
71K
C28
90
.1u
F
R4
3510
K
R11
64.
7K
U69
SN
74C
B3
Q32
53P
WR
1B1
6
1B2
5
1B3
4
1B4
3
2B1
10
2B2
11
2B3
12
2B4
13
2O
E15
S0
14
1A
7
2A
9
10E
1
S1
2V
IN16
GN
D8
C28
80
.1u
F
R4
36N
O-P
OP
JP4
6
HE
AD
ER
6
1 2 3 4 5 6
C29
00
.1u
F
R4
37N
O-P
OP
U1
PC
A9
306
VR
EF
12
SC
L13
SD
A1
4
GN
D1
EN
8V
RE
F2
7
SD
A2
5
SC
L26
U70
SN
74C
B3
Q32
53P
WR
1B1
6
1B2
5
1B3
4
1B4
3
2B1
10
2B2
11
2B3
12
2B4
13
2O
E15
S0
14
1A
7
2A
9
10E
1
S1
2V
IN16
GN
D8
R29
0
R11
54
.7K
B-4 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
AD
S_G
PIO
4
AD
S_G
PIO
0
AD
S_G
PIO
1
AD
S_G
PIO
2
AD
S_G
PIO
3
GP
IO4
GP
[4]/M
cBS
P_
FS
R
I2S
0_C
LK
/GP
[0]/
McB
SP
_CLK
X
I2S
0_D
X/G
P[2
]/McB
SP
_D
X
MM
C0_
D1/
I2S
0_R
X/G
P[3
]/M
cBS
P_
DR
MM
C0_
D0/
I2S
0_D
X/G
P[2
]/M
cBS
P_
DX
MM
C0_
CM
D/I2
S0_
FS
/GP
[1]/
McB
SP
_F
SX
MM
C0_
CLK
/I2S
0_C
LK/G
P[0
]/McB
SP
_CLK
X
MM
C0_
D3/
GP
[5]/
McB
SP
_CLK
R_
CLK
S
MM
C0_
D2/
GP
[4]/
McB
SP
_FS
RM
MC
0_D
1
MM
C0_
D0
MM
C0_
CM
D
MM
C0_
CLK
MM
C0_
D3
MM
C0_
D2
GP
IO5
AD
S_G
PIO
5G
P[5
]/McB
SP
_C
LK
R_
CLK
S
I2S
0_R
X/G
P[3
]/M
cBS
P_D
R
VIO
_C
BT
LV
VIO
_C
BT
LV
VD
D_I
O1
AD
S_
GP
IO5
[29
]
GP
IO4
[14
]
GP
IO5
[14
]
AD
S_
GP
IO0
[29
]
AD
S_
GP
IO3
[29
]
I2S
0_C
LK/M
cBS
P_C
LKX
[30,
31]
I2S
0_D
X/M
cBS
P_D
X[3
0,31
]
MM
C0_
CL
K/I
2S0
_CL
K/G
P[0
]/McB
SP
_CLK
X[2
]
MM
C0_
CM
D/I
2S0_
FS
/GP
[1]/M
cBS
P_F
SX
[2]
MM
C0
_D0
/I2S
0_D
X/G
P[2
]/M
cBS
P_D
X[2
] MM
C0_
D1/
I2S
0_R
X/G
P[3
]/M
cBS
P_
DR
[2]
MM
C0_
D2/
GP
[4]/M
cBS
P_F
SR
[2]
MM
C0
_D3
/GP
[5]/
McB
SP
_C
LK
R_C
LK
S[2
]
MM
C0_
CLK
[25]
MM
C0_
CM
D[2
5]
MM
C0_
D0
[25]
MM
C0_
D1
[25]
MM
C0_
D2
[25]
MM
C0_
D3
[25]
McB
SP
_CLK
R[3
0]
McB
SP
_FS
R[3
0]
AD
S_
GP
IO4
[29
]
I2S
0_R
X/M
cBS
P_D
R[3
0,31
]
AD
S_
GP
IO2
[29
]
I2S
0_F
S/M
cBS
P_F
SX
[30
,31
]
AD
S_
GP
IO1
[29
]
SE
L_M
MC
0_I2
S[8
,28
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
43
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
I/O
MU
LTIP
LE
XIN
G
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
43
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
I/O
MU
LTIP
LE
XIN
G
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
43
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
I/O
MU
LTIP
LE
XIN
G
R25
30
R21
80
R50
91
0K R30
0
JP6
1N
O-P
OP
12
U20
TS
3A27
518E
PW
NC
21
NC
12
NO
CO
N3
3
CO
M1
4
GN
D5
CO
M2
6
CO
M3
7
V+
8
CO
M4
9
CO
M5
10
NO
11
1
CO
M6
12
NO
21
3
IN2
14
NO
31
5
NO
61
6
NO
41
7
NO
51
8
NC
51
9
EN
n20
NC
42
1
NC
62
2
NC
32
3
IN1
24
R21
20
R23
0
R21
30
R20
40
R36
0
R26
0
C16
20.
1uF
R24
60
R21
60
R20
8N
O-P
OP
R24
40
R34
20
R20
51
0K
R24
20
B-5
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
HP
I_O
N
HP
I_O
N
SP
I_I2
S2_
S1
SP
I_I2
S2_
S0
SP
I_I2
S2_
S1
SP
I_I2
S2_
S0
SE
L_I2
C_S
0S
EL_
I2C
_S1
I2C
_S
CL_
BO
TH
I2C
_S
DA
_B
OT
H
VIO
_CB
TL
V
VIO
_CB
TL
V
VIO
_C
BT
LV
VIO
_CB
TL
V
VIO
_CB
TL
V
VD
D_I
O1
VD
D_I
O1
SP
I_C
S0
[27
,29]
HP
I_D
[8]/
I2S
2_C
LK/G
P[1
8]/S
PI_
CLK
[2,1
0]
HP
I_D
[9]/I
2S
2_F
S/G
P[1
9]/
SP
I_C
S0
[2,1
0]
HP
I_O
N[5
,6,8
,18
,28]
HP
I_O
N[5
,6,8
,18,
28]
HP
I_D
[10
]/I2
S2
_RX
/GP
[20]
/SP
I_R
X[2
,10]
HP
I_D
[11]
/I2S
2_D
X/G
P[2
7]/S
PI_
TX
[2,1
0]
SP
I_C
LK
[27,
29]
I2S
2_C
LK[1
4,2
9]
I2S
2_F
S[1
4,29
]
SP
I_R
X[2
7,29
]I2
S2
_RX
[14,
29]
SP
I_D
X[2
7,29
]I2
S2
_DX
[14,
29]
LCD
_CS
[33]
LCD
_DX
[33]
LCD
_RX
[33]
SP
I_I2
S2
_S1
[28
]S
PI_
I2S
2_S
0[2
8]
LCD
_SC
LK
[33
]I2
S2
_CLK
_A
IC[3
1]
I2S
2_F
S_A
IC[3
1]
I2S
2_R
X_
AIC
[31]
I2S
2_D
X_
AIC
[31]
I2C
_SC
L_A
IC0
[30]
I2C
_SD
A_A
IC0
[30
]
I2C
_SC
L_A
IC1
[31]
I2C
_SD
A_A
IC1
[31
]I2
C_
SD
A[2
,3,1
4,2
7,2
8,29
]
I2C
_SC
L[2
,3,1
4,2
7,2
8,2
9]
SE
L_I2
C_
S1
[28,
29]
SE
L_I2
C_
S0
[28,
29]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
45
39
B
TM
S32
0C5
517
EV
AL
UA
TIO
N M
OD
ULE
I/O M
ULT
IPLE
XIN
G
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
45
39
B
TM
S32
0C5
517
EV
AL
UA
TIO
N M
OD
ULE
I/O M
ULT
IPLE
XIN
G
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
45
39
B
TM
S32
0C5
517
EV
AL
UA
TIO
N M
OD
ULE
I/O M
ULT
IPLE
XIN
G
C1
630.
1uF
R21
41
0k
R5
21N
O-P
OP
R4
5810
k
R52
2N
O-P
OP
C3
58N
O-P
OP
R45
91
0k
C31
40
.1uF
U29
SN
74C
B3Q
325
3P
WR
1B1
6
1B2
5
1B3
4
1B4
3
2B1
10
2B2
11
2B3
12
2B4
13
2O
E15
S0
14
1A7
2A9
10E
1
S1
2V
IN1
6
GN
D8
R51
44
7K
R4
84N
O-P
OP
R48
2N
O-P
OP
R22
01
0k
C35
2N
O-P
OP
U80
BA
T54
CW
11
22
33
R48
5N
O-P
OP
R48
3N
O-P
OP
R5
1647
K
U23
SN
74C
B3Q
3253
PW
R
1B1
6
1B2
5
1B3
4
1B4
3
2B1
10
2B2
11
2B3
12
2B4
13
2O
E1
5
S0
14
1A7
2A9
10E
1
S1
2V
IN1
6
GN
D8
C19
20.
1uF
U7
3
SN
74C
B3Q
3253
PW
R
1B
16
1B
25
1B
34
1B
43
2B
11
0
2B
21
1
2B
31
2
2B
41
3
2O
E1
5
S0
14
1A
7
2A
9
10E
1
S1
2V
IN16
GN
D8
U79
BA
T54
CW
11
22
33
B-6 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
UA
RT
_R
XU
AR
T_
CT
SU
AR
T_
RT
S
UA
RT
_T
X
HP
I_O
N
GP
IO12
GP
IO13
GP
IO14
_CC
HP
I_O
N
VIO
_C
BT
LV
VIO
_CB
TLV
HP
I_D
[12]
/UA
RT
_RT
S/G
P[2
8]/I
2S
3_C
LK[2
,10]
HP
I_D
[13]
/UA
RT
_CT
S/G
P[2
9]/I2
S3
_FS
[2,1
0]H
PI_
D[1
4]/U
AR
T_R
X/G
P[3
0]/I
2S3_
RX
[2,1
0]
HP
I_D
[15
]/UA
RT
_DX
/GP
[31]
/I2S
3_D
X[2
,10
]
HP
I_O
N[5
,8,1
8,2
8]
UA
RT
_RX
[14
,26]
UA
RT
_CT
S[1
4,26
]U
AR
T_R
TS
[14,
26]
UA
RT
_TX
[14,
26]
HP
I_D
[0]/S
PI_
RX
[2,1
0]H
PI_
D[1
]/S
PI_
TX
[2,1
0]
HP
I_D
[2]/G
P[1
2]
[2,1
0]H
PI_
D[3
]/GP
[13
][2
,10]
HP
I_D
[4]/G
P[1
4]
[2,1
0]
HP
I_H
INT
/SP
I0_C
LK[2
,10] H
PI_
HN
CT
L1/S
PI_
CS
1[2
,10]
SP
I_A
LT_D
X[1
4]S
PI_
ALT
_RX
[14]
GP
IO12
[14]
GP
IO13
[14]
GP
IO14
_CC
[14
]
SP
I_A
LT_C
LK[1
4]
SP
I_A
LT_C
S1
[14
]
HP
I_H
CN
TL0
/SP
I_C
S0
[2,1
0]
HP
I_D
[5]/G
P[1
5][2
,10]
HP
I_D
[6]/G
P[1
6][2
,10]
HP
I_D
[7]/G
P[1
7][2
,10]
GP
IO1
5[2
9]G
PIO
16
[29]
GP
IO1
7[2
9]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
63
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
I/O
DIS
AB
LE
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
63
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
I/O
DIS
AB
LE
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
63
9
B
TM
S3
20C
5517
EV
ALU
AT
ION
MO
DU
LE
I/O
DIS
AB
LE
U10
SN
74C
B3Q
3245
PW
R
1B
18
7A
8
2B
17
4A
53
B1
6
4B
15
8A
9
NC
1
1A
2
OE
19
5A
6
2A
3
3A
4
6A
7
VC
C2
0
GN
D1
0
5B
14
6B
13
7B
12
8B
11
C1
540
.1u
F
C1
19 0.1u
F
TP
56S
PI_
ALT
_C
S0
U2
1
SN
74C
B3Q
3245
PW
R
1B
18
7A8
2B
17
4A5
3B
16
4B
15
8A9
NC
1
1A2
OE
19
5A6
2A3
3A4
6A7
VC
C2
0
GN
D1
0
5B
14
6B
13
7B
12
8B
11
B-7
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
DIR AND OEn ARE ON A POWER DOMAIN
OEn DIR FUNCTION
L L B->A
L H B<-A
nRESET
DLY_RST_BOOTn
250uSEC
Z_
BT
MO
DE
T_
MS
P43
0BT
M0
T_
MS
P43
0BT
M1
T_
MS
P43
0BT
M2
T_
MS
P43
0BT
M3
T_
MS
P43
0BT
M4
T_
MS
P43
0BT
M5
nRE
SE
T
T_M
SP
430
BT
M1
T_M
SP
430
BT
M0
T_M
SP
430
BT
M2
T_M
SP
430
BT
M3
T_M
SP
430
BT
M5
T_M
SP
430
BT
M4
DL
Y_R
ST
_BO
OT
n
DL
Y_R
ST
_BO
OT
nB
_D
LY_R
ST
_B
OO
Tn
3V
3_M
SP
430
V1.
