1. Kirchhoff Voltage Law Kit
2. Kirchhoff Current Law Kit
3. Norton Theorem Kit
4. Thevenin Theorem and Maximum Power Transfer Theorem Kit
5. Series and Parallel Resonance Kit
6. Capacitor Charging and Discharging Kit
7. 1-phase Power calculation using the Wattmeter method
8. Speed reversal of 3-phase Induction Motor
9. Voltmeter
10. Ammeter
11. Wattmeter

1. Maximum power transfer and superposition theorem Kit
2. Thevenin and Norton theorems Kit.
3. Tellegen theorem Kit
4. Series resonance and parallel resonance Kit
5. Kit for RLC series, RC, and RL circuit with step voltage input
6. Z and Y parameters Kit
7. ‘h’ and ABCD parameters Kit
8. Two-port ladder network Kit
9. T and ∏ networks Kit
10. Filters Kit

1. Single-phase Transformer
2. DC Generator
3. DC Motor
4. Single Phase Induction motor

1. Three phase Synchronous Generator
2. Three Phase Synchronous Motor
3. Three phase Induction Motor

1. Digital Trainer Kit
2. Bread-board Kit for the implementation of flip flops, counters, registers, and GATES
3. Transfer characteristic Kit of TTL inverters & TTL Schmitt Trigger inverter.
4. Transfer characteristics Kit of CMOS inverters series and CD40 series and
5. Kit of Gate delay of CD40 series CMOS inverter.
6. Mono-shot multi-vibrators Kit using 74121 and 74123.
7. Clock circuit realization Kit using 555, CMOS inverter, and quartz crystal.
8. Demultiplexer / Decoder Kit using IC-74138.
9. Output verification Kit of A/D and D/A converters.

1. 8051 Microcontroller Trainer Kit
2. QWERTY Keyboard

1. PID controller
2. LINEAR SYSTEM SIMULATOR
3. PID controller Model process
4. Temperature Controller Trainer
5. Compensating design
6. Dc position control system
7. Ac motor position control system
8. Synchro transmitter-receiver
9. Speed-torque characteristics of ac servo motor
10. Speed-torque characteristics of dc servo motor
11. Servo stabilizer
12. Stepper Motor Trainer

Arduino IDE-based experiments

• Turns ON an LED for one second, then off for one second, repeatedly.
• Read an analog input on pin 0, converts it to voltage, and prints the result to the Serial Monitor.
• Read repeatedly from an analog input, calculating a running average and printing it to the computer. Keeps ten readings in an array and continually averages them.
• Study of if () statements. Read the state of a potentiometer (an analog input) and turns on an LED only if the potentiometer goes above a certain threshold level. Print the analog value regardless of the level.
• Interfacing Gyroscope and Accelerometer [Inertial measurement unit (IMU) sensor- GY521]
• Interfacing Temperature and Humidity sensor modules [DHT11]
• Interfacing Force sensitive resistor (FSR) sensors
• Interfacing Digital Servo Motor
• Interfacing Flex Sensor
• Interfacing IR Sensor Module
• Interfacing Ultrasonic Distance Sensor Module
• Interfacing Strain Gauge

1. Simulation experiments [Proteus]

• Design a simple Switch and LED circuit simulation in Proteus.
• Design a ±5 V regulated power supply
• Design a logic gates simulation circuit in Proteus.
• Design the Op-amp based inverting amplifier with a gain 10 and test the result.
• Design a simple Low pass and high pass filter in Proteus and test its frequency response.
• See the response of experiments performed in section A on Proteus Software.

1. On Board (Bread Board) experiments

• All experiments mentioned in A and B sections.

1. Printed Circuit Board (PCB) design experiments

• Design a PCB for ±5 V regulated power supply using EasyEDA/ Eagle/ Altium/ KiCAD / Multisim/ OrCAD software.
• Design a PCB for Op-amp based inverting amplifier with a variable gain.

1. Ferranti Effect Kit
2. Radial Distribution System Kit
3. Ring Main Distribution System Kit
4. String Efficiency Kit
5. Single Layer and Three Layer Potential Measurement Kit
6. Fault Analysis Kit

1. Instantaneous Relay Kit
2. IDMT Relay Kit
3. Under Voltage Relay Kit
4. Over Voltage Relay Kit
5. Over Current Relay Kit
6. Thermal Relay Kit
7. Earth Fault Relay Kit
8. Percentage Differential Relay Kit
9.  

1. SCR characteristics Kit
2. Single phase rectifier Kit
3. Four quadrant Chopper Kit
4. triggering of SCR, TRIAC, IGBT, MOSFET Kit
5. Bridge Inverter Kit
6. Buck Converter Kit
7. Boost Converter Kit
8. Phase controller Kit

1. DC motor
2. Single-phase fully controlled bridge converter
3. Single-phase half-controlled bridge converter
4. Single-phase dual converter (Static Ward- Leonard Control)
5. DC Chopper
6. Single-phase ac voltage controller
7. Three phase ac voltage controller
8. Three-phase current source inverter.
9. Three-phase voltage source inverter.
10. Three-phase slip ring induction motor

1. Wind Energy Emulator
2. Solar PV Emulator
3. Fuel Cell Characteristics Set up

1. PC-23
2. Mat Lab
3. LabView
4. ED Sim51