SINGLE PHASE PARALLEL INVERTER USING MOSFET

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SINGLE PHASE PARALLEL INVERTER USING MOSFET Specification

Type
Single Phase Parallel Inverter using MOSFET

Material
High-Quality Electronic Components, PCB

Size
Standard Laboratory Module

Input Voltage
12V DC (typical), can vary depending on design

Color
Green (PCB) with Black and Silver Components

Dimension (L*W*H)
300 mm x 150 mm x 80 mm

Capacity
Up to 500W output (depending on design and MOSFET rating)

Noise Level
Low (depends on heat dissipation fan, if present)

Application
Educational Demonstration, Laboratory Experiments, Small AC Loads

Inverter Output Frequency
50 Hz

Output Voltage
220V AC (approximate, sine or modified sine wave depending on circuit)

Output Configuration
Parallel Inverter Topology

Efficiency
Approximately 85% - 90% (subject to design and component quality)

Safety Features
Short circuit protection, over-current protection (optional)

Control Method
Manual or Microcontroller-based control

Switching Device
MOSFET IRF540 (commonly used)

Cooling Method
Passive or with heatsink; optional cooling fan

Weight
Approximate 1.2 kg

About SINGLE PHASE PARALLEL INVERTER USING MOSFET

Seize the opportunity to own the SINGLE PHASE PARALLEL INVERTER USING MOSFET at a Reduced Price. This ephemeral offer delivers a highly recommended solution for laboratory and educational environments. With top-tier MOSFET IRF540 switches and a meritorious parallel inverter topology, it exudes reliability and efficiency-reaching up to 90% performance. Enlightened design choices, such as safety features, low noise, and optional microcontroller-based control, ensure seamless operation. Its robust construction, quality materials, and versatile application make it a superior choice for discerning users across India.

Competitive Edge and Versatile Applications

The SINGLE PHASE PARALLEL INVERTER USING MOSFET stands out due to its competitive efficiency (up to 90%), reliable output, and adaptable usage type-manual or microcontroller-based. Designed for educational and laboratory applications, the inverter is ideal for demonstration purposes and powering small AC loads. Its usage media includes laboratory modules and training set-ups, fostering clear understanding of inverter principles for students and professionals alike. Robust, efficient, and purpose-built for high educational value.

Certifications, Payment, and Swift Dispatch

Sourced from meritorious suppliers, exporters, and manufacturers in India, this inverter can be provided with necessary quality certifications upon request. We accept a variety of payment terms for your convenience, ensuring a seamless transaction process. Goods are carefully packaged and dispatched through reliable transport channels, guaranteeing timely delivery to your facility. Our supply chain is optimized for swift movement, ensuring the product reaches you in excellent condition, ready for deployment and immediate use in laboratory or demonstration settings.

FAQ's of SINGLE PHASE PARALLEL INVERTER USING MOSFET:

Q: How does the SINGLE PHASE PARALLEL INVERTER USING MOSFET contribute to laboratory experiments?

A: This inverter is specifically designed for educational and laboratory experiments, enabling clear demonstration of inverter functionality, parallel inverter topology, and circuit mechanics in a hands-on environment.

Q: What are the primary safety features included in this inverter?

A: The inverter offers built-in short circuit and over-current protection, ensuring safe usage during demonstrations and practical applications. Additional safety features may be available based on your configuration choice.

Q: When can I expect delivery after placing my order?

A: Once payment terms are finalized, goods are dispatched promptly via reliable transport services. Delivery times may vary depending on your location within India, but our streamlined process ensures timely and secure arrival.

Q: Where can this inverter be installed and used effectively?

A: This inverter is ideal for laboratory settings, educational institutions, and small-scale AC load testing, making it suitable for workbenches, demonstration stations, and classroom experiment setups.

Q: What are the competitive benefits of this inverter over alternatives?

A: The inverter offers top-tier component quality, up to 90% efficiency, exceptional reliability, manual or automated controls, and low noise-all at a reduced price, making it a highly recommended choice for educational purposes.

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