Features: Understanding the basic theory of industrial electronics circuits. Design and implementation of the ability training for thyristor and transistor. Ability to research and develop the thyristor and transistor. Familiar with the applications of the high efficiency industrial electronics circuits.
Scope of Learning:
1. Design and implementation of UJT and PUT thyristor circuits.
2. Design and implementation of SCR, TRIAC, and DIAC thyristor circuits Design and implementation of SCS, GTO, SBS, and SSR thyristor circuits.
3. Design and implementation of MOSFET, BJT, and IGBT transistor circuits.
4. Design and implementation of temperature sensors and optical elements circuits.
Technical Specification:
Module One: UJT and PUT Circuits.
Module Two: SCR and GTO Circuits.
Module Three: DIAC and TRIAC Circuits.
Module Four: SCS and SSR Circuits.
Module Five: SBS Circuits and Temperature Sensors.
Module Six: Optical Elements and Application Circuits.
Module Seven: MOSFET and Application Circuits.
Module Eight: BJT and IGBT Application Circuits.
Module Nine: SCR/SCS/DIAC/TRIAC Application Circuits.
Function Generator and DC Power Supply:
1. Waveforms: Sine, Triangle Square, TTL Pulse Amplitude: >10Vpp.
2. Impedance: 50ohm±10 percent.
3. Duty Control: 30 percent ~ 60 percent.
4. Display: 6 Digit LED display.
5. Frequency Range: 10HZ to 100 kHz (4 Ranges) Frequency Range: 100HZ to 1 MHz (4 Ranges).
6. Constant Voltage Output: ±5V, ±12V.
7. Variable Voltage Output: 0V ~ ±15V.
8. Power source: 220 to 230V AC, 50HZ, 1 Phase.