8
3V
3_M
SP
430
3V
3_M
SP
430
3V3_
MS
P43
0
3V3
_MS
P43
03V
3_M
SP
430
3V
3_M
SP
4303V
3_M
SP
430
3V
3_M
SP
430
MS
P43
0_D
RV
_BT
MO
DE
[34]
nR
ES
ET
[2,1
7,28
,30
,33
]
BT
M5
[13]
BT
M4
[13]
BT
M3
[13]
BT
M2
[13]
BT
M0
[13]
BT
M1
[13]
MS
P43
0_Z
_B
TM
OD
En
[34]
MS
P4
30B
TM
0[3
4]M
SP
430
BT
M1
[34]
MS
P4
30B
TM
2[3
4]M
SP
430
BT
M3
[34]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
B
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
73
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
BO
OT
MO
DE
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
B
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
73
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
BO
OT
MO
DE
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
B
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
73
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
BO
OT
MO
DE
R29
50
U50
SN
74LV
C1G
125
DC
RG
4
3
4
5
2
1
R286 47K
R31
31K
R16
40
R37
310
K
C23
40.
1uF
R289 47K
JP45
HE
AD
ER
3
1 2 3
C23
1N
O-P
OP
R28
51K
U51 S
N7
4AH
C1
4DC
KR
G4
3
4
5
2 1
U48 74
LVC
1G0
2DC
K
1 24
5 3
C24
20
.1uF
U49
SN
74L
VC
1G12
6DC
RG
4
3
4
5
2
1
C23
90.
1uF
R299 47K
R36
30
R3
6110
K
1 2 3 4 5 6 7 8
SW
3
DIP
_S
WIT
CH
_81 2 3 4 5 6 7 8
91016 15 14 13 12 11
R28
10
U4
3S
N74
AH
C14
DC
KR
G4
3
4
5
2 1
R30
40
C1
310.
1uF
R28
31K
R29
71K
R28
71K
R31
10
C2
37
0.1
uF
C1
350.
1uF
U13
SN
74A
VC
8T
245
B1
21
B2
20
B3
19
B4
18
A1
3
A2
4
A3
5
A4
6
DIR
2
OE
n2
2
VC
CB
.22
3V
CC
A1
GN
D.2
12
GN
D.1
11
A5
7
A6
8
A7
9
A8
10
B5
17
B6
16
B7
15
B8
14
GN
D.3
13
VC
CB
.12
4
PP25
R312 47K
R305 47K
R30
61K
R35
72.
2K
R29
01K
U4
6S
N74
AH
C1
4DC
KR
G4
3
4
5
2 1
R42
61
K
C24
10.
1uF
R296 47K
C13
20
.1u
F
C24
00.
1uF
R29
80
R3
6810
K
R37
00
C2
280.
1uF
R30
01K
R282 47K
R284 47K
R33
90
B-8 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
HPION = 1 SELECTS HPI MODE
HPIONn = 0 SELECTS HPI MODE
[SEL1_MMC1_MCSPI, SEL0_MMC1_MCSPI] = [OFF, OFF]: MMC1/McSPI mux to header (JP46)
[SEL1_MMC1_MCSPI, SEL0_MMC1_MCSPI] = [OFF, ON] : MMC1/McSPI mux to SPI Flash (U68)
[SEL1_MMC1_MCSPI, SEL0_MMC1_MCSPI] = [ON, OFF] : MMC1/McSPI mux to microSD card (J21) & RF Header
[SEL1_MMC1_MCSPI, SEL0_MMC1_MCSPI] = [ON, ON] : MMC1/McSPI mux to MSP430 (U54) through U45 switch
SEL_MMC0_I2S
ON = MMC0/I2S0/McBSP mux to MMC/SD (MMC/SD boot)
OFF = MMC0/I2S0/McBSP mux to I2S (CODEC)
HP
I_O
Nn
HP
I_O
N
3V3_
MS
P43
03
V3_
MS
P4
30
HP
I_O
Nn
[10
,13]
HP
I_O
N[5
,6,1
8,28
]
MS
P43
0_H
PI_
ON
[34
]
SE
L0_M
MC
1_M
CS
PI
[3,2
8]
SE
L1_M
MC
1_M
CS
PI
[3,2
8]
SE
L_M
MC
0_I
2S[4
,28]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
48
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
HP
I IN
TE
RF
AC
E C
ON
NE
CT
OR
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
48
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
HP
I IN
TE
RF
AC
E C
ON
NE
CT
OR
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
48
39
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
HP
I IN
TE
RF
AC
E C
ON
NE
CT
OR
R3
023
K
C2
460
.1u
F
R37
80
R3
082K
U52
SN
74L
VC
1G0
4DC
K
3
4
5
2 1
R4
322K
R43
32K
R30
147
KS
W4
SW
DIP
-4
1 2 3 4
8 7 6 5
B-9
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
CO
NN
_HP
I_E
Nn
3V3_
MS
P43
0
3V3_
MS
P43
0
3V
3_M
SP
430
3V3_
MS
P4
30
3V3_
MS
P43
0
3V
3_M
SP
430
3V3
_MS
P43
0
3V
3_M
SP
430
3V3
_MS
P43
0
LVL_
HR
_NW
[10
]
LVL_
HP
I_H
AS
[13]
LVL_
HP
I_H
HW
IL[1
3]
LVL_
HP
I_H
DS
2[1
3]
LVL_
HP
I_H
BE
0[1
3]
LVL_
HP
I_C
S[1
3]
LVL_
HP
I_H
DS
1[1
3]
LVL_
HP
I_H
BE
1[1
3]
MS
P43
0_H
PI_
HH
WIL
[34]
MS
P43
0_H
PI_
HR
_NW
[34]
MS
P43
0_H
PI_
HD
S1
[34]
MS
P43
0_H
PI_
HB
E1
[34
]M
SP
430_
HP
I_H
BE
0[3
4]
MS
P43
0_H
PI_
D8
[34]
MS
P43
0_H
PI_
D9
[34]
MS
P4
30_
HP
I_D
10[3
4]M
SP
430
_H
PI_
D11
[34]
MS
P4
30_
HP
I_D
12[3
4]M
SP
430
_H
PI_
D13
[34]
MS
P4
30_
HP
I_D
14[3
4]M
SP
430
_H
PI_
D15
[34]
MS
P43
0_H
PI_
D0
[34]
MS
P43
0_H
PI_
D1
[34]
MS
P43
0_H
PI_
D2
[34]
MS
P43
0_H
PI_
D3
[34]
MS
P43
0_H
PI_
D4
[34]
MS
P43
0_H
PI_
D5
[34]
MS
P43
0_H
PI_
D6
[34]
MS
P43
0_H
PI_
D7
[34]
LVL
_HP
I_D
[0]
[10]
LVL
_HP
I_D
[1]
[10]
LVL
_HP
I_D
[2]
[10]
LVL
_HP
I_D
[3]
[10]
LVL
_HP
I_D
[4]
[10]
LVL
_HP
I_D
[5]
[10]
LVL
_HP
I_D
[6]
[10]
LVL
_HP
I_D
[7]
[10]
LVL
_HP
I_D
[8]
[10]
LVL
_HP
I_D
[9]
[10]
LVL
_HP
I_D
[10]
[10]
LVL
_HP
I_D
[11]
[10]
LVL
_HP
I_D
[12]
[10]
LVL
_HP
I_D
[13]
[10]
LVL
_HP
I_D
[14]
[10]
LVL
_HP
I_D
[15]
[10]
LVL_
HP
I_H
RD
Y[1
0]
LVL_
HP
I_H
CN
TL
0[1
0]
LVL_
HP
I_H
INT
[10]
LVL_
HP
I_H
NC
TL
1[1
0]M
SP
430
_HP
I_H
CN
TL0
[34]
MS
P43
0_H
PI_
HN
CT
L1[3
4]M
SP
430_
HP
I_H
INT
[34] M
SP
430_
HP
I_H
RD
Y[3
4]
MS
P43
0_H
PI_
CO
NN
[34]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
93
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
HP
I IN
TE
RF
AC
E
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
93
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
HP
I IN
TE
RF
AC
E
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
93
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
HP
I IN
TE
RF
AC
E
R42
10K
R2
320
J26
HE
AD
ER
11
x2
2 4 6 8 10 12
1 3 5 7 9 11
141
31
516
17
18 201
92
122
J24
HE
AD
ER
11x
2
2 4 6 81
01
2
1 3 5 7 9 111
413 15
16
171
82
019 21
22
R1
690
R16
20
J25
HE
AD
ER
11x
2
2 4 6 81
01
2
1 3 5 7 9 111
413 15
16
171
82
019 21
22
R4
5
0
B-10 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
DIR AND OEn ARE ON A POWER DOMAIN
OEn DIR FUNCTION
L L B->A
L H B<-A
HPI_ONn
SE
L_V
IN0
_S0
VD
D_I
O1
VD
D_I
O1
3V
3_M
SP
430
3V
3_M
SP
430
VD
D_
IO1
3V
3_M
SP
430
3V
3_M
SP
430
3V3_
MS
P43
03V
3_M
SP
430
HP
I_O
Nn
[8,1
3]
HP
I_D
[0]/S
PI_
RX
[2,6
]H
PI_
D[1
]/SP
I_T
X[2
,6]
HP
I_D
[2]/G
P[1
2][2
,6]
HP
I_D
[3]/G
P[1
3][2
,6]
HP
I_D
[4]/G
P[1
4][2
,6]
HP
I_D
[5]/G
P[1
5][2
,6]
HP
I_D
[6]/G
P[1
6][2
,6]
HP
I_D
[7]/G
P[1
7][2
,6]
HP
I_D
[8]/I
2S2
_CLK
/GP
[18]
/SP
I_C
LK[2
,5]
HP
I_D
[9]/I
2S2
_FS
/GP
[19
]/ S
PI_
CS
0[2
,5]
HP
I_D
[10]
/I2S
2_R
X/G
P[2
0]/S
PI_
RX
[2,5
]H
PI_
D[1
1]/I2
S2_
DX
/GP
[27]
/SP
I_T
X[2
,5]
HP
I_D
[12]
/UA
RT
_RT
S/G
P[2
8]/I2
S3_
CLK
[2,6
]H
PI_
D[1
3]/U
AR
T_C
TS
/GP
[29]
/I2S
3_F
S[2
,6]
HP
I_D
[14]
/UA
RT
_RX
/GP
[30]
/I2S
3_R
X[2
,6]
HP
I_D
[15]
/UA
RT
_DX
/GP
[31]
/I2S
3_D
X[2
,6]
LVL
_HP
I_D
[0]
[9]
LVL
_HP
I_D
[1]
[9]
LVL
_HP
I_D
[2]
[9]
LVL
_HP
I_D
[3]
[9]
LVL
_HP
I_D
[4]
[9]
LVL
_HP
I_D
[5]
[9]
LVL
_HP
I_D
[6]
[9]
LVL
_HP
I_D
[7]
[9]
LVL
_HP
I_D
[8]
[9]
LVL
_HP
I_D
[9]
[9] LV
L_H
PI_
D[1
0]
[9]
LVL_
HP
I_D
[11
][9
]LV
L_H
PI_
D[1
2]
[9]
LVL_
HP
I_D
[13
][9
]LV
L_H
PI_
D[1
4]
[9]
LVL_
HP
I_D
[15
][9
]
LV
L_H
PI_
HC
NT
L0
[9]
LV
L_H
PI_
HN
CT
L1
[9]
HP
I_H
CN
TL
0/S
PI_
CS
0[2
,6]
HP
I_H
NC
TL
1/S
PI_
CS
1[2
,6]
LV
L_H
R_N
W[9
]
HP
I_H
RD
Y/S
PI_
CS
3[2
]H
PI_
HIN
T/S
PI0
_CLK
[2,6
]LV
L_H
PI_
HR
DY
[9]
LVL
_HP
I_H
INT
[9]
HP
I_H
R_N
W/S
PI_
CS
2[2
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
103
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
HP
I LE
VE
L T
RA
NS
LAT
OR
S
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
103
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
HP
I LE
VE
L T
RA
NS
LAT
OR
S
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
103
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
HP
I LE
VE
L T
RA
NS
LAT
OR
S
C13
70.
