IB050Q096T64N1-CB

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

IB052Q096T64N1-CB is a power supply which is suitable for domestic and industrial applications. It allows for high-efficiency power mode operation, making it ideal for applications that demand low power consumption. This evaluation board is part of the Evaluation Boards - DC/DC & AC/DC (Off-Line) SMPS category.

Working Principle

The IB052Q096T64N1-CB evaluation board is based on a non-isolated flyback design. It is designed to achieve high efficiency by reducing conduction losses when the output is less than the rated output. This is achieved by providing a low voltage drop across the primary side transformer and using a high turn ratio at off-load conditions. This ensures that the minimum power dissipation occurs during operation.

When the output load increases, the controller monitors the secondary side output voltage and increases the duty cycle. This increases the current to the secondary side in order to maintain the output voltage at the rated voltage regardless of the load changes. The design also includes a soft start and enable features to prevent over-current and over-voltage situations.

The primary side is equipped with a full-wave synchronous rectifier. This rectifier acts as an energy recovery circuit which allows for reduced switching losses, resulting in increased efficiency and reduced operating costs. The controller operates in both single-ended and push-pull modes for optimal efficiency.

Application Field

IB052Q096T64N1-CB is ideal for applications that require both high efficiency operation and low power consumption. This evaluation board can be used as an AC/DC converter to supply DC voltage from an AC input. It is also suitable for general-purpose electrical equipment such as LEDs, heating devices, and small motors. Most suitable are applications that require a high power conversion ratio and low power losses due to their low output power.

The output of the evaluation board can range from 0 to 64V with up to 96W of power.

The specific data is subject to PDF, and the above content is for reference