SK023 Electronic Plug In Kit

Electronic Plug In Kit

Electronics kit is a complete solution for student to get the knowledge of analog and digital electronics. this kit has 52 verified experiments. This kit includes different electronics modules (Components), 2 signal generator and 3 power supplies. Like diode, transistor, 555 timer, Op- amp and Digital gates etc. All the modules are plug in modules. Student will do the experiment by their own.

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 provides 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.