1uF
U6
4
SN
74LV
C1G
04D
CK
3
4
5
2 1
C13
60
.1u
F
R17
40
R17
30
R5
0510
k
U7
SN
74A
VC
16T
245
DG
G
1D
IR1
1B0
21B
13
GN
D.5
4
1B2
51B
36
VC
CB
.27
1B4
81B
59
GN
D.6
10
1B6
111B
712
2B0
132B
114
GN
D.7
15
2B2
162B
317
VC
CB
.118
2B4
192B
520
GN
D.8
21
2B6
222B
723
2D
IR24
2O
E25
2A
726
2A
627
GN
D.1
28
2A
529
2A
430
VC
CA
.131
2A
332
2A
233
GN
D.2
34
2A
135
2A
036
1A
737
1A
638
GN
D.3
39
1A
540
1A
441
VC
CA
.242
1A
343
1A
244
GN
D.4
45
1A
146
1A
047
1O
E48
C12
510
00p
F
U15
SN
74A
VC
4T2
45
1B1
13
1B2
12
2B1
11
2B2
10
1A
14
1A
25
2A
16
2A
27
1D
IR2
1O
En
15
2D
IR3
2O
En
14
VC
CB
16
VC
CA
1
GN
D.2
9G
ND
.18
R27
00
U33
SN
74A
VC
2T
245R
SW
R
VCCA7
VCCB6
A1
8
A2
9
DIR
110
DIR
21
OE
N2
B1
5
B2
4
GN
D3
C52
0.1
uF
C12
610
00p
F
C2
050
.1u
F
C1
110.
1uF
C1
130.
1uF
C11
00.
1uF
B-11
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
DIR=H : A to B
DIR=L : B to A
PLACE CLOSE TO TCK PIN
CLK_SEL
ALLOWS FOR SOCKET OR SMT OSC
CLK
IN
OS
C_
V
US
B_X
I
US
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sion
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ED
514
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0001
Fri
day,
Ja
nuar
y 03
, 201
41
139
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Fri
day,
Ja
nuar
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139
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Fri
day,
Ja
nuar
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41
139
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USBVDD_OSC
DVDDIO
DVDDIO
CVDDRTC
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B_M
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7
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B_V
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2
HE
AD
ER
3
1 2 3
B-12 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
USBSEL - HIGH, SELECT EMBEDDED EMULATION
USBSEL - LOW, SELECT EXTERNAL XDS EMULATION
DIR AND OEn ARE ON A POWER DOMAIN
OEn DIR FUNCTION
L L B->A
L H B<-A
OEn DIR FUNCTION
L L B->A
L H B<-A
REMOVE IF USING BOARD ON QUICKTURN
T_T
CK
T_T
DO
T_E
MU
0
EM
BE
D_
EM
U_X
RS
pT
_TR
ST
nT
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ST
_TD
I
EM
BE
D_
EM
U_
SE
Ln
TA
RG
ET
_TR
ST
n
TA
RG
ET
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ST
AR
GE
T_T
DI
TA
RG
ET
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K
T_T
CK
_R
ET
TA
RG
ET
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O
TA
RG
ET
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U0
TA
RG
ET
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U1
T_E
MU
1
EM
BE
D_E
MU
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ELn
GN
D
EM
BE
D_E
MU
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EL
n3
V3
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U
3V3_
EM
U
VD
D_
IO1
3V
3_E
MU
VD
D_
IO1
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D_
IO1
VD
D_I
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3_E
MU
3V3_
EM
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VD
D_
IO1
TA
RG
ET
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MU
1[1
1]
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RG
ET
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MU
0[1
1]
TA
RG
ET
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K[1
1]
TA
RG
ET
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S[1
1]
TA
RG
ET
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ST
n[1
1]
TA
RG
ET
_TD
I[11
]
TA
RG
ET
_T
DO
[11]
EM
BE
D_
EM
U_
XR
Sp
[17
,41!
]
Siz
e:
Da
te:
DW
G N
OR
evis
ion
:
She
etof
Titl
e:
Pag
e C
ont
ent
s:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662
-000
1
Frid
ay,
Jan
uary
03,
201
412
39
B
TM
S32
0C5
517
EV
AL
UA
TIO
N M
OD
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JTA
G I
NT
ER
FA
CE
Siz
e:
Da
te:
DW
G N
OR
evis
ion
:
She
etof
Titl
e:
Pag
e C
ont
ent
s:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662
-000
1
Frid
ay,
Jan
uary
03,
201
412
39
B
TM
S32
0C5
517
EV
AL
UA
TIO
N M
OD
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JTA
G I
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ER
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Siz
e:
Da
te:
DW
G N
OR
evis
ion
:
She
etof
Titl
e:
Pag
e C
ont
ent
s:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662
-000
1
Frid
ay,
Jan
uary
03,
201
412
39
B
TM
S32
0C5
517
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AL
UA
TIO
N M
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JTA
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ER
FA
CE
R25
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3
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bedd
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DO
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25
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16
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27
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15
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14
VC
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16
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CA
1
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12
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11
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10
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14
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25
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16
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27
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15
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CB
16
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CA
1
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990
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F
B-13
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
OEn DIR FUNCTION
L L B->A
L H B<-A
Place Resistors close to C5517 pins
EM
_W
AIT
4E
M_
WA
IT5C
PU
_A
9
CP
U_
A7
CP
U_
A11
CP
U_
A8
CP
U_
A6
CP
U_
A10
CP
U_
A12
CP
U_
A14
CP
U_
A13
CP
U_
A15
CP
U_
A17
CP
U_
A18
CP
U_
A19
CP
U_
A16
CP
U_
A20
CP
U_
A5
CP
U_
A2
CP
U_
A0
CP
U_
A4
CP
U_
A3
CP
U_
A1
CP
U_
BA
1C
PU
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A0
CP
U_
EM
_C
S5n
CP
U_
EM
_C
S2n
CP
U_
EM
_C
S3n
EM
_C
S2n
CP
U_
EM
_C
S4n
D1
5
D8
D1
3D
14
D1
0
D1
2D
11
D9
SD
CA
S
DQ
M0
SD
CK
E
SD
CL
K
DQ
M1
SD
RA
S
CP
U_
SD
CL
K
CP
U_
SD
CA
S
CP
U_
SD
CK
E
CP
U_
DQ
M1
CP
U_
DQ
M0
CP
U_
SD
RA
S
D7
D0
D2
D4
D6
D1
D3
D5
OE
WE
CP
U_
Rn
W
CP
U_
WE
CP
U_
OE
CP
U_
SD
CE
0
EM
_C
S4n
A2
CP
U_A
14C
PU
_A15
CP
U_A
18C
PU
_A19
CP
U_A
20
A14
A15
A17
A18
A19
A16
A20
A6
A10
A13
CP
U_A
16C
PU
_A6
CP
U_A
17
CP
U_A
9
CP
U_A
7
CP
U_A
8
CP
U_A
11C
PU
_A12
CP
U_A
10C
PU
_A13
A9
A7
A11
A8
A12
CP
U_A
2C
PU
_A5
CP
U_A
3C
PU
_A4
CP
U_A
0C
PU
_A1
CP
U_B
A1
CP
U_B
A0
A5
A0
A4
A3
A1
BA
1B
A0
EM
_W
AIT
2E
M_
WA
IT3
SD
_C
EX
nC
PU
_S
DC
E1
CP
U_A
15
CP
U_A
17
CP
U_A
18
CP
U_A
19
CP
U_A
16
CP
U_A
20
LV
L_H
PI_
HD
S1
LV
L_H
PI_
HD
S2
LV
L_H
PI_
HB
E1
LV
L_H
PI_
HB
E0
LV
L_H
PI_
HA
SL
VL
_HP
I_C
SL
VL
_HP
I_H
HW
ILC
PU
_HP
I_H
HW
ILC
PU
_HP
I_H
DS
1
CP
U_H
PI_
HA
SC
PU
_HP
I_C
S
CP
U_H
PI_
HB
E1
CP
U_H
PI_
HD
S2
CP
U_H
PI_
HB
E0
CP
U_
SD
CA
SC
PU
_S
DR
AS
CP
U_
DQ
M1
CP
U_
DQ
M0
CP
U_
SD
CK
E
CP
U_
SD
CE
1C
PU
_S
DC
E0
V1
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3V
3_M
SP
430
3V
3_M
SP
430
EM
_W
AIT
2[2
0]
EM
_W
AIT
4[1
9]
EM
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2n[2
0]
D8
[18,
20]
D9
[18,
20]
D10
[18
,20
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11[1
8,2
0]
D12
[18
,20
]D
13[1
8,2
0]
D14
[18
,20
]D
15[1
8,2
0]
SD
RA
S[1
8]
SD
CA
S[1
8]
DQ
M0
[18]
DQ
M1
[18]
SD
CLK
[18]
SD
CK
E[1
8]
D0
[18,
19,2
0]
D1
[18,
19,2
0]
D2
[18,
19,2
0]
D3
[18,
19,2
0]
D4
[18,
19,2
0]
D5
[18,
19,2
0]
D6
[18,
19,2
0]
D7
[18,
19,2
0]
OE
[19,
20]
WE
[18
,19
,20
]
SD
_CE
Xn
[18]
EM
_CS
4n
[19]
A2
[18,
20]
A1
4[2
0]
A1
5[2
0]
A1
6[2
0]
A1
7[2
0]
A1
8[2
0]
A1
9[2
0]
A2
0[2
0]
A6
[18,
20]
A1
0[1
8,2
0]
A1
3[2
0]
A7
[18,
20]
A8
[18,
20]
A9
[18,
20]
A1
1[1
8,1
9,2
0]
A1
2[1
8,1
9,2
0]
A0
[18,
20]
A1
[18,
20]
A3
[18,
20]
A4
[18,
20]
A5
[18,
20] B
A1
[18,
20]
BA
0[1
8,20
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M1
[7]
BT
M3
[7]
BT
M4
[7]
BT
M5
[7]
BT
M0
[7]
BT
M2
[7]
HP
I_O
Nn
[8,1
0]
LVL_
HP
I_H
AS
[9]
LVL
_HP
I_H
HW
IL[9
]
LVL_
HP
I_H
DS
2[9
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LVL
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I_H
BE
0[9
]
LV
L_H
PI_
CS
[9]
LVL_
HP
I_H
DS
1[9
]
LVL
_HP
I_H
BE
1[9
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
133
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
TM
S32
0C
551
7 E
MIF
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
133
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
TM
S32
0C
551
7 E
MIF
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
133
9
B
TM
S32
0C
551
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VA
LU
AT
ION
MO
DU
LE
TM
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0C
551
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MIF
C30
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R13
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R13
10K
R1
7922
DVDDEMIF
U24
C
TM
S32
0C55
17
EM
_A
[0]
B2
EM
_A
[1]
C2
EM
_A
[2]
E1
EM
_A
[3]
D2
EM
_A
[4]
C1
EM
_A
[5]
D1
EM
_A
[6]
F1
EM
_A
[7]
H2
EM
_A
[8]
J1E
M_
A[9
]J2
EM
_A
[10]
L2E
M_
A[1
1]/(
AL
E)
K2
EM
_A
[12]
/(C
LE)
K1
EM
_A
[13]
L1
EM
_A
[14]
M1
EM
_A
[15]
/GP
[21]
/BT
M0
N1
EM
_A
[16]
/GP
[22]
/BT
M1
E2
EM
_A
[17]
/GP
[23]
/BT
M2
F2
EM
_A
[18]
/GP
[24]
/BT
M3
G2
EM
_A
[19]
/GP
[25]
/BT
M4
G4
EM
_A
[20]
/GP
[26]
/BT
M5
J3
EM
_B
A[0
]A
1E
M_
BA
[1]
B1
SD
CK
E/H
PI_
HH
WIL
N2
EM
_SD
CA
Sn
/HP
I_H
CS
B4
EM
_S
DR
AS
n/H
PI_
HA
SA
6
EM
_DQ
M1
/HP
I_H
BE
1P
1
EM
_DQ
M0
/HP
I_H
BE
0B
5
EM
_SD
CLK
M3
EM
_WE
nH
1
EM
_OE
nE
4
EM
_CS
0n/H
PI_
HD
S1
B3
EM
_CS
1n/H
PI_
HD
S2
A4
EM
_W
AIT
4G
1
EM
_W
AIT
5H
4
EM
_W
AIT
2D
5
EM
_W
AIT
3K
6
EM
_C
S2n
C5
EM
_C
S3n
M4
EM
_R
/Wn
B6
EM
_C
S5n
A3
EM
_C
S4n
C3
EM
_D
[0]
G3
EM
_D
[1]
E5
EM
_D
[2]
F3
EM
_D
[3]
D4
EM
_D
[4]
L4E
M_
D[5
]M
2E
M_
D[6
]K
5E
M_
D[7
]H
3
EM
_D
[8]
E3
EM
_D
[9]
F4
EM
_D[1
0]
D3
EM
_D[1
1]
C4
EM
_D[1
2]
L3E
M_D
[13
]K
4E
M_D
[14
]K
3E
M_D
[15
]J4
R13
82
21
2
R1
8922
R1
78N
O-P
OP
R1
00
R18
52
21
2
R9
0
U16
SN
74A
VC
8T2
45R
HL
B1
21
B2
20
B3
19
B4
18
A1
3
A2
4
A3
5
A4
6
DIR
2
OE
n22
VC
CB
.22
3V
CC
A1
GN
D.2
12
GN
D.1
11
A5
7
A6
8
A7
9
A8
10
B5
17
B6
16
B7
15
B8
14
GN
D.3
13
VC
CB
.12
4
PP25
B-14 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
NOTE: DIMENSIONS AND LOCATIONS OF THESE CONNECTORS MUST MEET SPECIFICATION FOR INTERFACE MODULES
GP
IO4
GP
IO5
V3.
