SINGLE PHASE MOSFET BRIDGE INVERTER USING PWM TECHNIQUE

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SINGLE PHASE MOSFET BRIDGE INVERTER USING PWM TECHNIQUE Specification

Type
Single Phase MOSFET Bridge Inverter

Material
PCB, Semiconductors, MOSFETs, Passive Components

Size
Compact

Input Voltage
12V DC

Color
Green PCB with black/blue connectors

Dimension (L*W*H)
Approx. 150mm x 120mm x 40mm

Capacity
Up to 200W (subject to heatsink and MOSFET rating)

Noise Level
Low (silent operation except for switching noise)

Application
Educational, research, small scale power backup, motor drive

Cooling Method
Passive heatsink on MOSFETs

Control Interface
Manual push buttons or switches for operation

PWM Frequency
20 kHz (typical, adjustable)

LED Indicators
Status and output indicators present

Protection Features
Overload and short-circuit protection (design dependent)

PWM Controller
IC SG3525/IC 555 (depends on design)

Output Voltage
220V AC (approx., depends on transformer)

Switching Device
Power MOSFETs (typically IRF540 or equivalent)

Efficiency
80% to 90% (typical)

Waveform
Modified Sine Wave (PWM generated)

Weight
Approx. 300g

About SINGLE PHASE MOSFET BRIDGE INVERTER USING PWM TECHNIQUE

Experience the inestimable benefits of the SINGLE PHASE MOSFET BRIDGE INVERTER USING PWM TECHNIQUE, a featured, compact power solution for educational projects, research, and light commercial applications. With its radiant and efficient design, it delivers a sizzling output voltage of approximately 220V AC via high-performance IRF540 MOSFETs, managed by a splendid PWM controller like the SG3525 or IC 555. Marked by advanced protection features, low noise, and robust construction on a green PCB, this inverter exemplifies reliability for backup, motor drives, and more in India's industrial market. Now available at attractive markdowns from trusted distributors and manufacturers.

Material Excellence and Diverse Applications

Manufactured with premium semiconductors, quality MOSFETs, and a durable PCB, the inverter is both robust and compact. Its splendid architecture supports various applications including light motor drives, essential educational setups, laboratory research, and temporary backup power solutions. As a versatile product supplied across India, it can be adapted for laboratory demonstrations, compact solar systems, and portable power outfits, making it a valuable commercial asset.

Domestic Supply Chain and Transactional Efficiency

Our main domestic market covers diverse regions of India, ensuring radiant supply to educational institutions, traders, and commercial users alike. Packing & dispatch operations guarantee secure delivery, while payment terms remain flexible, supporting secure online transactions or invoice-based expenditure. Supply ability is sturdy, catering to bulk and custom orders efficiently, with streamlined logistics minimizing delays.

FAQ's of SINGLE PHASE MOSFET BRIDGE INVERTER USING PWM TECHNIQUE:

Q: How does the SINGLE PHASE MOSFET BRIDGE INVERTER function using PWM technique?

A: The inverter uses Power MOSFETs switched at a typical PWM frequency of 20 kHz, controlled by an SG3525 or IC 555. This generates a modified sine wave, converting 12V DC input to approximately 220V AC for various applications.

Q: What applications can this inverter be used for?

A: This inverter is ideal for educational and research setups, laboratory situations, backup power for small devices, and driving single-phase motors. Its versatility also makes it suitable for LED indicator systems and portable power needs.

Q: When is the best time to use this inverter for backup power?

A: It is most effective during power outages or when portable, low-noise backup is required for sensitive equipment within its 200W capacity limit.

Q: Where can I source this inverter in India?

A: This product is available via authorized distributors, suppliers, manufacturers, and exporters throughout India, catering to both domestic and international demand.

Q: What are the main benefits of the built-in protection features?

A: Protection against overload and short-circuit ensures safe, uninterrupted operation, reducing the risk of damage to both the inverter and connected load.

Q: How do I operate and monitor the inverter?

A: Manual push buttons or switches make operation straightforward, while LED indicators provide clear status and output feedback for real-time monitoring.

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