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POWER ELECTRONICS TRAINER

Name: POWER ELECTRONICS TRAINER
Brand: CROWN ELECTRONICS SYSTEMS
Price: 22000 INR
Availability: InStock

Price 22000 INR/ Piece

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POWER ELECTRONICS TRAINER Specification

Equipment Type
Laboratory Instrument

Equipment Materials
Stainless Steel

Power
150 - 220 W Volt (v)

Voltage
220 volt A.C Volt (v)

Material
SS

Application
Laboratory

POWER ELECTRONICS TRAINER Trade Information

Minimum Order Quantity
1 Piece

Main Domestic Market
All India

About POWER ELECTRONICS TRAINER

"CROWN made "POWER ELECTRONIC TRAINER to study the following :

1) Characteristics of SCR, MOSFET, IGBT & POWER TRANSISTOR.

2) Triggering of SCR, MOSFET, IGBT & POWER TRANSISTOR.

3) UJT trigger circuit for half wave & full wave converter.

4) STEP UP & STEP DOWN Chopper Circuits.

5) Series resonant inverter.

6) Single phase bridge inverter.

The instrument comprises of the following:-

1) DC Regulated Power Supply

a) 0-10V/50mA

b) 0-25V/50mA

c) +12V/500mA

d) +5V/500mA

2) 4No. Digital Meters

a) 19.99VDC

b) 19.99V-199.9V DC

c) 199.9A - 19.99mA DC

d) 1.999mA - 199.9mA DC

3) Pulse Generator Circuits

a) Variable duty cycle pulse generator for chopper circuits.

b) 1KHz +ve & -ve edge pulse generator for series inverter.

c) 50Hz +ve & -ve edge pulse generator for series inverter.

d) UJT trigger circuit for half wave & full wave converter.

4) 3 No. SCR (2P4M), 1 No. MOSFET (IRF840), 1NO. IGBT (GP8NC60KD).

1No. POWER TRANSISTORS (2N3055) & 8No. different resistance.

5) Seprate circuits for half wave / full wave converters, choppers & inverters.

Technical Details

Efficient and Durable Laboratory Equipment

Built using high-quality stainless steel, the Power Electronics Trainer guarantees robustness and extended service life, even with frequent use in educational or research settings. Its engineering ensures reliable performance, making it a wise investment for institutions seeking lasting equipment.

Comprehensive Learning for Power Electronics

This trainer offers a hands-on approach to understanding complex power electronics principles. With its user-friendly setup and safe operation, students and professionals can explore circuit behaviors, perform experiments, and reinforce theoretical concepts with practical implementation.

FAQs of POWER ELECTRONICS TRAINER:

Q: How is the Power Electronics Trainer used in laboratory applications?

A: The Power Electronics Trainer is employed in laboratory settings to provide practical demonstrations, carry out experiments, and support learning on various power electronics devices, circuits, and principles, facilitating direct application of theoretical knowledge.

Q: What are the key features and benefits of using this trainer?

A: Key features include stainless steel construction, 150 - 220 W power rating, and compatibility with 220 V AC. Benefits encompass durability, safety, ease of use, and comprehensive support for experiments, making it ideal for educational and research laboratories.

Q: When should a laboratory consider upgrading to a stainless steel Power Electronics Trainer?

A: Upgrading is recommended when existing equipment lacks durability or modern functionality, or when laboratories need a reliable, industry-standard trainer to keep up with evolving instructional and research requirements.

Q: Where can one source this Power Electronics Trainer in India?

A: This trainer can be obtained directly from manufacturers, exporters, suppliers, or traders throughout India who specialize in laboratory instruments for educational and research purposes.

Q: What is the process for setting up the Power Electronics Trainer in the laboratory?

A: Installation generally involves connecting the trainer to a 220 V AC mains supply, assembling the experimental modules as per the manual, and performing safety checks before conducting experiments.

Q: How does the equipment contribute to the learning process?

A: By offering practical, hands-on experience, the trainer helps students and researchers to better understand the behavior of power electronic circuits and devices, bridging the gap between theory and real-world application.

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