Overview

In 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 domains (Basic Electronics, VLSI, Embedded, DSP, Instrumentation, etc.). Secondly, traditional TMI is the basic need for the design engineers.

In the modern world PC based multi-instrument is the ultimate solution for design engineers. As it is space saving, faster testing time, faster troubleshooting, multiple large and simultaneous windows, large storage of waveforms on a PC, sharing waveform data via server/ internet, different TMI capabilities as per specifications etc.

Scientech DesignLab is a powerful Virtual Bench with a capability of Real Time PC based Instrument for Circuit Designers. It includes multi instruments like Digital Storage Oscilloscope, Mixed Signal Oscilloscope, Logic Analyzer, Synthesized Function Generator, Pattern / Word Generator, Programmable Clock and Variable Power Supply. You can convert your laptop / desktop into a powerful Virtual Bench using DesignLab interactive software.

Benefits

Real time instruments ready to go in One Touch

Automate your Testing Time using Event Scheduler

Incorporate in Laboratory to benefit students

Virtual Analog-Digital Component & Circuit Libraries for real world hardware interface to reduce development time & cost

Incorporate real world practice experience in the classroom & laboratory

Multi utility board to explore Design Lab

Features

7 in 1 Real Time Instruments in Virtual Bench

  • Portable design
  • A powerful virtual bench with real time instruments ready to go in one touch
  • Analog plus Digital intelligent screen
  • Analog Waveforms
  • Digital Pattern Waveforms
  • Programmable Clock
  • Programmable DC Power Supply
  • Interactive virtual graphical user interface
  • Connectivity : USB 2.0
  • Multi utility board
  • Virtual analog & digital component libraries for real world hardware interface
  • Event scheduler for design & testing of circuits
  • Compatible with Matlab and Labview

Built-in Utilities

Use Virtual Input/Output in real time and reduce your development time

Product Video

Technical Specifications

Analog Waveform Generator

No. of Channels
1
Frequency Range
1 mHz to 5MHz (Sine), 1mHz to 3MHz (others)
Waveforms
Sine, Square, Triangle, Ramp and Pulse.
Sampling Rate
100MSPS
Waveform Length
4K points
Square Wave Rise / Fall Time
< 20ns (10% to90%)
Triangular Wave Linearity
Better than 1%
Pulse - Duty Cycle
5% to 95%
Square and Pulse-Overshoot
< 5%
Amplitude Range
10mV to 20Vpp (OC)
Amplitude Accuracy
±2% (Sine output)
Amplitude Flatness
< 5MHz 0.1dB (±1%)
Maximum Output
20Vpp Voltage (O.C.)
Maximum Output
10Vpp Voltage (50Ω)
DC Offset (O.C.)
± (20V-amplitude)/2

Digital Signal Acquisition

No. of Channels
16 (D0 to D15)
Maximum Sampling Rate
100MSPS
Memory
2K per channel
Input Voltage Tolerance
7V (max.)

Digital Pattern Waveform

No. of Channels
8
Maximum Sampling Rate
100MSPS
Pattern Length
8-bit
Frequency Range
1Hz to 2MHz

Analog Signal Acquisition

No. of Channels
2 Analog (CH1 & CH2)
Real-time Sampling Rate
100MSPS per channel
ADC Resolution
8-bit per channel
Memory
2K
Bandwidth
10MHz
Input Impedance
1MΩ II 30pF approximately
Input Coupling
DC, AC and Ground
Timebase Range
200ms to 1mS
Vertical range
10mV/div to 20V/div
Triggering Source
CH1 , CH2
Measurements
Voltage & Frequency
Storage / Save Option
BMP, JPEG, JPG, PNG, GIF format

Analog plus Digital Signal Acquisition

No. of Channels
1 Analog + 8 Digital
Real-time Sampling Rate
100MSPS per channel
ADC Resolution
8-bit per channel
Memory
2K
Bandwidth
10MHz
Input Impedance
1MΩ II 30pF approximately
Input Coupling
DC, AC and Ground
Vertical range
10mV/div to 20V/div
Triggering Source
CH1
Measurements Input voltage tolerance
Voltage & Frequency
(Digital)
7V (maximum)
Storage / Save Option
BMP, JPEG, JPG, PNG, GIF format

Programmable Clock

No. of Channels
1
Frequency Range
1Hz to 2MHz

Programmable DC Power Supply

No. of Channels
2
Output Voltage
±12V
Max. Output Current
250 mA (with load)

Utility Board (optional)

Micro Controller

CPLD

Digital Section

Analog Section

Family
AVR ATMEGA 8515
Device Density
8 Bit AVR Microcontroller, 8K Bytes flash
Programming Methods
USB Programmer
Xilinx family
CPLD, XC95108TQ100
Device density
2400 gates, 108 macro cells
Configuration method
USB JTAG interface (boundary scan)
Seven Segment
2 nos.
LED
8 nos.
DIP Switch
8 nos.
Low pass filter
Cut off frequency 50KHz
High pass filter
Pass band frequency 100KHz
Inverting Amplifier
Maximum frequency 100KHz
Non Inverting Amplifier
Maximum frequency 100KHz

General Information

Dimensions (mm)
W281 x H50 x D 285
Power Supply
100-240VAC, 50 / 60Hz, <35VA
Weight
2.25 kg Approximately
Operating Conditions
0-40 C, 85% RH
Resource Material
CD (Operating procedure, Front panel control,DesignLab Software)
System Requirement
Windows XP Professional, XP-Sp2, XP- SP3, Windows Vista, Windows7