Analog/Digital Circuit Lab
“We are OEM and NSIC Approved in more than 300 categories on GEM.This item is available on GEM for purchase pan-India”
Analog/Digital Circuit Lab
“We are OEM and NSIC Approved in more than 300 categories on GEM.This item is available on GEM for purchase pan-India”
Trainer would have facility to calculate
Unknown frequency calculation using lissajous figures
RLC resonance frequency calculation using lissajous figures
Phase difference calculation using lissajous figures
Technical specification
Inbuilt DC supply : +12 V, 500mA
Signal generators
Frequency: 10 Hz to 100 kHz
Amplitude: 0 to 5Vpp
Mains supply: 230V± 10%, 50 Hz
There would be no components on the top of the board.
The trainer would encased in a molded box with molded dust cover
A complete system to study the diode characteristics
Forward and reverse characteristics experiment can be performed on this trainer kit
Silicon, zener and light emitting diode (LED) are provided with this system
Inbuilt ammeter and voltmeter are provided
Digital display for displaying voltage and current
Different test points are provided
Online product tutorial
It would have following technical specifications:
On board DC power supply: +12V DC
Ammeter
Range: 1μ A to 200 mA
Display: 3 1/3 digit
Voltmeter
Range: 1mV to 200V
Display : 3 ½ digit
It would have following scope of learning:
Study of V-1 characteristics of silicon diode
Study of V-1 characteristics of zener diode
Study of V-1 characteristics of light emitting diode (LED)
Real time appearance of components
Test points are provided in different sections of power supply
Designed by considering all the safety standards
Low cost trainer including many experiments
Online product tutorial
It would have following technical specifications:
Transformer rating: 9V center tapped (300mA) approximate
Half wave rectifier output: +4 V DC approximate
Center- trapped rectifier: +8V DC approximate
Bridge rectifier output : +8v DC approximate
Filter : LC type
Load: resistive 220W, 0.5 W
Mains supply: 230V ± 10%, 50Hz
It would have following scope of learning :
Study of half-wave rectifier
Study of full-wave center-tapped rectifier
Study of full-wave bridge rectifier
Calculation of ripple factor and efficiency of various rectifiers
Built-In 1KHz sine wave generator
Good quality, reliable sockets and test points are provided
Strongly supported by systematic operating instructions
A low cost training system including many experiments
It would have following technical specifications:
Mains supply : 230 V ± 10%%, 50 Hz
Sine wave generator : 1 KHz, 15 V Vpp (approx.)
DC power supply: 0-5 v (vary through
(2no.) rotary switch gor specific voltage level)
It would have following scope of learning:
Study of series positive clipper and series negative clipper circuits
Study of shunt positive clipper and shunt negative clipper and shunt negative clipper circuits
Study of biased series positive clipper and biased series negative clipper circuits
Study of biased shunt positive clipper and biased shunt negative clipper circuit
Study of combination clipper circuit
Study of positive and negative clamper circuits
Study of biased clamper circuits
In built ammeter and voltmeter are provided
On board fixed and variable DC power supplies are provided
Digital display for displaying voltage and current
Three important characteristics of a transistor can be performed on this boards:
Input characteristic, Output characteristic
Constant current transfer characteristic
It would have following technical specification:
Fixed DC power supply : +5V, -5V, -5V, +12V, -12V
Variable DC supply : =1.5v to =11V
Transistor : BC547, BC557
Ammeter
Range : 1μA to 200mA
Display : 3 ½ digit
Voltmeter
Range: 1mV to 200V
Display : 3 ½ digit
Mains; 230V AC ±10%
It would have following scope of learning:
Study of characteristics of PNP transistor in common base configuration and to evaluate input resistance, output resistance and current gain
Study of characteristics of PNP transistor in common collector configuration and to evaluate input resistance, output resistance and current gain
Study of characteristics of NPN transistor in common emitter configuration and to evaluate input resistance, output resistance and current gain
Study of characteristics Of NPN transistor in common base configuration and to evaluate input resistance, output resistance and current gain
Study of characteristics of NPN transistor in common collector configuration and to evaluate input resistance, output resistance and current gain
Study of characteristics of PNP transistor in common emitter configuration and to evaluate input resistance, output resistance and current gain
Provided with different sections of a regulated power supply
Good quality, reliable sockets and test points are provided
Strongly supported by systematic operating instructions and theoretical details
A low cost training system
Online product tutorial
It would have following technical specification:
Transformer :0-9V, 500ma (approximate)
Filter : capacitive 1000μf, 35V
Zener diode : Vz =5.6V
Izm = 178mA
Potentiometer, PI: 4.7kW
Potentiometer, P2: 4.7kW
Mains supply: 230V± 10%, 50Hz
It would have following scope of learning :
Study of zener diode as a voltage regulator, when input voltage, vin is fixed while load resistance RL is variable
Study of zener diode as a voltage, regulator, when input voltage, vin is variable while load resistance RL is fixed
Address List
- 12, Truck Market, Opp. R.K. Hospital, Near Mother Dairy Red Light, Pandav Nagar, Delhi-110092
-
+91 9899899166
+91 9871600331
+91 9868039427 -
vinyticsindia@gmail.com
www.vinytics.in
