Shah Electronics

EE42X20 SMPS Transformer is a high-performance power transformer designed for medium to high-power Switch Mode Power Supply (SMPS) applications. Built using a high-grade EE42X20 ferrite core, this transformer delivers excellent magnetic efficiency, low power loss, and superior thermal stability.

Engineered to handle higher current and voltage ratings, the EE-42X20 transformer ensures efficient energy conversion, high isolation strength, and stable operation across a wide frequency range. Its optimized design makes it ideal for use in industrial power supplies, inverters, battery chargers, and LED drivers.

Features:

• High-frequency operation for compact and efficient power design

• Excellent magnetic coupling and low core losses

• Designed for flyback, forward, half-bridge, and full-bridge converter topologies

• Superior insulation between primary and secondary windings

• High dielectric strength and thermal endurance

• Customizable electrical parameters as per application

Applications:

• Switch Mode Power Supplies (SMPS)

• Industrial Power Converters

• Battery Chargers and Inverters

• LED Lighting Drivers

• Solar Power Controllers

• Communication Power Systems

• Consumer and Industrial Electronics

The Solar Inverter Transformer is a high-efficiency ferrite transformer specially designed for solar power conversion systems. It plays a crucial role in DC to AC conversion by providing galvanic isolation, voltage transformation, and noise suppression in solar inverters.

Manufactured using high-grade ferrite cores (ETD, PQ, EE, or Toroidal types), it ensures low core loss, high magnetic efficiency, and stable performance under varying load and temperature conditions. This transformer is optimized for high-frequency operation, ensuring compact size, lightweight design, and long-term reliability in renewable energy applications.

Features:

• High efficiency and low loss ferrite core construction

• Excellent thermal stability and insulation strength

• Optimized for high-frequency inverter circuits

• Superior isolation between primary and secondary windings

• Available in ETD, PQ, EE, and Toroidal core designs

• Compact, lightweight, and easy to integrate

• Custom voltage and power ratings available

• UL94V-0 compliant insulation materials

• Designed for long life and continuous operation

Applications:

• Solar Inverters (On-grid and Off-grid)

• Hybrid and Micro Inverters

• DC-DC Converters for Solar Systems

• Battery Storage and Energy Management Systems

• Renewable Energy Power Supplies

• Industrial and Residential Solar Installations

The SMPS Battery Charger Transformer is a high-efficiency magnetic component designed for switch mode power supply (SMPS) based battery charging applications. It provides galvanic isolation, precise voltage regulation, and high power conversion efficiency, ensuring safe and reliable charging performance for various types of batteries including Li-ion, Lead-Acid, and NiMH.

Manufactured using high-grade ferrite cores and precision copper windings, this transformer operates efficiently at high frequencies, delivering low core loss, excellent thermal performance, and stable output. It supports multiple converter topologies such as Flyback, Forward, Half-Bridge, and Full-Bridge, depending on design requirements.

Features:

• High-frequency operation for compact and efficient design

• Excellent energy transfer and low magnetic loss

• High dielectric strength and isolation reliability

• Compact size with superior heat dissipation

• Customizable voltage, current, and winding configuration

• Supports multiple topologies (Flyback / Forward / Half-Bridge / Full-Bridge)

• Designed for continuous, safe, and efficient charging

• RoHS compliant and conforms to IEC / UL safety standards

Applications:

 

• SMPS-Based Battery Chargers

• Electric Vehicle (EV) Chargers

• E-Rickshaw and E-Bike Battery Chargers

• Solar and Renewable Energy Systems

• Industrial and Telecom Power Supplies

• Portable and Medical Equipment

A Line Filter Transformer is a specialized electromagnetic component designed to suppress electrical noise and electromagnetic interference (EMI/RFI) present on AC or DC power lines while safely transferring power. It combines isolation, filtering, and noise attenuation to protect sensitive electronic equipment and ensure compliance with EMC standards.