Sipariş No : V-LAB

Computer Based Education Platform

Computer Based Basic Electrical Electronics Training Set



Datasheet  Tender Specifications

V-LAB is an important tool for Vocational Education with it’s built-in measurement units and signal generators that are interfaced with computer for control andmeasurement.

V-LAB is a device for real-time measurement and signal generation.

Measurement Units :

2 Channels Oscilloscope
2 Multimeters
RLC Meter
Frequency Meter

Signal Generators :

Arbitrary Function Generator
Function Generator
2 Pcs Variable DC Power Supplies
Digital I/O and Relays

With it’s applicaitonmodules which are specially designed to be used on V-LAB, investigation and reporting of theoretical study and applications are available through the computer.

All pins of connectors and electronic components on Project Application Module are removed for pratical use on the module by breadboard type connectors. DB9 connector is located on the module can be used also as serial port, such as that can be used to communicate any additional board is prepared by user with the module.

In each applicaiton module, fault simulations are available with the use of built-in 8 relays that are also available for independent applications.

By the use of EduPla software, step by step investigation of courses are available while real time applications are in progress.

Students can report their experimental study and submit it to the teacher through the network.

Examinations are available at the end of each course by the use of EduPla software.

V-LAB has a USB 2.0 computer interface.


Model/Option Selection Matrix

Stock Code:
V-LAB
Details:
Computer Based Education Platform Main Unit
Option Type:
Main Unit

Stock Code:
V-LAB-AC
Details:
AC Circuits Application Module
Option Type:
Application Module

Stock Code:
V-LAB-DC
Details:
DC Circuits Application Module
Option Type:
Application Module

Stock Code:
V-LAB-DIG
Details:
Digital Circuits Application Module
Option Type:
Application Module

Stock Code:
V-LAB-SC
Details:
Semiconductors Application Module
Option Type:
Application Module

Stock Code:
V-LAB-OP
Details:
Operational Amplifiers Application Module
Option Type:
Application Module

Stock Code:
V-LAB-C
Details:
Control Technology Application Module
Option Type:
Application Module

Stock Code:
V-LAB-P
Details:
Power Electronics Application Module
Option Type:
Application Module

Stock Code:
V-LAB-S
Details:
Sensor Technology Application Module
Option Type:
Application Module

Stock Code:
V-LAB-PR
Details:
Project Application Module
Option Type:
Application Module
Stock Code Details Option Type
V-LAB Computer Based Education Platform Main Unit Main Unit
V-LAB-AC AC Circuits Application Module Application Module
V-LAB-DC DC Circuits Application Module Application Module
V-LAB-DIG Digital Circuits Application Module Application Module
V-LAB-SC Semiconductors Application Module Application Module
V-LAB-OP Operational Amplifiers Application Module Application Module
V-LAB-C Control Technology Application Module Application Module
V-LAB-P Power Electronics Application Module Application Module
V-LAB-S Sensor Technology Application Module Application Module
V-LAB-PR Project Application Module Application Module



Tender Specifications

COMPUTER BASED EDUCATION PLATFORM

1.    MAIN UNIT
1.1      MEASUREMENT UNITS
1.1.1.    2 Channels Oscilloscope
•    5Mhz - Bandwidth
•    50M-samples/second (each channel)
•    8-bit resolution
•    1-Mbit storage - each channel
•    Up to 100 measurement
•    Pre-post triggering by level
•    Auto measurement functions
•    MATH menu functions

1.1.2.    2 Multimeters
•    Voltmeter - Ammeter
•    DC / AC (TrueRMS)
•    Isolated measurement in
•    ±100V range
•    Up to 1A measurement

1.1.3.    RLC Meter
•    Resistance Measurement
•    Capacitance Measurement
•    Inductance Measurement

1.1.4.    Frequency Meter
•    Isolated 0.1Hz to 1MHz measurement

1.2    SIGNAL GENERATORS
1.2.1.     Arbitrary Function Generator
•    Up to 1MHz, 20 Vp-p  Arbitrary signal generation
•    Amplitude, Offset, Frequency and Noise settings
•    Designing wave forms by mathematical representations of signals

1.2.2.     Function Generator
•    Up to 1MHz, 20V sine, triangle and square wave generation

1.2.3.      2 Variable DC Supplies
•    2 Isolated unit
•    2 x (0 - 20V) variable
•    Current limit up to 500mA
•    Series and Parallel functions    

1.2.4       Digital I / O and Relays
•    16 Digital Inputs
•    16 Digital Outputs
•    8 Relays (Optinal usage for fault simulations)



2.    COMPUTER INTERFACED TRAINING SET SOFTWARE
•    Real-time experimentation
•    Laboratory network
•    Online reporting with screen shots of Virtual Instrument displays
•    Step by step courses with lecture notes
•    Experiment circuit instruction notes
•    Fault simulations
•    Examinations

OPTIONAL: TINA DESIGN SUITE software package is a tool for analysing, designing and real time testing of Analogue, Digital, VHDL, MCU ve mixed electronic circuits and their PCB Layouts.