3
I2C
_S
DA
[2,3
,5,2
7,2
8,2
9]I2
C_S
CL
[2,3
,5,2
7,2
8,2
9]
GP
IO4
[4]
GP
IO5
[4]
UA
RT
_R
TS
[6,2
6]
UA
RT
_C
TS
[6,2
6]G
PIO
14_
CC
[6]
RT
C_
CL
KO
UT
[2]
GP
IO1
2[6
]
GP
IO1
3[6
]S
PI_
ALT
_DX
[6]
SP
I_A
LT_R
X[6
]
SP
I_A
LT_C
LK[6
]S
PI_
ALT
_CS
1[6
]
UA
RT
_R
X[6
,26
]U
AR
T_
TX
[6,2
6]
I2S
2_C
LK[5
,29]
I2S
2_F
S[5
,29]
I2S
2_R
X[5
,29]
I2S
2_D
X[5
,29]
MM
C1_
CLK
[3,2
5]M
MC
1_C
MD
[3,2
5]
MM
C1_
D0
[3,2
5]M
MC
1_D
1[3
,25]
MM
C1_
D2
[3,2
5]M
MC
1_D
3[3
,25]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
439
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CC
BO
AR
D IN
TE
RF
AC
E
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
439
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CC
BO
AR
D IN
TE
RF
AC
E
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
439
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CC
BO
AR
D IN
TE
RF
AC
E
P1
HE
AD
ER
10
X2
1 3 5 7 91
11
31
51
71
9
2 4 6 8 10 12 14 16 18 20
P2
HE
AD
ER
10X
2
1 3 5 7 9 11 13 15 17 19
2 4 6 8 10 12 14 16 18 20
B-15
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
PWR JP
PWR JP
DSP LDOI SEL
DSP_LDO_EN:
If high, the DSP_LDOO is tri-stated
If low, the DSP_LDOO is 1.3V or 1.05V
depending on DSP_LDO_V
PM
_CT
L
LDO
_EN
RS
V16
PO
R_
BG
RS
T
LDO
_IN
DC
_V
DD
_IO
1
DC
_V
DD
_SA
R
SA
R_
LDO
12
LDO
_IN
DS
P_
LD
O1
.3D
SP
_L
DO
_OU
T
US
B_
LD
O_
OU
T
LDO
_IN
SA
R_L
DO
12
LDO
_IN
DC
_V
DD
_IO
2
PO
R_B
GR
ST
RS
V16
PM
_CT
LL
DO
_EN
V3.
3
AG
ND
AG
ND
AG
ND
PL
L
V1.
3
VD
D_
SA
R
CP
U_3
V3
_US
B
AG
ND
PL
L
AG
ND
AG
ND
CP
U_
3V3_
US
B
US
B_
LD
O_O
UT
LD
O_I
N
DS
P_
LD
O_
OU
T
V3.
3
V1.
8
SA
R_
LDO
12
SA
R_L
DO
12
DC
_VD
D_
IO2
DC
_VD
D_
IO1
VD
DC
LD
O_I
N
US
B_V
DD
_IN
LDO
_IN
LDO
_IN
V1.
3
AG
ND
AG
ND
AG
ND
US
B_V
DD
_IN
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
539
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
TM
S3
20C
5517
PO
WE
R
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
539
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
TM
S3
20C
5517
PO
WE
R
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
539
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
TM
S3
20C
5517
PO
WE
R
C6
1
1uF
R22
90
FB
5
BLM
21A
G15
1S
N1D
12
FB
12
BLM
21P
G2
21S
N1
D1
2
JP2
0N
O-P
OP
A1 B
2
C3U
77
TP
S2
291
3BY
ZV
T
VO
UT
A1
VIN
A2
ON
B2
GN
DB
1
R2
62
0
C17
9
0.1
uF
JP2
4JU
MP
ER
2
A1
B2
C19
4
0.1
uF
C63
10u
FU
24B
TM
S3
20C
5517
DV
DD
EM
IF.1
A2
DV
DD
EM
IF.2
A5
DV
DD
EM
IF.3
E6
DV
DD
EM
IF.4
F5
DV
DD
EM
IF.5
G5
DV
DD
EM
IF.6
H5
DV
DD
EM
IF.8
J5
CV
DD
.5L
5
DV
DD
EM
IF.9
P2
VS
SA
_AN
A.1
B1
0
VS
S.1
A13
VS
S.2
A14
VS
S.7
E12
VS
S.8
E13
CV
DD
.1F
6
CV
DD
.2H
8
CV
DD
.3J6
CV
DD
.4K
10
US
B_V
DD
PL
LG
8
US
B_V
SS
PLL
G1
1
US
B_V
DD
A1
P3
H1
0
US
B_V
SS
A1P
3H
9
US
B_V
DD
A3
P3
H1
2
US
B_V
SS
A3P
3H
11
US
B_V
DD
1P3
J13
US
B_V
SS
1P3
H1
3
RS
V16
D13
DS
P_L
DO
_EN
D12
LDO
I.3F
13
US
B_L
DO
OF
12
LDO
I.1B
12
AN
A_L
DO
A1
2
VD
DA
_A
NA
A1
0
VS
SA
_AN
A.2
B1
4
VD
DA
_PLL
C10
VS
SA
_P
LL
D9
RS
V1(
CV
DD
)J1
1
RS
V2(
CV
DD
)J1
0
(RS
V3)
PM
_CT
LD
14
BG
_CA
PB
13
(RS
V0)
PO
R_B
GR
ST
C1
2
LDO
I.2F
14
DS
P_
LDO
OE
10
DV
DD
IO.1
F7
DV
DD
IO.2
K7
DV
DD
IO.3
K12
DV
DD
IO.4
N14
DV
DD
IO.5
P3
DV
DD
IO.6
P8
VS
S.5
E9
VS
S.1
1F
10
VS
S.1
9K
9V
SS
.18
K8
VS
S.1
7J9
VS
S.1
5J7
VS
S.2
0K
11
VS
S.1
6J8
VS
S.1
4H
6
VS
S.2
1K
13
VS
S.1
3G
7V
SS
.12
G6
VS
S.6
E11
VS
S.4
D11
VS
S.1
0F
9
VS
S.3
D7
VS
S.9
E14
DV
DD
EM
IF.7
H7
JP14
NO
-PO
P
A1 B
2
C3
R50
6
10K
C1
74
0.1
uF
JP2
5N
O-P
OP
12
C2
1510
00p
F
C1
7810
uF
R44
0
FB
10
BLM
21P
G2
21S
N1
D1
2
FB
9
BLM
21P
G2
21S
N1D
12
R29
10
R48100K
FB
4
BL
M21
AG
151S
N1
D1
2
C19
82.
2uF
C34
8
0.1
uF
R46100K
C1
960.
1uF
R49
100
K
R2
55
NO
-PO
P
R2
38N
O-P
OP
C1
75
0.1
uF
JP2
1N
O-P
OP
12
C21
6
100
0pF
R43100K
R47 0
C1
91
0.1u
F
C6
4
10u
F
C18
40.
1uF
FB
11
BLM
21P
G2
21S
N1
D1
2
C21
4
1000
pF
C6
2
10uF
C59
1uF
C17
00
.01
uF
C21
7
0.0
1uF
R5
00
FB
2
BLM
21A
G15
1SN
1D
12
R2
570
C1
86
0.1
uF
R2
920
C1
870
.1u
F
R2
280
B-16 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
I
I
I
I
NO-POP
VD
DC
DC
_VD
D_I
O1
DC
_V
DD
_IO
2
I2C
_SD
A_P
WR
I2C
_S
CL_
PW
R
I2C
_S
DA
_P
WR
I2C
_S
CL_
PW
R
DS
P_L
DO
_O
UT
I2C
_SD
A_P
WR
I2C
_SC
L_P
WR
I2C
_SD
A_P
WR
I2C
_SC
L_P
WR
US
B_
LD
O_
OU
T
VD
DC
DC
_VD
D_I
O1
DC
_VD
D_I
O2
V_
PW
R_M
ON
DC
_VD
D_
IO2
VD
D_
IO1
DC
_V
DD
_IO
1
V_P
WR
_MO
N
CP
U_V
CC
_CO
RE
VD
DC
DS
P_L
DO
_O
UT
V_
PW
R_
MO
N
V_
PW
R_
MO
N
V1.
3
US
B_L
DO
_O
UT
US
B_V
DD
_IN
V_
PW
R_M
ON
TP
S65
023
_VC
C_1
V8
I2C
_S
DA
_PW
R[2
1,2
4]I2
C_S
CL
_PW
R[2
1,2
4]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
639
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CP
U D
EC
OU
PLI
NG
CA
PS
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
639
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CP
U D
EC
OU
PLI
NG
CA
PS
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
41
639
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CP
U D
EC
OU
PLI
NG
CA
PS
C1
53
1uF
JP2
2N
O-P
OP
12
C1
39
0.1
uF
C18
9
0.1u
F
C15
2
0.1u
F
JP2
3N
O-P
OP
12
C14
0
0.1
uF
C16
9
0.0
1uF
U3
9IN
A21
9ID
CN
VIN+1
VIN-2
GND3
VS4
SCL5
SDA6
A07A18
C2
060.
1uF
C16
8
1uF
R1
28N
O-P
OP
C1
76
1uF
C14
9
1uF
R27
81
1%
C2
01
0.1
uF
C2
120.
1uF
C15
6
1uF
U5
INA
219
IDC
N
VIN+1
VIN-2
GND3
VS4
SCL5
SDA6
A07A18
TP
1
GN
D
C1
90
0.1
uF
R3
71
1%
C5
1
10uF
C15
8
0.1
uF
JP1
8<
TI_
Silk
text
>1
2
C15
9
0.01
uF
C1
45
0.01
uF
R1
1 1%
R2
56N
O-P
OP
C18
0
0.1
uF
C18
2
0.0
1uF
C1
97
0.1
uF
U36
INA
219
IDC
N
VIN+1
VIN-2
GND3
VS4
SCL5
SDA6
A07A18
C1
64
0.1
uF
C14
3
0.1u
F
C1
51
0.1
uF
R26
30
U38
INA
219I
DC
N
VIN+1
VIN-2
GND3
VS4
SCL5
SDA6
A07A18
C17
7
0.1
uF
C1
10u
F
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4
0
B-21
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
Max Input: 5VDC, 4 A.
Use only recommended power supplies.
Rtop = Rbot((Vout/VFB)-1)
Rtop = 180k((5/.5)-1)
DISTRIBUTE AROUND BOARD
V5
VIN
_EV
M
V_
PW
R_M
ON
V_P
WR
_M
ON
Ba
ttery
_Mea
sure
men
t[2
9]
I2C
_S
DA
_PW
R[1
6,24
]I2
C_
SC
L_P
WR
[16,
24]
INT
0[2
]
MS
P43
0_D
RV
_IN
T[3
5]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
139
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R IN
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
139
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R IN
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
139
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R IN
R82
470
+C7
8
220u
F
U53
TP
S61
030
-AD
J
EN
9
LBI
7
FB
12
SW
22
SW
11
SY
NC
8
GN
D1
1
PG
ND
55
PG
ND
44
PG
ND
33
LBO
10
VO
UT
1515
VO
UT
1414
VO
UT
1313
NC
16
VB
AT
6
PWR_PAD17
TP
52G
ND
1
DS
6
LEDRED
J22
Ba
ttery
Hol
der
+1
GN
D2
C2
50
0.1
uF
TP
44G
ND
1
F1
FU
SE
_3A
12
J18
Pow
er
Jack
TP
47G
ND
1
SW
7A
1201
M2
S3
AQ
E2
12
3
R65
182K
1%
C23
6
2.2
uF
TP
50G
ND
1
R34
10
TP
42G
ND
1
D6 SMCJ06A
TP
21
VP
WR
_IN
L96.
8uH
20%
TP
30 T
P53
GN
D1
JP3
1H
EA
DE
R 31
23
TP
45G
ND
1
R3
74
180
K 1
%
TP
32
B-
TP
48G
ND
1
R66
0
SW
7B
120
1M2S
3AQ
E2
45
6
R3
311
1%
TP
51G
ND
1
C75
10uF
R64
0
C6
70.
