Electronic Plug In Kit

Salient Features

Students use plug-in modules for circuit design.
Component mounted on PCB and these PCB fix in a transparent housing for the clear visibility of the components.
The symbol’s name and the value of the components are printed on top of the transparent housing.
Convenient & Easy to make circuit diagram using plug-in modules.
Do it yourself approach provodeds better learning.
Economical & Flexible method of performing all experiments on one circuit board.

Objectives

Recording the I-V & I-R characteristics of solar cell.
Diode characteristics of transistor junctions.
Recording the characteristics of a transistor.
Recording the characteristics of a field-effect transistor.
To study half wave and full wave (bridge) rectifier.
To study capacitor filter effect in power supply.
To study unregulated and regulated power supply.
To study CE amplifier frequency response.
To study RC-coupled amplifier (multistage amplifier).
To study differential amplifier circuits.
To study Astable multivibrator circuit using transistor.
To study Colpitt’s oscillator.
To study Hartley oscillator.
To study UJT as relaxation oscillator.
To study half adder and full adder circuit.
To study half Subtractor.
To study BCD to 7-segment decoder using 7segment display.
To study decade counter.
To study RS flip flop.
To study D flip flop.
To study JK flip flop.
To study shift registers
Recording the current-voltage characteristics of diodes.
Recording the current-voltage characteristics of zener diodes.
Recording the current-voltage characteristics of LED.
AND, OR, XOR, NOT, NAND and NOR operations.
De Morgan’s laws.
Logic operation using three and four variables.
To Study RC Phase Shift Oscillator Using Op-Amp.
To Study Wein Bridge Oscillator Using Op-Amp.
To Study Astable Generators Using IC555 Timer.
To Study Monostable Generators Using IC555 Timer.
Op-Amp as Inverting/Non Inverting Amplifier.
Op-Amp as Adder/Subtractor.
Op-Amp as Integrator/ Differentiator.
Op-Amp as a Comparator.
To study MOSFET characteristics.
To study characteristics of SCR.
To study characteristics of TRIAC.
To Study Ohm’s Law.
To Study Kirchoff’s Law.
To Study Series & Parallel Effect of Resistance.
To Study Resistances As A Voltage Divider.
To Study LDR Characteristics.
To Study Thermistor Characteristics.
To study ADC/DAC circuits.
To study the R-C Circuit.
To study the L-R Circuit.
To study the L-C-R Circuit.
To study the Clipper and Clamper Circuit.
To study the Charging and Discharging of a Capacitor.

Technical Data

Power Supply : Output voltage 0 – ±15V DC, ON/OFF switch, fuse 1A, 4 rubber feet.
Power Supply : Output voltage 0 – 20V, 5V DC, 1A, ON/OFF switch, fuse 1A, 4 rubber feet, Thermal safety switch for 5V DC.
Signal Generator : Output range 1Hz – 110kHz in four decade ranges, Variable Voltage from 0 to 10V (V ). PP, Waveform sine & square, Current rating directly drives the load less than 1Amp.
Circuit Board : 4 mm safety socket, dimension 305 x 245 x 62mm, plastic mold, 4 rubber feet, templates holder with clamp.
Modules : Transparent module with 2 & 4 legs, 4mm safety plugs, Module name, Symbol and circuit printed on top.

Scope of Delivery

1 ADC Module 1 AND Gate Module
2 AND Gate Module (Single Gate)
1 BRIDGE Rectifier Module
2 Capacitor Module 0.001μF
3 Capacitor Module 0.01μF
2 Capacitor Module 0.022μF
2 Capacitor Module 0.047μF
3 Capacitor Module 0.1μF
3 Capacitor Module 0.47μF
3 Capacitor Module 10μF
1 Capacitor Module 100μF
1 Capacitor Module 1000μF
1 Choke Module
1 Circuit Board
1 D-Flip Flop
1 DAC Module
1 Decade Counter Module
1 Decade Resistance Box
3 Digital Multimeter
1 Diode Module
2 Ex-OR Gate Module
2 Ex-OR Gate Module (Single Gate)
1 Fixed Power Supply +/- 15 V
6 Flexible Lead Set (25cm)
8 Flexible Lead Set (50cm)
5 Flexible lead Set (100cm)
1 FND+7 Segment Decoder
1 Full Adder Module
1 Half Adder Module
1 Half Substractor Module
1 IC555 timer Module
2 Inductor Module 30mH
1 Inductor Module 60mH
1 JFET Module
1 JK Flip Flop Module
1 LAMP Source
1 LED Module
1 Light Sensor (LDR) Module
1 MOSFET Module
1 NAND Gate Module
1 NAND Gate Module (Single Gate)
1 NOR Gate Module
1 NOR Gate Module (Single Gate)
1 NOT Gate Module
2 NOT Gate Module (Single Gate)
1 OP-AMP Module
1 OR Gate Module
1 OR Gate Module (Single Gate)
1 Push Button Module
1 Regulator Module
1 Resistor Module 100Ω
1 Resistor Module 330Ω
2 Resistor Module 1kΩ
3 Resistor Module 3.3kΩ
1 Resistor Module 4.7kΩ
5 Resistor Module 10kΩ
2 Resistor Module 15kΩ
2 Resistor Module 27kΩ
2 Resistor Module 33kΩ
1 Resistor Module 75kΩ
1 Resistor Module 100kΩ
1 Resistor Module 330kΩ
1 Resistor Module 470kΩ
1 Resistor Module 1kΩ, 1W
1 Resistor Module 100Ω, 1W
2 Resistor Module 50Ω, 1W
1 RS Flip Flop
1 SCR Module
1 Shift Register Module
2 Signal Generator
1 Solar Module
2 Switch Module
1 Thermistor Module
1 Transformer Module
2 Transistor Module 2N2222
2 Transistor Module BC107
2 Transistor Module BC109
1 Triac Module
1 UJT Module
2 Variable Power Supply
1 Variable Resistor 1kΩ
1 Variable Resistor 10kΩ
1 Variable Resistor 1MΩ
1 Zener Diode Module

Key Topics

Ohm’s law
Charging and discharging
Rectifier circuits.
LED & Zener diode characteristics.
Clipper and clamper circuit.
Transistor characteristics.
Analog & digital circuits.
Logic gates & Flip-flops.
Amplifiers & oscillators.
Transistor & Op-Amp.

Additional information

Salient Features

Objectives

Technical Data

Scope of Delivery

Key Topics

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