3.    COMPUTER INTERFACE TRAINING SET APPLICATION MODULES
Each application module shall include individual EduPla software package for fault simulations, lecture notes, experiment instructions and exams.

3.1    AC CIRCUITS APPLICATION MODULE
•    Inductance in AC Circuits
•    Capacitance in AC Circuits
•    Serial and Parallel Circuits in
•    Alternative Current
•    Resonance
•    LC Filter
•    Transformer

3.2    DC CIRCUITS APPLICATION MODULE
•    Ohm’s Law
•    Kirchhoff’s Law
•    Inductances
•    Capacitances
•    Rectifier
•    Voltage Multiplier
•    Filter Circuits

3.3    DIGITAL CIRCUIT APPLICATION MODULE
•    AND Gate
•    OR Gate
•    INVERTER Gate
•    NAND Gate
•    NOR Gate
•    XOR Gate
•    XNOR Gate
•    Three State Buffer
•    RS Flip Flop
•    J-K Flip Flop
•    D Flip Flop
•    T Flip Flop
•    Full Adder Circuits with Karnough Map
•    Binary Counter
•    BCD Counter
•    Asynchronous Counter
•    Synchronous Counter with JK Flip Flop
•    Full Adder and Subtractors
•    Latch
•    Comparator Circuits
•    Multiplexer

3.4    OPERATIONAL AMPLIFIERS APPLICATION MODULE
•    Inverting Amplifier Operation in DC
•    Inverting Amplifier Operation in AC
•    Inverting Amplifier Input and Output Impedance Measurements
•    Inverting Amplifier Frequency Band Measurements
•    Inverting Amplifier Frequency Gain Relation
•    Inverting Amplifier Phase Shifting
•    Non - Inverting Amplifier Operation in DC
•    Non - Inverting Amplifier Operation in AC
•    Non - Inverting Amplifier Input and Output Impedance Measurements
•    Non - Inverting Amplifier Frequency Band Measurements
•    Non - Inverting Amplifier Frequency Gain Relation
•    Non - Inverting Amplifier Phase Shifting
•    Operational Amplifier operating as Comparator - 1
•    Operational Amplifier operating as Comparator - 2
•    Operational Amplifier operating as Adder
•    Operational Amplifier operating as Diferrentiator
•    Operational Amplifier operating as Derivator
•    Operational Amplifier operating as Integrator
•    Operational Amplifier operating as Low Pass Filter
•    Operational Amplifier operating as High Pass Filter

3.5    POWER ELECTRONICS APPLICATION MODULE
•    Tyristor (SCR - Silicon Controlled Redresor)
•    Tyristor Holding Methods
•    Tyristor as Half Wave Redresor Operation
•    Tyristor as Full Wave Redresor Operation
•    SCS (Silicon Controlled Switch) Operation
•    Triac Operation Analyzing
•    Power control with Triac in Alternative Current
•    Dimmer control with Triac in Alternative Current
•    Diac Operation
•    Oscillator with Diac
•    Quadrac Operation
3.6    CONTROL TECHNOLOGY APPLICATION MODULE
•    Two Point Control
•    Open Loop System
•    Closed Loop System
•    Closed Loop System with Disturbance
•    Steady State Error
•    Proportional Controller
•    Integrator Controller
•    Derivative Controller
•    Proportional + Integrator (PI) Controller
•    Proportional + Derivative (PD) Controller
•    Proportional + Integrator + Derivative (PID) Controller
•    Proportional + Integrator + Derivative (PID) Controller in Closed Loop
•    Proportional + Integrator + Derivative (PID) Controller with First Order System
•    Proportional + Integrator + Derivative (PID) Controller with Third Order System

3.7    SENSOR TECHNOLOGY APPLICATION MODULE
•    Light Emitting Diode (LED)
•    Infrared LED Diode
•    Photo Diode
•    Photo Transistor
•    Light Dependant Resistance (LDR)
•    Photo Cell
•    OptoCoupler
•    Negative Temperature Coefficient (NTC) Resistance
•    Positive Temperature Coefficient (PTC) Resistance
•    PT Type Thermocouple
•    K Type Thermocouple
•    IC Type Thermocouple
•    Hall-Effect Sensor
•    Reed Relay
•    Limit Switch

3.8    SEMICONDUCTORS APPLICATION MODULE
•    Diode
•    Diode Characteristic curves
•    Zener Diode
•    Common Emitter Amplifier
•    Common Base Amplifier
•    Common Collector Amplifier
•    Class A Amplifier
•    Class B Amplifier
•    Class C Amplifier
•    JFET Input Characteristic Curves
•    JFET Output Characteristic Curves
•    Source Common Connection
•    E-V MOSFET Input Characteristic Curves
•    E-V MOSFET Output Characteristic Curves
•    E-V MOSFET Operation



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