a unique compact tmi ecosystem · pattern generator: generate 8 different repetitive pattern of 8...

Today’s rapidly changing environment of education, research and Industry demands flexibility and

expandleability in all aspects of design & testing.

The instrument market is fragmented because instruments are specialized in hardware to serve several

slightly divergent test applications. In fact, the traditional classification of measurement instruments

(such as Voltmeter, Current meter, Frequency Counter, Function Generator, Oscilloscope, Power Supply,

etc.) has now become a single entity with software interactivity.

In the present scenario, the concept of circuit design has been switched from discrete design to system on

chip i.e. SOC type design. Firstly today’s IC is software configurable and for that user has to use software

interface using PC / laptop. So the computer is the necessity for engineers in all domain (basic electronics,

VLSI, Embedded, DSP, Communication, Instrumentation, etc.). Secondly traditional TMI is the basic need

for the design engineers.

In this modern world, Scientech DesignLab2 is an ultimate solution for engineers in design,

application, and in field services. It is space saving, allows faster testing time, and faster

troubleshooting.

DesignLab2® has different TMI capabilities like Digital Storage Oscilloscope, Mixed Signal Oscilloscope,

Logic Analyzer, Synthesized Function Generator, Pattern / Word Generator, Programmable Clock,

Programmable Power Supply, Data acquisition, Volt meter, Current meter etc. It has features of analysis

on multiple large and simultaneous windows, storage of waveforms on PC, sharing waveform data,

virtual component library for real-world hardware interface and event scheduler to automate testing.

Now Institutes can simply have one DesignLab2 and one laptop on each table, replacing multiple TMI

boxes.

Scientech DesignLab2®A unique compact TMI ecosystem

Capabilities

• Sleek design

• Use all instruments parallely

• 12 in 1 Multi Instrument:

- 2 Channel Digital Oscilloscope

- 16 Channel Logic Analyzer

- Mixed Signal Oscilloscope (1 Analog + 8 Digital)

- Synthesized Function Generator

- Pattern / Word Generator

- Programmable Clock Generator

- Variable Power Supply

- Fixed Power Supply

- Frequency Counter

Features

- Volt meter (DC)

- Current meter(DC)

- Spectrum Analyzer (FFT Analysis)

• Interactive Virtual Graphical User Interface Software

• Separate window for every measurement

• User friendly and easy navigation

• Multi utility board to explore Design Lab2 (Optional)

• Event scheduler for design & testing of circuits

• USB 2.0 Interface

• Separate USB Powered Data Acquisition Solution

• Virtual Analog-Digital Component & Circuit Libraries for real world

• User can import data in third party software like Matlab and

Labview for post signal analysis

Function Generator: Generate standard Synthesized Signal waveforms like Sine, Square, Triangular, Ramp, and Pulse. Set and change

its parameters using user friendly Graphical User Interface (GUI).

Pattern Generator: Generate 8 different repetitive pattern of 8 bit length. Clock frequency of generated pattern can be changed

using its software screen.

Clock Generator: Separate output for clock signal can be generated to use or to trigger any external design under test.

Logic Analyzer: Capture and display multiple signals from a digital system or digital circuit. Cursors are provided to analyze signal and

result can be stored in Image format.

Digital Oscilloscope: Analyze Analog or Digital outputs of your design under test on two channel Digital Oscilloscope. Volt per

division, Time per division can be changed by a single click. User can measure frequency & amplitude and store results in image or CSV

format.

Mixed Signal Oscilloscope: Analyze one Analog and eight Digital outputs of your design under test simultaneously on software

screen. Use CH1 for Analog and D0 to D7 of Logic Analyzer. Connector for Digital Signals, Volt per division, and time per division can be

changed by user friendly GUI screen.

Frequency Counter: Measure Frequency or measure the number of oscillations or pulses per second in a repetitive electronic signal.

Variable Power Supply: Variable Power Supply can be used to power analog or digital circuit where positive and negative supply is to

be used; Output required can be set by interactive GUI provided for Power Supply.

Fixed Power Supply: Fixed Power Supply that can be used to power high current digital electronic circuits.

Voltmeter and Current Meter: Measure the potential difference, or voltage, between two points in an electrical or electronic

circuit and to measure the current in a circuit.

Data Acquisition: Acquire & Measure an electrical or physical phenomenon such as temperature, humidity, pressure, sound etc. with

software provided. Can also be used as Analog and Digital Input output device and data logger.

Activity Tool: It is a special tool to use virtual component in real time, components like switches, LED, displays, combinational,

operational amplifier, motor interface, relay interface and many more components are available.

Event scheduler: For multiple or repetitive testing / calibration. It can also be used to schedule the event for all the built in

instruments and can be use all instrument parallely.