1uF
TP
43G
ND
1
U42
INA
219I
DC
N
VIN+1
VIN-2
GND3
VS4
SCL5SDA6
A07
A18
R3
65
1.6M
1%
R35
2N
O-P
OP
TP
27
VB
AT
OU
T
JP2
8N
O-P
OP
12
TP
46G
ND
1
TP
18
TP
31
B+
+C87
220u
F
R68
475K
1%
TP
49G
ND
1
B-22 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
. DEFLDO2 DEFLDO1 VLDO1 VLDO2
0 0 1.3 V 3.3 V DEFAULT 3.3V
1 0 1.3 V 1.8 V
0 1 2.8 V 3.3 V INVALID NOT USED
1 1 1.8 V 3.3 V INVALID NOT USED
V_CORE_SEL
SW6-1 SW6-2
OFF OFF = 1.05V
ON OFF = 1.30V default
OFF ON = RESERVED
ON ON = 1.40V
VOUT = VDEFDCDC * (( R85 + R257eq)/R257eq )
VDEFDCDC = 0.6
SOURCE FOR VDDIO1
VIN
_EV
M
VIN
_E
VM
VIN
_EV
M
VIN
_EV
M
TP
S65
023
_V
CC
_1V
8
TP
S6
502
3_V
CC
_3V
3
TP
S65
023_
VC
C_C
OR
E
VR
TC
VR
TC
TP
S65
023_
LD
O_
1V3
VIN
_EV
M
TP
S65
023_
LD
O_
VL
DO
2
VIN
_EV
M
VIN
_EV
MV
IN_
EV
M
VR
TC
3V3_
MS
P43
0
PB
_R
ES
ET
[17]
PW
R_R
ST
n[1
7]
CB
TL
V_
SE
L[2
3]
MS
P43
0_P
WR
_OP
T1
[34
]M
SP
430
_PW
R_O
PT
2[3
4]
MS
P43
0_P
WR
_OP
T3
[34
]M
SP
430
_PW
R_O
PT
4[3
4]
MS
P4
30_I
2C
_S
DA
[24,
34]
MS
P4
30_I
2C
_S
CL
[24
,34]
CB
TLV
_E
N[2
3]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
239
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R M
AN
AG
EM
EN
T
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
239
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R M
AN
AG
EM
EN
T
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
239
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R M
AN
AG
EM
EN
T
R5
80
R33
81
0K
R32
31K
L7
2.2u
H
L62
.2u
H
R31
00
R60
10K
R30
91
K
SW
1
RE
SE
T
143
2
R3
59N
O-P
OP
R3
1710
K
SW
6
DIP
-4
1 2 3 4
8 7 6 5
+C
243
22uF
+C
229
22uF
R31
51
K
+C
244
22u
F
C70
10u
F
SW
5D
IP-4
1234
8765
R1
1333
TP
24
TP
-60
R3
191K
R3
6722
.1K
1%
U47
TP
S65
023
DE
FD
CD
C3
1
VD
CD
C3
2
PG
ND
33
L34
VIN
CD
DC
35
VIN
DC
DC
16
L17
PG
ND
18
VD
CD
C1
9
DE
FC
DC
D1
10
HOT_RESETn11
DEFLDO112
DEFLDO213
VSYSIN14
VBACKUP15
VRTC16
AGND217
VLDO218
VINLDO19
VLDO120
LOW
BA
Tn
21
LD
O_E
N2
2D
CD
C3
_EN
23
DC
DC
2_E
N2
4D
CD
C1
_EN
25
TR
ES
PW
RO
N2
6R
ES
PW
RO
Nn
27
INT
n2
8
SD
AT
29
SC
LK
30
PWRFAILn31 DEFDCDC232 VDCDC233 PGND234 L235 VINDCDC236 VCC37 PWRFAIL_SNS38 LOWBAT_SNS39 AGND140
PWR_PAD41
R55
0
R59
NO
-PO
P
R3
36N
O-P
OP
R52
10K
R6
110
K
R3
35N
O-P
OP
TP
22T
P-6
0
R36
0N
O-P
OP
R36
61
30K
1%
R3
2110
K
L82.
2uH
R63
100
K 1
%
R57
NO
-PO
P
C23
80
.1u
F
C6
81
000
pFC
7410
uF
R32
60
+C
235
2.2
uF
+C
69
22uF
C71
10u
F
R56
0
R3
712
43K
1%
R32
41
0KR32
00
+C
233
2.2
uF
R3
560
TP
25T
P-6
0
R30
30
C73
10u
F
R6
210
0K 1
%
TP
26T
P-6
0
TP
54
TP
-60
R3
5360
4K 1
%
R3
500
R34
31K
R31
60
B-23
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
3.125 = ( 1+RTOP/RBOTTOM )
2.125 RBOTTOM = RTOP
2.5 = 0.8 * ( 1+RTOP/RBOTTOM )
VOUT = 0.8 * ( 1+(RTOP/RBOTTOM) )
VDDIO1 CBLTV_SEL = 0 ( 3.3 VDDIO1 )REGULATOR OUTPUT = 3.3V
VDDIO1 CBLTV_SEL = 1 ( 1.8 VDDIO1 )REGULATOR OUTPUT = 2.5V
4.125 = ( 1+RTOP/RBOTTOM )
3.125 RBOTTOM = RTOP
3.3 = 0.8 * ( 1+RTOP/RBOTTOM )
VOUT = 0.8 * ( 1+(RTOP/RBOTTOM) )
R_equiv Bottom = 7.5K
R_equiv Bottom = 4.99K
7.5K X R/7.5K + R
ALT
_C
BT
_V
VIN
_E
VM
VIO
_CB
TLV
V3
.3
VIN
_E
VM
CB
TL
V_
SE
L[2
2]
CB
TLV
_E
N[2
2]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
233
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
C55
17
RT
C R
EG
ULA
TO
R
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
233
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
C55
17
RT
C R
EG
ULA
TO
R
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
233
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
C55
17
RT
C R
EG
ULA
TO
R
R40
1
NO
-PO
PU
56T
PS
747
01
IN1
1V
OU
T2
10
BIA
S4
PG
3
EN
5G
ND
6
IN2
2
SS
7F
B8
VO
UT
19
PP111
R40
2
NO
-PO
P
C2
572.
2uF
JP3
4H
EA
DE
R 3 1
23
R3
9010
K
C2
6010
00pF
D S
GQ
10
BS
S13
8
D S
GQ
9
BS
S1
38
C7
95
.6p
F
R3
931
5K
R7
21
5.8
K
R3
96
10K
R7
17.
5K
R3
951K
C82
10u
F
B-24 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
VDD_IO1 Power Supply
VDD_IO2 Power Supply
NO-POP
NO-POP
NO-POP
NO-POP
I2C
_SD
A_
PW
RI2
C_S
CL
_PW
R
I2C
_SD
A_
PW
RI2
C_S
CL
_PW
R
I2C
_SC
L_P
WR
I2C
_SD
A_
PW
R
V3.
3
TP
S65
023
_VC
C_
1V8
TP
S65
023
_VC
C_
3V3
V1.
8
VD
D_
IO2
CP
U_
VC
C_C
OR
E
TP
S65
023_
LD
O_
VL
DO
2
TP
S6
502
3_V
CC
_CO
RE
VD
D_I
O1
V1.
3T
PS
6502
3_LD
O_1
V3
V_P
WR
_M
ON
V_
PW
R_
MO
N
V_
PW
R_M
ON
V_P
WR
_MO
N
V_
PW
R_M
ON
3V3_
MS
P43
0
V_P
WR
_MO
N
V_P
WR
_MO
N
I2C
_S
CL_
3V3
[3]
I2C
_SD
A_
3V3
[3]
I2C
_S
CL_
PW
R[1
6,21
]
I2C
_SD
A_P
WR
[16,
21]
MS
P43
0_I2
C_S
CL
[22
,34]
MS
P43
0_I2
C_S
DA
[22
,34]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
439
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R R
OU
TE
R
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
439
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R R
OU
TE
R
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
439
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
PO
WE
R R
OU
TE
R
U4
0IN
A2
19ID
CN
VIN+1
VIN-2
GND3
VS4
SCL5SDA6
A07
A18
R29
41
1%
R19
4
2.2
K
R3
320
JP7
HE
AD
ER
2X
2
3 41 2
JP3
3
12
R32
70
+C
222
33u
F
C25
80.
1uF
JP2
9
12
R5
10
TP
17
Te
st P
oint
_1
JP2
61
2
R38
51
1%
TP
16T
est
Poi
nt_1
JP2
7N
O-P
OP
12
C22
30.
1uF
TP
12
GN
D
JP1
1
HE
AD
ER
2X
23 41 2
R14
5
2.2
K
JP3
0N
O-P
OP
12
R3
180
U55
INA
219I
DC
N
VIN+1
VIN-2
GND3
VS4
SCL5SDA6
A07
A18
JP3
21
2
R38
40
B-25
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
MM
C1_
D3
MM
C1_
D2
MM
C1_
CLK
MM
C1_
CM
D
MM
C1_
D1
MM
C1_
D0
VD
D_I
O1
VIO
_C
BT
LVV
IO_C
BT
LV
VD
D_I
O1
VD
D_I
O1
VIO
_CB
TL
V
MM
C0.
INS
[28
]M
MC
0.W
P[2
8]
MM
C1.
INS
[28]
MM
C0
_D3
[4]
MM
C0_
CM
D[4
]
MM
C0
_CLK
[4]
MM
C0_
D0
[4] M
MC
0_D
1[4
] MM
C0
_D2
[4]
MM
C1_
CL
K[3
,14]
MM
C1
_CM
D[3
,14
]
MM
C1_
D0
[3,1
4]M
MC
1_D
1[3
,14]
MM
C1_
D2
[3,1
4]M
MC
1_D
3[3
,14]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
539
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
MM
C/S
D S
OC
KE
TS
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
539
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
MM
C/S
D S
OC
KE
TS
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
539
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
MM
C/S
D S
OC
KE
TS
R38
110
K
J16
MH
C-W
21-6
01
#1_
MM
C+
/MM
CM
/RS
MM
C/M
MC
/SD
1
#2_
MM
C+
/MM
CM
/RS
MM
C/M
MC
/SD
2
#3_
MM
C+
/MM
CM
/RS
MM
C/M
MC
/SD
3
#4_
MM
C+
/MM
CM
/RS
MM
C/M
MC
/SD
4
#5_
MM
C+
/MM
CM
/RS
MM
C/M
MC
/SD
5
#6_
MM
C+
/MM
CM
/RS
MM
C/M
MC
/SD
6
#7_
MM
C+
/MM
CM
/RS
MM
C/M
MC
/SD
7
#8_
MM
C+
/MM
CM
/SD
8
SD
_W
P14
CD
15
GN
D1
27
GN
D2
28
#10
_MM
C+
/MM
CM
10
#1_
min
iSD
16
#2_
min
iSD
17
#3_
min
iSD
18
#4_
min
iSD
19
#5_
min
iSD
20
#6_
min
iSD
21
#7_
min
iSD
22
#8_
min
iSD
23
#9_
min
iSD
24
#10
_min
iSD
25
#11
_min
iSD
26
#9_
MM
C+
/MM
CM
/SD
9
#11
_MM
C+
/MM
CM
11
#12
_MM
C+
/MM
CM
12
#13
_MM
C+
/MM
CM
13
R34
8
10K
C25
10.
