The Industrial Electronics Circuits Trainer should consist of following nine modules with Function Generator and DC Power Supply:

Module-1: UJT and PUT Circuits

• Experiment 1: UJT Volt-ampere Characteristic Curve Measurement

• Experiment 2: UJT Relaxation Oscillator

• Experiment 3: UJT Equivalent Circuit

• Experiment 4: PUT Volt-ampere Characteristic Curve Measurement

• Experiment 5: PUT Relaxation Oscillator

Module-2: SCR and GTO Circuits

• Experiment 1: SCR Characteristic Measurement

• Experiment 2: SCR Phase Angle Controlled Circuit

• Experiment 3: Zener and SCR Circuit

• Experiment 4: GTO Characteristic Circuit

• Experiment 5: GTO Oscillation Circuit

Module-3: DIAC and TRIAC Circuits

• Experiment 1: Zener Breakdown Characteristic Measurement

• Experiment 2: DIAC Characteristic Measurement

• Experiment 3: DIAC and TRIAC Circuit

• Experiment 4: Zener and TRIAC Circuit

• Experiment 5: PUT and TRIAC Circuit

Module-4: SCS and SSR Circuits

• Experiment 1: SCS Characteristic Measurement

• Experiment 2: SCS Equivalent Circuit

• Experiment 3: SCS and SCR Circuit

• Experiment 4: SSR DC Output Circuit

• Experiment 5: SSR AC Output Circuit

Module-5: SBS Circuits and Temperature Sensors

• Experiment 1: SBS Characteristic Measurement

• Experiment 2: SBS and TRIAC Circuit

• Experiment 3: Temperature Sensor Using SCR and LM335

• Experiment 4: Temperature Sensor Using SCR and TC620

Module-6: Optical Elements and Application Circuits

• Experiment 1: Photoresistor Circuit

• Experiment 2: Photo Interrupter/Photo Coupler Circuit

• Experiment 3: Photodiode Circuit

• Experiment 4: Phototransistor Circuit

Module-7: MOSFET and Application Circuits

• Experiment 1: MOSFET Characteristic Measurement

• Experiment 2: MOSFET Regulator

• Experiment 3: MOSFET Full Bridge Circuit

• Experiment 4: MOSFET PWM Controlled Circuit

• Experiment 5: MOSFET and PUT Circuit

Module-8: BJT and IGBT Application Circuits

• Experiment 1: BJT Characteristic Measurement

• Experiment 2: BJT Full Bridge Circuit

• Experiment 3: BJT PWM Controlled Circuit

• Experiment 4: IGBT Characteristic Measurement

• Experiment 5: IGBT PWM Controlled Circuit

Module-9: SCR/SCS/DIAC/TRIAC Application Circuits

• Experiment 1: SCR Application Circuit

• Experiment 2: CdS and SCR Application Circuit

• Experiment 3: DIAC and TRIAC Application Circuit

• Experiment 4: SCS and SCR Application Circuit

Function Generator & DC Power Supply Module:

• Waveforms: Sine, Triangle, Square, TTL Pulse

• Amplitude: >10 Vpp

• Impedance: 50Ω ±10%

• Duty Control: 30% ~ 60%

• Display: 6-Digit LED Display

• Frequency Range: 10Hz to 100 kHz (4 Ranges), 100Hz to 1 MHz (4 Ranges)

• Frequency Control: Separative Coarse and Fine Tuning

• Constant Voltage Output: ±5V, ±12V

• Variable Voltage Output: 0V ~ ±15V

• Power source: 220V AC ±10%, 50Hz