Synthesized Function Generator

Waveforms : Sine, Square, Triangle, Ramp, Pulse, TTL

Frequency Range : 1 mHz to 5MHz (Sine), 1mHz to 3MHz (others)

Amplitude Range : 20mV to 20Vpp (O.C.)

DC Offset (O.C.) : ± 5Vpp

Sampling Rate : 100MSPS

Digital Storage Oscilloscope

No. of Channels : 2 Analog (CH1 & CH2)

100MSPS per channel : 8-bit per channel

Memory : 2K

-3dB Bandwidth : 10MHz

Vertical range : 5mV/div to 10V/div

Triggering Source : CH1, CH2

Measurements (Manual) : Voltage & Frequency

Mixed Signal Oscilloscope

No. of Channels : 1 Analog (CH1) + 8 Digital

100MSPS per channel : 8-bit per channel

Memory : 2K

-3dB Bandwidth : 10MHz

Vertical range : 5mV/div to 10V/div

Triggering Source : CH1, CH2

Measurements (Manual) : Voltage & Frequency

Trigger : Level

Spectrum (FFT Analysis)

Logic Analyzer

No. of Channels : 16

Maximum Sampling Rate : 100MSPS

Memory : 2K per channel

Input Voltage Tolerance : 7V (max.)

Digital Pattern Generator

No. of Channel : 8

Maximum Sampling Rate : 100MSPS

Pattern Length : 8-bit

Frequency Range : 1KHz to 5MHz

Variable Power Supply

No. of Channel : 2

Output Voltage : ±12V

Max. Output Current : 250 mA (with load)

Technical Specifications

Pattern & Clock Generator

Logic Analyzer

FFT Spectrum Analyzer

Function Generator

Digital Storage Oscilloscope

Mixed Storage Oscilloscope


Programmable Power Supply

Virtual Component Library

Data Acquisition

Event Scheduler

Data Acquisition

Type : Analog and Digital

Analog Input : 8

Analog Output : 2

Digital Input : 8

Digital Output : 8

ADC Resolution (In Bit) : 24

Unity Gain Amplifier (Buffer) : 2 (0 – 5V)

Connectivity : USB

Data Logging : PC Based

Power Supply : USB Powered

Software : Yes

Interface : USB2.0

Fixed Power Supply

Output Voltage : +5V

Max. Output Current : 2A (with load)

Frequency Counter

Frequency Range : DC to 50 MHz

Sensitivity : 0.5Vrms

Input Impedance : 1MW

Max. Input Voltage : 200 V (DC + AC Peak)

Voltmeter (DC)

Maximum Voltage : ±15V

Resolution : 100mV

Current meter (DC)

Maximum current : ±500mA

Resolution : 1mA

Circuit Libraries for real world : Virtual Analog-Digital Component like

Switches, Display Devices, Computational

Circuits, Operational Amplifier, Motor

Control and Relay Circuits.

Event scheduler for design &

testing of circuits : Time setting and loop function General

Information

Dimensions (mm) : W281 x H80 x D 285

Power Supply : 100-240VAC, 50 / 60Hz, <35VA

Weight : 2.25 kg ApproximatelyOOperating Conditions : 0-40 C, 85% RH

Resource Material : CD (Operating procedure, Front panel

control, DesignLab Software)

System Requirement : Windows XP- SP3 and above, Windows7,

8 & 10

Supported Architecture : X86

Frequency Counter, Volt meter & Current meter


Add-on board for Sensor & Actuators with temperature & humidity sensor (optional)

Add-on Board will help user to connect their sensors or actuators directly using stand 5 pi connector. Overall it will simplify connection and accelerate interfacing time.

Soil MoistureAlcoholAir QualityTemperatureDust

List of ready to use Sensors & Actuator

Air Quality Sensor -

Ambient Light Sensor -

Soil/Water temperature -

PIR Sensor -

SS151

SS153

SS154

SS155

Watermark Soil Moisture - SS157

Water Conductivity - SS158

Alcohol Sensor - SS159

Anemometer + wind vane +pluviometer - SS161

Relay Board - SS162

Buzzer Board - SS163

Real TimeRemote Monitoring

InterfaceCPU Gateway

Add-on board forSensor & Actuators

CloudIoT Applications


Temperature Sensor - SS150

• Linear Temperature Slope : 10mV/°C

• Temp. Range (°C) : -40 to +150

• -4°C/+6°C Accuracy from -40°C to +150°C

• Operates from 2.3V to 5.5V

Humidity - SS150

• Accuracy (Best Fit Straight Line) : ±3.0 %RH

• Range : 0 to 100% RH

• Output Signal : Analog voltage

• Soil/Water temperature

• Temp. Range (°C) : 0 to 100

• Accuracy : ±2°C

• Size : 6 inch

• Operating Voltage : 3.3 to 5V

Leaf Wetness - SS156

• Grid-like,

• Resistance-type sensor

• Moisture on vegetation from 0 (dry) to 15 (wet).