1uF
C24
810
uF
R36
910
KR
386
10K
R39110K
J21
Mic
roS
D_C
AR
D
DA
T3
2
CM
D3
VD
D4
CLK
5
VS
S6
DA
T0
7
DA
T1
8
DA
T2
1IN
SE
RT
9
INS
ER
T_C
OM
10
1111
1212
1313
1414
151
5R
376
NO
-PO
P
R3
5110
K
R3
8310
K
R36410K
R37
21
0K
C23
210
uF
R39410K
C2
490
.1u
F
R38810K
R377NO-POP
R35810K
R3
5410
K
B-26 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
GND SHIELD
I2S3_CLK
I2S3_FS
I2S3_RX
I2S3_DX
UART_EN
RX
D
TX
D
CT
S
RT
S
I2S
3_C
LKI2
S3_
DX
I2S
3_R
XI2
S3_
FS
VD
D_I
O1
VD
D_
IO1
VD
D_
IO1
UA
RT
_R
TS
[6,1
4,2
6]
UA
RT
_RX
[6,1
4,2
6]
UA
RT
_CT
S[6
,14,
26]
UA
RT
_T
X[6
,14,
26]
UA
RT
_RT
S[6
,14,
26]
UA
RT
_TX
[6,1
4,26
]
UA
RT
_RX
[6,1
4,2
6]
UA
RT
_CT
S[6
,14
,26
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
639
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
RS
232(
UA
RT
)
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
639
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
RS
232(
UA
RT
)
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
639
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
RS
232(
UA
RT
)
J31
HD
R4
1234
R12
6
10K
R2
10K
C1
20
0.1u
F
C1
27
0.1
uF
R15
1
10K
C5
0.1
uF
U9
MA
X3
222
T1I
N1
3
R2
IN9
R1
IN1
6
C2
-6
EN
_L1
C2
+5
NC
-11
4
T2O
UT
8T
1OU
T1
7
V-
7
NC
-21
1
SH
UT
DO
WN
20
V+
3
GN
D1
8
C1
-4
C1
+2
R2O
UT
10
R1O
UT
15
VC
C1
9
T2I
N1
2
C11
7
0.1
uF
JP4
PO
P1
2
C4
0.1
uF
TP
23
GN
D
J2
CO
NN
EC
TO
R D
B9
594837261
10
11
R1
43
10K
B-27
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
256K-Bit I2C EEPROM
SPI FLASH
SPI FLASH - McSPI
VD
D_I
O1
VD
D_
IO1
VD
D_
IO1
VD
D_I
O1
VD
D_I
O1
VD
D_I
O1
VD
D_
IO1
VD
D_
IO1
VD
D_I
O1
I2C
_S
DA
[2,3
,5,1
4,2
8,2
9]I2
C_S
CL
[2,3
,5,1
4,28
,29]
SP
I_C
S0
[5,2
9]
SP
I_D
X[5
,29]
SP
I_C
LK[5
,29]
SP
I_R
X[5
,29]
McS
PI_
CS
0_F
LAS
H[3
]
McS
PI_
SIM
O_
FLA
SH
[3]
McS
PI_
CLK
_F
LAS
H[3
]
McS
PI_
SO
MI_
FL
AS
H[3
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
B
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
739
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
SP
I F
LAS
H/I2
C E
EP
RO
M
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
B
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
739
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
SP
I F
LAS
H/I2
C E
EP
RO
M
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
B
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
42
739
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
SP
I F
LAS
H/I2
C E
EP
RO
M
R11
4
10K
R15
41
0K
R43
1
10K
C1
30
0.1
uF
R42
9
10K
R13
5
10K
U1
2 24W
C2
56
A0
1V
CC
8
VS
S4
NC
3S
CL
6
SD
A5
A1
2W
P7
R15
80
R15
61
0K
C1
01
0.1
uF
R14
71
0K
R15
70
U3
AT
25D
F04
1A-S
H-B
CS
1
SI
5G
ND
4
VC
C8
HO
LD
7
WP
3S
O2
SC
K6
U68
AT
25D
F04
1A-S
H-B
CS
1
SI
5G
ND
4
VC
C8
HO
LD7
WP
3S
O2
SC
K6
R13
01
0K
C28
70.
1uF
R43
0
10K
B-28 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
IO EXPANDER
LC
D_
BL
_PW
R
MM
C0.
WP
MM
C0.
INS
MM
C1.
INS
EX
PA
ND
ER
_A
IC_
RS
TA
IC_
RS
T
SE
L_I
2C_S
0S
EL
_I2C
_S1
HP
I_O
N
VD
D_
IO1
VD
D_I
O1
VIO
_C
BT
LV
VIO
_CB
TL
V
AIC
_RS
T[3
0]
LCD
_B
L_P
WR
[33]
SP
I_I2
S2_
S0
[5]
AIC
_MC
BS
P_M
OD
E[3
0]
I2C
_S
CL
[2,3
,5,1
4,2
7,2
9]
I2C
_S
DA
[2,3
,5,1
4,2
7,2
9]
SP
I_I2
S2_
S1
[5]
MM
C0.
WP
[25
]M
MC
0.IN
S[2
5]
MM
C1.
INS
[25]
SE
L_M
MC
0_I
2S
[4,8
]
nRE
SE
T[2
,7,1
7,30
,33
]
SE
L0_M
MC
1_M
CS
PI
[3,8
]S
EL1
_M
MC
1_M
CS
PI
[3,8
]
SE
L_I2
C_
S1
[5,2
9]S
EL_
I2C
_S
0[5
,29]
HP
I_O
N[5
,6,8
,18
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
283
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
I2C
EX
PA
ND
ER
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
283
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
I2C
EX
PA
ND
ER
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
283
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
I2C
EX
PA
ND
ER
R33
410
K
C22
7
0.1
uF
R53
10K
U4
4
TC
A64
16P
WAD
DR
21
GN
D1
2
INT
1
P0
04
P0
15
P0
26
P0
37
P0
48
P0
59
P0
61
0P
07
11
P1
01
3P
11
14
P1
21
5P
13
16
P1
41
7P
15
18
P1
61
9P
17
20
RE
SE
T3
SC
L2
2
SD
A2
3
VC
CI
2V
CC
P2
4
R54
1k
R3
330 R
329
NO
-PO
P
R3
304
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C2
260.
1uF
B-29
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
Remove RESISTOR for
Internal Voltage
Measurement
GPAIN Battery
Measurement
LAYOUT NOTE:
These 3 connectors need to be placed
in specific coordinates to allow for Interfacing
to the ADS Codec Daughter Card
GP
AIN
AD
S_G
PIO
10
GP
IO11
GP
AIN
0
GP
AIN
3G
PA
IN2
GP
AIN
1A
DS
_G
PIO
4
AD
S_G
PIO
1
AD
S_G
PIO
0
AD
S_
GP
IO3
AD
S_G
PIO
2
AD
S_G
PIO
5
SE
L_I
2C
_S0
SE
L_I
2C
_S1
VD
D_S
AR
V1.
8V
3.3
V5
AD
S_G
PIO
0[4
]
SP
I_C
LK[5
,27]
SP
I_D
X[5
,27]
SP
I_C
S0
[5,2
7]
SP
I_R
X[5
,27]A
DS
_G
PIO
4[4
]
I2S
2_C
LK
[5,1
4]
I2S
2_F
S[5
,14]
I2S
2_R
X[5
,14]
INT
1[2
]
I2C
_SD
A[2
,3,5
,14,
27,
28]
I2S
2_D
X[5
,14]
I2C
_SC
L[2
,3,5
,14
,27,
28]
XF
[2]
AD
S_G
PIO
1[4
]A
DS
_GP
IO1
0[3
]
GP
IO1
1[3
]
AD
S_
GP
IO3
[4]
AD
S_G
PIO
2[4
]
AD
S_G
PIO
5[4
,29
]
Ba
ttery
_Me
asur
emen
t[2
1]
GP
AIN
2[2
]G
PA
IN1
[2]
GP
AIN
0[2
,29]
GP
AIN
3[2
]
GP
AIN
0[2
,29
]
AD
S_G
PIO
5[4
,29
]S
EL_
I2C
_S1
[5,2
8]S
EL_
I2C
_S0
[5,2
8]
GP
IO1
5[6
]G
PIO
16
[6]
GP
IO1
7[6
]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
293
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
SA
R R
ES
IST
OR
NE
TW
OR
K
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
293
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
SA
R R
ES
IST
OR
NE
TW
OR
K
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
293
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
SA
R R
ES
IST
OR
NE
TW
OR
K
J10
HE
AD
ER
5X
2
2 4 6 8 10
1 3 5 7 9
SW
14
RW
DS
W9
UP
R83
6.3
4K 1
%
R4
09
6.4
9K 1
%
R41
9
5.3
6K 1
%
R6
7
0
C27
3
0.1
uF
R10
9
5.4
9K 1
%
R37
5N
O-P
OP
C2
74
NO
-PO
PS
W15
PLA
Y
TP
15
GP
IO5
R34
0N
O-P
OP
R41
0
24.9
K 1
%
J14
HE
AD
ER
11x
22 4 6 8 10
12
1 3 5 7 9 111
413 15
16
171
82
019 21
22
R41
12
0.0K
1%
R39
7
22.6
K 1
%
SW
19R
EC
J15
HE
AD
ER
10
X2
1 3 5 7 9 11 13 15 17 19
2 4 6 8 10 12 14 16 18 20
R34
7N
O-P
OP
R36
20
R3
99
60.4
K 1
%
SW
17S
TO
PS
W16
FW
D
R35
5N
O-P
OP
SW
13S
hift
R39
8
17.4
K 1
%
SW
18D
NS
W10
MO
DE
SW
8M
EN
U
TP
4
GN
D
R4
07
4.7
5K
1%
B-30 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
Tie
Ana
log
Pow
er t
o D
igita
l Po
wer
thr
ough
sin
gle
poin
t con
nect
ion
or
Fer
rite
Bea
d.
STEREO IN
CODEC 1
STEREO OUT
CODEC 1
HEADPHONES OUT
CODEC 1
Route all mic lines away from digital signals!
Remove if not
using with I2C
LEFT MIC
RIGHT MIC
0 = LDO_OFF
1 = LDO_ON
LEFT
RIGHT
GROUND
TRS 3.5MM
MICROPHONE
HEADPHONE
LINE IN
LEFT MIC
MICROPHONE IN
CODEC 1
32-35
22-25
2-5
AIC
_LI
NE
2L
HE
AD
PH
ON
E_R
OU
T
AIC
_LI
NE
2R
AIC
_M
BIA
SA
IC32
04_
RS
T
HE
AD
PH
ON
E_L
OU
T
AIC
3254
_R
OU
T
AIC
_M
IC1L
AIC
_M
IC1R
CO
NN
_H
P_L
OU
T
AIC
_IIS
D0
AIC
_IIS
D1 A
IC_
MIS
O
AIC
_M
OS
IA
IC_
SP
I_S
EL
MIC
_DE
T
AIC
_S
CLK
MIC
_D
ET
CO
NN
_H
P_R
OU
T
AIC
_IIS
CL
KA
IC_I
ISF
S
AIC
_M
CB
SP
_MO
DE
AIC
325
4_LO
UT
GN
D-A
GN
D-A
GN
D-A
GN
D-A
GN
D-A
GN
D-A
V3
.3A
V3.
3
GN
D-A
V3.
3A
VD
D_
IO1
GN
D-A
GN
D-A
VD
D_
IO1
GN
D-A
V3
.3A
VD
D_
IO1
GN
D-A
V1
.8
VIO
_C
BT
LV
VD
D_I
O1
VD
D_I
O1
GN
D-A
GN
D-A
AU
DIO
_M
CLK
[11,
31]
AIC
_RS
T[2
8]
I2C
_SD
A_A
IC0
[5]
I2C
_SC
L_A
IC0
[5]
I2S
0_C
LK
/McB
SP
_CLK
X[4
,31]
I2S
0_F
S/M
cBS
P_
FS
X[4
,31]
I2S
0_D
X/M
cBS
P_D
X[4
,31]
I2S
0_R
X/M
cBS
P_D
R[4
,31]
McB
SP
_F
SR
[4]
McB
SP
_C
LK
R[4
]
AIC
_M
CB
SP
_MO
DE
[28
]
nRE
SE
T[2
,7,1
7,2
8,3
3]
AIC
3204
_RS
T[3
1]
AIC
325
4_R
_LIN
E_
OU
T1
[32]
AIC
325
4_L
_LIN
E_O
UT
1[3
2]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
039
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
DE
C
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
039
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
DE
C
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
039
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
DE
C
R46
11
0K
R2
48
NO
-PO
P
JP8 P
WR
JPNO
-PO
P1
2
TP
29
GN
D
C15
5N
O-P
OP
U19
TLV
320A
IC32
04I
RH
BT
BC
LK2
WC
LK3
DIN
4
IOVSS7
IN1_
L1
3
IN1_
R1
4
IN2_
L1
5
IN2_
R1
6
IN3_
L2
0
MIC
BIA
S1
9
IN3_
R2
1
HPVDD26
HP
L2
5
DVSS28
LOR
23
AVDD24
RE
SE
T31
MC
LK1
DO
UT
5
IOVDD6
SC
L/S
SZ
9
SD
A/M
OS
I10
AVSS17
LOL
22
HP
R2
7
DVDD29 S
CLK
/MIC
_D
ET
8M
ISO
11S
PI_
SE
L12
RE
F1
8
LDO
_SE
L3
0
GP
IO3
2
PPAD33
R22
70
C19
22u
F
+
C6
220
uF
R22
50
J5 HD
R4
1234C
34
10u
F
C4
20
.1u
F
+M
21 2
R1
660
C19
5N
O-P
OP
R1
950
C1
50
0.1
uF
R23
91
00
JP1
7 PW
RJP
NO
-PO
P1
2
C36
10u
F
+M
11 2
R1
60
4.7
K
R2
070
C2
020
.47
uF
C16
5
0.1u
F
FB
6 BLM
21A
G1
51S
N1D
12
C11
40.
