VIPER12AS-E - STMicroelectronics

Manufacturer Part Number

VIPER12AS-E

Manufacturer

stmicroelectronics

Introduction

The VIPER12AS-E is a part of the VIPER™ series of integrated circuits designed for Power Management specifically in AC DC Converters and Offline Switches. Packaged in a tube, it incorporates several features conducive to efficient power conversion and control.

Product Features and Performance

Includes internal switch(s)

Breakdown voltage of 730V

Startup voltage of 14.5V

Supply voltage range between 9V and 38V

Switching frequency set at 60kHz

Supports up to 8 watts of power

Product Advantages

High breakdown voltage allows for handling of high power applications

Broad voltage supply range enhances flexibility for various designs

Compact 8-SOIC packaging facilitates smaller and more compact end-product designs

Key Technical Parameters

Voltage - Breakdown: 730V

Voltage - Start Up: 14.5V

Voltage - Supply (Vcc/Vdd): 9V ~ 38V

Power (Watts): 8W

Frequency - Switching: 60kHz

Quality and Safety Features

Fault protection mechanisms including current limiting, over temperature protection, and over voltage protection.

Operates efficiently within a wide temperature range (-40°C to 150°C)

Compatibility

Packaged in standard 8-SOIC, making it compatible with generic surface mount technology.

Application Areas

Power management solutions in consumer electronics

Industrial power units

Energy-efficient power supply units

Product Lifecycle

The product status is active. It is not nearing discontinuation, ensuring continued availability and support.

Several Key Reasons to Choose This Product

High voltage handling and fault protection capabilities ensure reliability and safety.

Versatile supply voltage range suits a broad spectrum of applications.

Compact size and surface mount compatibility allow use in space-constrained applications.

Active product lifecycle status guarantees sustained availability and support for future needs.

The product's power handling and efficiency support modern demands for energy-efficient devices.