Power Electronics & Control Training System
(EC108)
- Exploring the Center-Tapped Transformer
- Power Rectification (Full wave & Half Wave)
- Experimenting with the Smoothening Filter
- Zener Diode as a voltage regulator
- Linear Voltage regulators
- The Basic power supply
- Switching Regulators (buck, boost converters)
- Experimenting with mechanical and electronic switches. (MOSFET , BJT , Relay ,SPST & DPDT switches)
- DC Thyristor switching circuit
- Triac Switching circuit
- AC Dimmer using Triac Phase angle control
- Light Dimmer using SCR phase control
- Transistor Amplifier (NPN Amplifier)
- Closed Loop inverting operational amplifiers.
- The Summing amplifier
- The Difference amplifier
- Comparator op-amp
- Controlling the direction of DC Motor using DPDT relay.
- DC Motor Speed direction using PWM Technique
- Speed measurement using hall effect sensor
- Pressure measurement using a pressure gauge and pressure sensor.
- PT100 Sensor with Wheatstone bridge (2-wire)
- PT100 Sensor with Wheatstone bridge (3-wire)
- Temperature Transmitter with PT100
- Temperature measurement using Thermocouple
- NTC Thermistor temperature measurement
- Controlling heater temperature using a digital temperature controller.
- Displacement measurement using a photoelectric sensor.
- Measuring displacement using Inductive & capacitive proximity sensors
- Ultrasonic Sensors & displacement measurement.
- DC Power Supplies Block ( +3.3V , +5V , +12V, -5V , -12V , positive variable DC supply and negative variable DC supply)
- Voltage regulator (Linear)
- Voltage regulator (Zener)
- Switching Regulator (buck, boost converters)
- Triac Relay
- Dual Operational Amplifiers
- Semiconductors Set 1(Diodes , FWR , Zener Diodes , LEDs)
- Semiconductors Set 2 ( BJT , Mosfet, IGBT)
- Sensors block
- SCR Phase control
- TRIAC Phase control
- Wheatstone Bridge
- Relays (SPST , DPDT , SSR)
- TRIAC Relay
- PWM Controller
- Temperature Transmitter
- NPN Amplifier
- Filters Block (Filtering capacitors)
- Push buttons and Lamp
- Motor
- Transformer
- Sensors block
- Hall effect Sensor Interface
- Hall effect sensor
- Inductive proximity Sensor
- Capacitive proximity Sensor
- Ultrasonic sensor
- Heater
- Voltage Meter
- Current Meter
- Loads
- Pressure Module
- SCR TRIAC Switch
- Resettable C.B
- Fuse
- Power Electronics & Control Training System Kit (EC108)
- Sensors and Meters Kit
- Power Electronics & Control handheld sensors& accessories Box.
- Computerized Fault insertion software
- Hard copy user manual
Laboratory PC and Multimeter
Power Electronics training system is a benchtop trainer serves the purpose of testing circuits and principles commonly recurrent in the field of power electronics, transducers and controls. The trainer introduces the student to the most common power electronic components (power transistor, power diode, amplifier) as well as many power electronic devices used in numerous applications today (power rectifier, solid state relays or SSRs, thermal sensing devices). It also provides a troubleshooting system that enables detecting faults in various electronic components, circuits, and systems used in machine applications under realistic conditions.
- The benchtop training system covers all the principles of converter circuit analysis that are introduced and developed for finding the steady state voltages, current, and efficiency of power converters.
The trainer teaches how to operate, adjust, and troubleshoot electronic components, circuits, and systems used in machine applications. - The trainer has a wide variety of components including thermocouples, thermistors, electronic sensors, AC and DC power supplies, ΔV potentiometer, resistive temperature detectors, solid state relays, transistor and operational amplifiers, field effect transistors, silicon-controlled rectifiers, triacs, phase control circuits.
- Each equipment represents the support of the necessary devices for implementing the experimental program.
- Utilizing analog control, trainees can be fully familiarized with power converter structure for applying topology such as motor speed control, temperature & speed measurements, etc.
- Additionally, they can test the output of a current limiter, selecting a solid-state relay, installing a capacitive proximity sensor & connecting two configurations of openloop operational amplifier circuits.
- The trainer is also provided with a troubleshooting software that enables practicing on how to evaluate, and repair various electronic circuitry. Up to 30 faults can be examined throughout the software.
- The combination of power, electronics, and control considers the basic foundation of the system to allow perform many related modern applications of solid-state electronics to the control and conversion of electric power.
- These applications are switching power supplies, analog and discrete sensing, solid state relays, transistors, PWM control, and speed motor control.
- It also offers the graphic representation standardized electric symbol of all used components.
- All the components are inserted on the benchtop with insulated connection terminals for safety purposes.
- Digital displays are provided to present an accurate reading of the system parameters thus, trainees can easily monitor the experimental system.