1uF
Q2
MM
BT
3904
-7-F
C
B
E
R2
35
0
FB
3
BL
M21
AG
151S
N1
D1
2
C14
1
0.1u
F
R16
8N
O-P
OP
JP9
PW
RJPN
O-P
OP
12
P8
ACT
P-J
T-3
503
-BLP
2 5 13 4
MH1MH2MH3MH4MH5
P8
CCT
P-J
T-3
503
-BLP
32
35
133
34
C16
0
0.1u
F
R23
3
2.2
K
+
C2
220
uF
TP6 AIC_GPIO
U6
SN
74C
B3
Q33
06A
PW
1O
En
1
1A
21B
3
GN
D4
2A
52B
6
2O
En
7
VC
C8
C2
090
.47
uF
R2
34
2.2
K
R17
2N
O-P
OP
P8
BCT
P-J
T-3
503
-BLP
22
25
123
24
C49
10uF
R20
91
00
FB
1
BL
M21
AG
151S
N1
D1
2
R17
01
0k
C2
7
22uF
C20
22u
F
C1
481u
F
R16
50
R16
74
.7K
JP1
5
MIC
_BIA
S123
FB
7
BLM
21A
G1
51S
N1D
12
C1
42
0.1
uF
R46
010
KR2
000
C1
831u
F
R1
61N
O-P
OP
R23
60
C4
10
.1u
F
R2
150
B-31
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
0 = LDO_OFF
1 = LDO_ON
Tie
Ana
log
Pow
er t
o D
igita
l Po
wer
thr
ough
sin
gle
poin
t con
nect
ion
or
Fer
rite
Bea
d.
STEREO IN 1
CODEC 2
STEREO OUT
CODEC 2
HEADPHONES
OUT
CODEC 2
Route all mic lines away from digital signals!
MICROPHONE
HEADPHONE
LINE IN
MICROPHONE
INCODEC 2
32-35
22-25
2-5
AIC
2_II
SC
LKA
IC2_
IIS
FS
CO
NN
_H
P_L
OU
T2
AIC
2_L
INE
2L
HE
AD
PH
ON
E_R
OU
T2
AIC
2_L
INE
2R
AIC
2_M
BIA
S
HE
AD
PH
ON
E_L
OU
T2
AIC
3254
_LO
UT
2
AIC
3254
_R
OU
T2A
IC2
_MIC
1L
AIC
2_M
IC1
R
CO
NN
_H
P_R
OU
T2
AIC
2_II
SD
0A
IC2_
IIS
D1
AIC
320
4_R
ST
MIC
_DE
T2
MIC
1_I
N2
MIC
2_I
N2
AIC
_M
ISO
2
AIC
_M
OS
I2A
IC_
SP
I_S
EL
2
AIC
_S
CLK
2
MIC
_D
ET
2
VD
D_I
O1
GN
D-A
GN
D-A
GN
D-A
GN
D-A
GN
D-A
GN
D-A
V3
.3A
V3.
3
GN
D-A
V3
.3A
GN
D-A
GN
D-A
VD
D_
IO1
GN
D-A
V3
.3A
VD
D_
IO1
GN
D-A
V1
.8
VD
D_I
O1
VD
D_
IO1
VD
D_I
O1
AU
DIO
_M
CLK
[11,
30]
AIC
320
4_R
ST
[30]
I2C
_SD
A_A
IC1
[5]
I2C
_SC
L_A
IC1
[5]
AIC
325
4_R
_LIN
E_
OU
T2
[32]
AIC
325
4_L
_LIN
E_O
UT
2[3
2]
I2S
0_C
LK/M
cBS
P_
CLK
X[4
,30
]
I2S
0_R
X/M
cBS
P_D
R[4
,30]
I2S
0_D
X/M
cBS
P_D
X[4
,30]
I2S
0_F
S/M
cBS
P_F
SX
[4,3
0]
I2S
2_C
LK_A
IC[5
]I2
S2
_FS
_AIC
[5]
I2S
2_D
X_
AIC
[5]
I2S
2_R
X_
AIC
[5]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
139
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
DE
C
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
139
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
DE
C
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
139
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
DE
C
C30
7
0.1u
F
C3
020
.47
uF
FB
15
BL
M21
AG
151S
N1
D1
2
U72
TLV
320A
IC32
04I
RH
BT
BC
LK2
WC
LK3
DIN
4
IOVSS7
IN1_
L1
3
IN1_
R1
4
IN2_
L1
5
IN2_
R1
6
IN3_
L2
0
MIC
BIA
S1
9
IN3_
R2
1
HPVDD26
HP
L2
5
DVSS28
LOR
23
AVDD24
RE
SE
T31
MC
LK1
DO
UT
5
IOVDD6
SC
L/S
SZ
9
SD
A/M
OS
I10
AVSS17
LOL
22
HP
R2
7
DVDD29 S
CLK
/MIC
_D
ET
8M
ISO
11S
PI_
SE
L12
RE
F1
8
LDO
_SE
L3
0
GP
IO3
2
PPAD33
FB
13 BLM
21A
G1
51S
N1D
12
C29
6
0.1u
F
TP40 AIC_GPIO R45
3N
O-P
OP
R44
31
0kP
9ACT
P-J
T-3
503
-BL
P2 5 13 4
MH1MH2MH3MH4MH5
R4
56
2.2
K
FB
16
BL
M21
AG
151S
N1
D1
2
C29
8
22u
F
C3
030
.47
uF
R43
80
R45
21
00
R4
450
P9
CCT
P-J
T-3
503
-BL
P3
2
35
133
34
R43
90
C34
3
0.1u
F
R45
54
.7K
C3
000
.1u
F
C2
97
0.1
uF
R5
10
4.7
K
C29
2
0.1u
F
TP
41
GN
D
J7 HD
R4
1234
C31
0N
O-P
OP
C29
1
22u
F
R4
400
JP5
0
MIC
_BIA
S123
R46
210
K
R5
11N
O-P
OP
C3
091u
F
C3
081u
F
C31
1N
O-P
OP
R45
41
00
P9
BCT
P-J
T-3
503
-BLP
22
25
123
24
R4
42
0
R4
470
R4
460
R46
31
0K
R5
120
+
C31
32
20u
F
JP4
8 PW
RJPN
O-P
OP
12
JP4
9 PW
RJP
NO
-PO
P1
2
C2
94
22uF
R4
57
2.2
K
J29
HE
AD
ER
2X
2
3 41 2
C2
99
10uF
R5
130
+
C31
22
20u
F
J27
HE
AD
ER
2X
2
3 41 2
FB
14
BLM
21A
G1
51S
N1D
12
R44
80
C30
6
10u
F
JP5
1
PW
RJPN
O-P
OP
12
R4
41
NO
-PO
P
J30
HE
AD
ER
2X
2
3 41 2
R44
90
J28
HE
AD
ER
2X
2
3 41 2
C2
93
0.1
uF
C3
010
.1u
F
R4
440
C29
5
10u
F
U78
SN
74LV
C2G
34D
CK
R
1A1
GN
D2
2A3
2Y
4
VC
C5
1Y
6
B-32 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
DEFAULT
ALL CHANNELS ENABLED 6 DB GAIN
DEFAULT
ALL CHANNELS ENABLED 6 DB GAIN
AM
P1_
G1
AM
P1_
G1
AM
P1_
G0
AM
P1_
G0
AM
P2_
G1
AM
P2_
G0
AM
P2_
G1
AM
P2_
G0
AM
P1_
SD
R
AM
P1_
SD
L
AM
P2_
SD
R
AM
P2_
SD
L
AM
P2_
SD
R
AM
P2_
SD
L
AM
P1_
SD
R
AM
P1_
SD
L
GN
D-A
GN
D-A
GN
D-A
GN
D-A
VIN
_E
VM
VIN
_E
VM
GN
D-A
GN
D-A
GN
D-A G
ND
-A
VIN
_E
VM
VIN
_E
VM
GN
D-A
GN
D-A
GN
D-A
GN
D-A
AIC
3254
_L_
LIN
E_
OU
T2
[31]
AIC
325
4_R
_LIN
E_O
UT
2[3
1]
AIC
325
4_L_
LIN
E_O
UT
1[3
0]
AIC
325
4_R
_LIN
E_O
UT
1[3
0]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
239
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
AU
DIO
AM
PLI
FIE
RS
OU
T
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
239
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
AU
DIO
AM
PLI
FIE
RS
OU
T
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
239
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
AU
DIO
AM
PLI
FIE
RS
OU
TC
335
1000
pF
C31
70.
1uF
C3
201u
F
JP59
HE
AD
ER
3
1 2 3
P7
SC
W-H
DR
21 2
C34
51u
F
R48
60
U7
5T
PA
201
2D2
G11
OUTL+2
PVDD.13
PGND.14
OUTL-5
NC
.66
SD
Ln7
SD
Rn
8
AV
DD
9
NC
.10
10
OUTR-11
PGND.212
PVDD.213
OUTR+14
G015
INR
+1
6
INR
-1
7
AG
ND
18
INL-
19
INL+
20
PWRPAD21
C3
2910
00pF
R4
6412
0K
C32
10.
1uF
C32
610
uF
R47
112
0K
JP60
HE
AD
ER
3
1 2 3
C34
61
uF
JP5
3H
EA
DE
R 3
1 2 3
R46
512
0K
C33
010
00p
F
R47
21
20K
C3
311u
F
C34
71u
F
JP5
4H
EA
DE
R 3
1 2 3
R46
612
0K
C33
610
00p
F
C3
221
uF
C33
20.
1uF
R46
71
20K
C3
230.
1uF
JP5
6
HE
AD
ER
3
1 2 3
U7
4T
PA
201
2D2
G11
OUTL+2
PVDD.13
PGND.14
OUTL-5
NC
.66
SD
Ln7
SD
Rn
8
AV
DD
9
NC
.10
10
OUTR-11
PGND.212
PVDD.213
OUTR+14
G015
INR
+1
6
INR
-1
7
AG
ND
18
INL-
19
INL+
20
PWRPAD21
C3
2410
00pF
C32
71
uF
R47
312
0K
JP5
5H
EA
DE
R 3
1 2 3
C32
510
00p
F
P4
SC
W-H
DR
21 2
C3
280.
1uF
R4
7012
0K
JP57
HE
AD
ER
3
1 2 3
C3
1810
00pF
C31
51
0uF
P5
SC
W-H
DR
21 2
C3
331
uF
C31
910
00p
F
C31
61
uF
JP58
HE
AD
ER
3
1 2 3
P6
SC
W-H
DR
21 2
C34
41
uF
C3
340.
1uF
R48
70
B-33
Spectrum Digital, Inc5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
This board uses
a mirrored
footprint for
J23
LCD POWER 13V
BS0 BS1
0 0 4 WIRE SPI
1 0 3 WIRE SPI
FOR 3 WIRE SPI MODE CONNECT BS0 TO VDD_IO1
MOUNTING HOLES
BS
0B
S1
LCD
_DX
LCD
_SC
LK
VD
D_I
O1
V13
V13
V3.
3
VD
D_I
O1
VD
D_I
O1
VD
D_
IO1
VD
D_
IO1
V3.
3
VD
D_I
O1nR
ES
ET
[2,7
,17,
28,
30]
LCD
_BL
_PW
R[2
8]
LC
D_S
CLK
[5]
LC
D_
DX
[5]
LC
D_
CS
0_M
SP
[36
]
LCD
_R
X[5
]
LC
D_S
CL
K_
MS
P[3
6]L
CD
_SIM
O_M
SP
[36]
LCD
_C
S[5
]
LC
D_S
OM
I_M
SP
[36]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
339
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
LO
R L
CD
IN
TE
RF
AC
E
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
339
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
LO
R L
CD
IN
TE
RF
AC
E
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
eto
f
Titl
e:
Pag
e C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
514
662-
0001
Fri
day,
Ja
nuar
y 03
, 201
43
339
B
TM
S32
0C
5517
EV
ALU
AT
ION
MO
DU
LE
CO
LO
R L
CD
IN
TE
RF
AC
E
R4
18N
O-P
OP
C26
7
10pF
C2
82N
O-P
OP
R1
040
R4
150
Z4
1
C28
54.
