China Power Electronics Digital Breadboard Trainer Kit  Ensuring Safety Reliability And Durability for sale
China Power Electronics Digital Breadboard Trainer Kit  Ensuring Safety Reliability And Durability for sale

Power Electronics Digital Breadboard Trainer Kit Ensuring Safety Reliability And Durability

Power Electronics Trainer Kit facilitates collaborative learning through group experiments and project-based assignments Product Introduction The experimental kit consists of an all-aluminum alloy casing, a high-performance linear power supply, and an experimental circuit board. The experimental circuit can be implemented using fixed functional modules or can be custom-built. The circuit principles and component symbols are clearly displayed. All experimental components are

Place of Origin HENAN,CHINA
Applications Education, Research, Industrial Training
Outputvoltagerange 0-300V DC
Packaging Details Wooden packaging
Material Aluminum Alloy Enclosure
Model Number RM-F116
Product Description

Power Electronics Trainer Kit facilitates collaborative learning through group experiments and project-based assignments

Product Introduction

The experimental kit consists of an all-aluminum alloy casing, a high-performance linear power supply, and an experimental circuit board. The experimental circuit can be implemented using fixed functional modules or can be custom-built. The circuit principles and component symbols are clearly displayed. All experimental components are soldered onto the back of the circuit board, ensuring safety, reliability, and durability. This experimental kit is suitable for experimental teaching in courses such as "Analog Electronics" and "Electronic Circuits" for all electrical and non-electrical majors in colleges and universities.

Technical Specifications

Power supply for the experimental chamber

  • Input: AC220V±10%, 50HZ.
  • Output : ( 1) DCV ±12V/0.5A ;
  • (2) DCV ± 1.5V ~ ±1 2 V/0.5A ;
  • (3) DCV +5V/1A, all of the above channels have short circuit protection function.
  • AC low-voltage output: ( 1 ) ACV 0V, 14V, 16V , 18V and dual 7.5V / 0.2A with center tap .

Practical Training Projects

(I) Discrete Component Circuit Experiment

  1. Basic single-stage amplifier circuit
  2. Two-stage amplifier circuit
  3. Negative feedback amplifier circuit
  4. Shooting follower
  5. Differential amplifier circuit
  6. Integrated Circuit RC Sine Wave Oscillator
  7. Integrated power amplifier
  8. Rectifier, filter and parallel voltage regulator circuit
  9. Series voltage regulator circuit
  10. Integrated voltage regulator circuit
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