Soil Moisture Sensor - SS152

• Operating Voltage : 3.3V to 5V

• Range : 0 to 100% (Need Calibration)


Dust Sensor - SS160

• Operating Voltage : 5V

• Sensitivity : 0.65 V/(0.1mg/m3)


Power Scope Module for Electrical Applications (optional)

Floating measurements of high voltages are very common in industrial electronics and electrical testing. Single phase and three phase

measurements on DesignLab2 need completely isolated inputs. PowerScope Module is an ideal solution for such applications. With X100

attenuation signals up to 1500Vpp can be measured. Scientech PowerScope is very useful for testing UPS, induction furnace, electric

control systems, motors, transformers etc

Specifications:

• Input Channel: 2 nos. (Isolated Inputs)• Attenuation: X100 & X10• Accuracy: ±10%• Coupling: AC-DC & Ground• Input Voltage: Max. 1500V(DC + Peak AC)

for X100 (Min. 300V recommended)

DesignLab2 Demo Board (optional)

Specifications:

Introduction

DesignLab Demostrator is a compact board designed to

demonstrate multiple features of DesignLab &

DesignLab2. This multi-funtional board is having onboard

CPLD, Micro-Controller, Input Output section, Amplifiers

and Filters.

• Coolrunner CPLD is used to interface various digital signals for Ramp Generation, 7 Segment Display, Switches, LEDs, Sine wave and digital signals.

• Atmega8515 Controller is used to interface 7 Segment Display, Switches, LEDs, Sine wave digital Signals and PWM signals.

• Input-Output section includes Push Button Switches, 2 digit 7 Segment Display, 8 DIP Switches for Logic input, 8 LEDs for Logic Output.

• Amplifier: One Non-Inverting and one Inverting Op-Amp with Adjustable Gain.

• Filter: One Low Pass and One High Pass filter with Adjustable Cutoff.

Interface demo board with DesignLab2 andexplore its virtual real time display library

• Frequency Response: Normally for mains operation, exceptionally upto 300KHz

• Display on DesignLab2 Software

RYB

N

DesignLab2 Software GUI

Single-phaseloads 230V

Three-phaseloads 400 V

Rotation


Tina Circuit design, Simulation and PCB Design Software (optional)

Tina Design Suite is powerful yet affordable circuit design

software, a circuit simulation, and PCB design software

package for analyzing, designing, and real time testing of

analog, digital Verilog-AMS, VHDL, MCU and mixed

electronic circuit, their PCB layouts and Mechatronics

Systems. You can also analyze SMPS, RF communication,

and optoelectronic circuits; generate and debug MCU

code using the integrated flowchart tool; and test

microcontroller applications in a mixed circuit

environment.

Electrical engineers will find TINA, now enhanced with a

super-fast multicore engine, an easy to use, high-

performance tool, while educators will welcome its

unique features for the training environment.

The fully integrated PCB layout module of TINA PCB design software has all the features you need for advanced PCB design. Once you

have completed your schematic and run simulations, before starting PCB design, TINA will check each of the components in your design

and verify its footprints. When you have finished checking footprints and shapes, use TINA's 2D or 3D view button to see view.

For more detail visit: http://www.scientechworld.com/education-software-training-and-skill-development/simulation-

softwares/circuit-design-software-tina

If you are an impatient circuit designer who wants to

replicate software design on the PCB with high precision

and accuracy, and also without investing much of your

valuable time and efforts, we have an exciting solution for

you.

Nvis 72 PCB Prototype Machine provides several features

which can make your life easier. With this new electro-

mechanical utility, you can escape cumbersome task of

traditional PCB designing which involves time taking

etching and drilling processes. Get rid of dealing with

chemicals which often spoil your hands and are harmful to

you and environment. Provided with the USB connectivity,

Nvis 72 can print your desired circuit on the PCB within

minutes. Accompanied design software provides simple

and elegant interface which is user-friendly, and can even be operated by novice Engineers and Students.

For more detail visit: http://www.nvistech.com/technical-training/pcb-lab/pcb-prototype-machine

PCB Prototype Machine – Nvis72 (optional)

Scientech Technologies Pvt. Ltd.94, Electronic Complex, Pardesipura, Indore-452010, India. +91-731-4211100, [email protected], www.ScientechWorld.com, Helpline : +91 9893270301

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a unique compact tmi ecosystem · pattern generator: generate 8 different repetitive pattern of 8...

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