7uF
R41
756
0K 1
%
R76
1.6
M 1
%
R10
50
+C
278
33u
F
C2
831
uF
R97
0
TP
13
Tes
t Poi
nt_1
L10
2.2u
H
D13
MM
BD
414
8
13
2
R10
60
D1
4M
MB
D4
148
13
2
R4
220
R99
0
R69
10K
R5
230
R5
250
U5
8
TP
S61
041
SW
1
GN
D2
FB
3E
N4
Vin
5
R1
08
NO
-PO
P
C7
6
10uF
R84
NO
-PO
P
R41
650
Z2
1
R98
0
R5
260
Z5
1
R5
240
R5
270
R1
07
0
R42
1N
O-P
OP
C2
7610
uF
R10
00
C28
4N
O-P
OP
C28
04
.7u
F,1
6V
D5
MB
R05
20
R9
60
C85
10u
F,1
6V
R10
10
R77
180K
C28
1N
O-P
OP
C26
8
0.1u
F,5
0V
R10
2N
O-P
OP
Z1
1
R8
60
0SD-2828GDEDF11
J23
OE
L D
isp
lay
Co
nn
ect
or
NC
-1(
GN
D )
1
VC
C2
VC
OM
H3
VD
DIO
4
VS
L5
NC
-66
D6
8D
77
D5
9
D4
10
D3
11
D2
12
D1
13
D0
14
E/R
Dn
15
R/W
n1
6
BS
01
7
BS
11
8
CS
n1
9
D/C
n2
0
RE
SE
Tn
21
IRE
F2
2
GP
IO1
23
GP
IO0
24
NC
-25
25
VD
D2
6
VC
I2
7
VS
S2
8
NC
-29
29
NC
-30
( G
ND
)3
0
Z3
1
R87
0
R8
5N
O-P
OP
R1
030
R42
00
R88
NO
-PO
P
C2
7110
uF,1
6V
B-34 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
90 ohm diff pair
90 ohm diff pair
MS
P43
0_X
OU
T
RS
TN
/MS
P4
30_T
DO
/TD
I
MS
P4
30_
HP
I_H
HW
ILM
SP
430_
HP
I_H
R_N
W
MS
P43
0_H
PI_
HD
S1
MS
P43
0_H
PI_
HB
E1
MS
P43
0_H
PI_
HB
E0
AV
CC
1
AV
CC
1
MS
P4
30_
HP
I_O
N
CO
NN
_MS
P_
US
B_D
PM
SP
430_
US
B_
DP
MS
P43
0_U
SB
_DM
MS
P4
30_U
SB
_VB
US
CO
NN
_MS
P_
US
B_D
N
MS
P43
0_X
IN
MS
P43
0_P
IN45
MS
P43
0_P
IN41
MS
P43
0_P
IN78
MS
P4
30_
PIN
41
MS
P4
30_
PIN
78
MS
P4
30_
PIN
45
MS
P4
30_S
PI_
OE
n
MS
P43
0_S
PI_
DIR
3V3_
MS
P43
03
V3_
MS
P4
30
3V3_
MS
P43
0
3V3_
MS
P43
0
3V
3_M
SP
430
3V
3_M
SP
430
MS
P4
30B
TM
0[7
]M
SP
430
BT
M1
[7]
MS
P4
30B
TM
2[7
]M
SP
430
BT
M3
[7]
MS
P4
30_D
RV
_BT
MO
DE
[7]
MS
P43
0_Z
_B
TM
OD
En
[7]
MS
P43
0_H
PI_
HH
WIL
[9] M
SP
430_
HP
I_H
R_N
W[9
]
MS
P4
30_
HP
I_H
DS
1[9
]
MS
P4
30_H
PI_
HB
E1
[9]
MS
P4
30_H
PI_
HB
E0
[9]
MS
P43
0_I2
C_S
DA
[22
,24
]M
SP
430_
I2C
_SC
L[2
2,24
]
MS
P4
30_H
PI_
ON
[8]
MS
P43
0_D
RV
_RE
SE
Tn
[17]
MS
P4
30_H
PI_
D0
[9]
MS
P4
30_H
PI_
D1
[9]
MS
P4
30_H
PI_
D2
[9]
MS
P4
30_H
PI_
D3
[9]
MS
P4
30_H
PI_
D4
[9]
MS
P4
30_H
PI_
D5
[9]
MS
P4
30_H
PI_
D6
[9]
MS
P4
30_H
PI_
D7
[9]
MS
P4
30_H
PI_
D8
[9]
MS
P4
30_H
PI_
D9
[9] M
SP
430
_HP
I_D
10
[9]
MS
P43
0_H
PI_
D1
1[9
]M
SP
430
_HP
I_D
12
[9]
MS
P43
0_H
PI_
D1
3[9
]M
SP
430
_HP
I_D
14
[9]
MS
P43
0_H
PI_
D1
5[9
]
MS
P4
30_
HP
I_H
RD
Y[9
]M
SP
430_
HP
I_H
INT
[9]
MS
P4
30_H
PI_
HC
NT
L0[9
]M
SP
430
_HP
I_H
NC
TL1
[9]
MS
P4
30_S
PI_
CLK
[36]
MS
P4
30_S
PI_
CS
0[3
6]
MS
P4
30_S
PI_
RX
[36
]M
SP
430
_SP
I_D
X[3
6]
MS
P_4
30_
RX
_IR
_IN
[35
]M
SP
_43
0_D
X_I
R_O
UT
[35]
UA
RT
_IR
_SE
L[3
5]
MS
P43
0_S
PI_
SE
L[3
6]
MS
P4
30_
INT
[35]
MS
P43
0_W
AK
EU
P[3
5]
MS
P43
0_S
WO
PT
0[3
7]M
SP
430_
SW
OP
T1
[37]
MS
P43
0_S
WO
PT
2[3
7]M
SP
430_
SW
OP
T3
[37]
MS
P43
0_P
WR
_O
PT
1[2
2]M
SP
430_
PW
R_
OP
T2
[22]
MS
P43
0_P
WR
_O
PT
3[2
2]M
SP
430_
PW
R_
OP
T4
[22]
MS
P4
30_H
PI_
CO
NN
[9]
MS
P43
0_S
PI_
OE
n[3
6,3
7]
MS
P4
30_
SP
I_D
IR[3
6,3
7]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
343
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
MS
P43
0
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
343
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
MS
P43
0
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
D
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
343
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
MS
P43
0
Y4
32.7
68K
Hz
1 4
2 3
R42
522
0
DS
3LE
D_0
21
C2
5510
uF
JP5
2
HE
AD
ER
31 2 3
C2
644.
7uF
C2
520.
1uF
R42
422
0
DS
2LE
D_0
21
R93
27
R79 22
0
MS
P43
0F55
29I
PN
U54
P6.
4/C
B4/
A4
1
P6.
5/C
B5/
A5
2
P6.
6/C
B6/
A6
3
P6.
7/C
B7/
A7
4
P7.
0/C
B8/
A12
5
P7.
1/C
B9/
A13
6
P7.
2/C
B10
/A1
47
P7.
3/C
B11
/A1
58
P5.
0/A
8/V
RE
F+
/VE
RE
F+
9
P5.
1/A
9/V
RE
F-/
VE
RE
F-
10
AV
CC
111
P5.
4/X
IN12
P5.
5/X
OU
T13
AV
SS
114
P8.
015
P8.
116
P8.
217
DV
CC
118
DV
SS
119
VC
OR
E.1
20
P1.0/TA0CLK/ACLK21
P1.1/TA0.022
P1.2/TA0.123
P1.3/TA0.224
P1.4/TA0.325
P1.5/TA0.426
P1.6/TA1CLK/CBOUT27
P1.7/TA1.028
P2.0/TA1.129
P2.1/TA1.230
P2.2/TA2CLK/SMCLK31
P2.3/TA2.032
P2.4/TA2.133
P2.5/TA2.234
P2.6/RTCCLK/DMAE035
P2.7/UCB0STE/UCA0CLK36
P3.0/UCB0SIM/UCB0SDA37
P3.1/UCB0SOMI/UB0SCL38
P3.2/UCB0CLK/UCA0STE39
P3.3/UCA0XD/UCA0SIMO40P
3.4/
UC
A0R
XD
/UC
A0S
OM
I41
P3
.5/T
B0
.542
P3
.6/T
B0
.643
P3.
7/T
B0O
UT
H/S
VM
OU
T44
P4.
0/P
M_U
CB
1ST
E/P
M_
UC
A1
CLK
45P
4.1/
PM
_UC
B1S
IMO
/PM
_U
CB
1SD
A46
P4
.2/P
M_
UC
B1S
OM
I/PM
_UC
1SC
L47
P4.
3/P
M_U
CB
1CLK
/PM
_U
CA
1S
TE
48D
VS
S2
49D
VC
C2
50P
4.4/
PM
_U
CA
TX
D/P
M_U
CA
1SIM
O51
P4.
5/P
M_U
CA
1R
XD
/PM
_UC
A1S
OM
I52
P4.
6/P
M_N
ON
E53
P4.
7/P
M_N
ON
E54
P5
.6/T
B0
.055
P5
.7/T
B0
.156
P7
.4/T
B0
.257
P7
.5/T
B0
.358
P7
.6/T
B0
.459
P7.
7/T
B0C
LK
/MC
LK60
VSSU61 PU.0/DP62 PUR63 PU.1/DM64 VBUS65 VUSB66 V1867 AVSS268 P5.2/XT2IN69 P5.3/XT2OUT70 TEST/SBWTCK71 PJ.0/TDO72 PJ.1/TDI/TLK73 PJ.2/TMS74 PJ.3/TCK75 RSTN/NMI/SBWTDIO76 P6.0/CB0/A077 P6.1/CB1/A178 P6.2/CB2/A279 P6.3/CB3/A380
R42
322
0
C8
00.
1uF
R3
79
4.7
K
C24
50
.47u
F
R9
51
M
R90
1.5K
C26
30.
1uF
R38
0
4.7K
C26
1.2
2uF
U62
TP
D2
E00
1D
RL
IO1
3IO
25
VCC1
GND4
NC
.22
J19
US
BM
INI_
B
US
BV
DD
1
D+
3
D-
2
US
BV
SS
5
ID4
SH
IEL
D1
6
SH
IEL
D2
7
SH
IEL
D3
8
SH
IEL
D4
9
C93
0.1
uF
C91
10p
F
R91
1M
SW
12
SW
PU
SH
BU
TT
ON
_3
143
2
C86
1000
pF
D4
LL1
03A
R38
20
C92
10p
F
C81
22p
F
R70
47K
C26
510
uF
C7
222
pF
C26
2.2
2uF
C2
5410
uF
C84
22p
F
C24
70
.1u
F
R39
2
100
K
C2
530.
1uF
Y3
12.
000
MH
z
J17
HE
AD
ER
7X
2 S
hro
uded
TD
O/T
DI
1V
CC
_T
OO
L2
TD
I/VP
P3
VC
C_M
SP
4
TM
S5
XO
UT
6
TC
K7
TE
ST
/VP
P8
GN
D9
AC
LK10
RS
T/N
MI
11A
CLK
EN
12
NC
113
TC
LK
EN
14
DS
4LE
D_0
21
R94
27
C7
722
pF
B-35
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
WAKE UP PULSE
IR_O
UT
MS
P43
0_T
XD
IR_R
EM
OT
E_
IN
MS
P43
0_R
XD
3V3_
MS
P43
0
VIN
_EV
M
3V
3_M
SP
430
3V3_
MS
P43
0
3V
3_M
SP
430
3V3_
MS
P43
0
3V3_
MS
P4
30
MS
P43
0_W
AK
EU
P[3
4]
MS
P_4
30_
RX
_IR
_IN
[34]
MS
P_4
30_D
X_
IR_
OU
T[3
4]
UA
RT
_IR
_SE
L[3
4]
MS
P4
30_
DR
V_W
AK
EU
P[2
]
MS
P43
0_D
RV
_IN
T[2
1]
MS
P43
0_IN
T[3
4]
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
353
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
MS
P43
0 G
LUE
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
353
9
B
TM
S32
0C
551
7 E
VA
LU
AT
ION
MO
DU
LE
MS
P43
0 G
LUE
Siz
e:
Dat
e:
DW
G N
OR
evi
sion
:
She
et
of
Titl
e:
Pa
ge C
onte
nts
:
A
SP
EC
TR
UM
DIG
ITA
L IN
CO
RP
OR
AT
ED
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B-36 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
SPI FLASH
DIR AND OEn ARE ON A POWER DOMAIN
OEn DIR FUNCTION
L L B->A
L H B<-A
OEn DIR FUNCTION
L L B->A
L H B<-A
DIR AND OEn ARE ON A POWER DOMAIN
ME
M_S
PI_
DX
ME
M_S
PI_
CL
K
ME
M_S
PI_
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0
ME
M_S
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n
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LCD
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SP
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RP
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5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
363
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5146
62-0
001
Fri
day,
Jan
uar
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3, 2
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363
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5146
62-0
001
Fri
day,
Jan
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363
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Spectrum Digital, Inc
5 5
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Siz
e:
Dat
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DW
G N
OR
evi
sion
:
She
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of
Titl
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Pa
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nts
:
D
SP
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TR
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DIG
ITA
L IN
CO
RP
OR
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ED
5146
62-0
001
Fri
day,
Jan
uar
y 0
3, 2
014
37
39
B
TM
S32
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5146
62-0
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Fri
day,
Jan
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62-0
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Fri
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Jan
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B-38 TMS320C5517 EVM Technical Reference
Spectrum Digital, Inc
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
4.125 = ( 1+RTOP/RBOTTOM )
3.125 RBOTTOM = RTOP
3.3 = 0.8 * ( 1+RTOP/RBOTTOM )
VOUT = 0.8 * ( 1+(RTOP/RBOTTOM) )
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3_M
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Dat
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5146
62-0
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Fri
day,
Jan
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383
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Fri
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Fri
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Spectrum Digital, Inc5 5
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62-0
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Fri
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Jan
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Fri
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Fri
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Jan
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B-40 TMS320C5517 EVM Technical Reference
Printed in U.S.A., March 2014514665-0001 Rev A