VIPER06LN - STMicroelectronics

Manufacturer Part Number

VIPER06LN

Manufacturer

STMicroelectronics

Introduction

High-voltage converter used for power management applications, part of the VIPer™ plus family, suitable for offline switching supply circuits.

Product Features and Performance

Integrated power MOSFET

800V avalanche rugged technology

Flexible topology including Buck and Flyback

Extended Vcc voltage range of 11.5V to 23.5V

Startup voltage of 13V

60kHz switching frequency

High power density for compact designs

Max 8W output power

Up to 70% duty cycle

High thermal shutdown at 150°C

Minimum operating temperature of -40°C

Includes fault protection features like current limiting and thermal protection

Product Advantages

High breakdown voltage for robust power supply designs

Energy-efficient with controlled switching frequency

Thermal protection for enhanced safety and reliability

Built-in fault protection mechanisms help to increase product lifespan

Suitable for compact and economically efficient power supply design

Key Technical Parameters

Voltage Breakdown: 800V

Topology: Buck, Flyback

Voltage Start Up: 13V

Max Duty Cycle: 70%

Frequency Switching: 60kHz

Power (Watts): 8W

Quality and Safety Features

Current limiting

Open loop and over-temperature protection

-40°C to 150°C operating temperature range

Compatibility

Ideal for use in AC/DC conversion for consumer electronics

Compatible with various load conditions due to flexible topology

Application Areas

Power adapters

Smart metering

Home appliances

Auxiliary power supplies

Product Lifecycle

Active product status

Not indicated as nearing discontinuation

Several Key Reasons to Choose This Product

STMicroelectronics reliability and support

Suitable for a variety of power management applications

Enables design of highly reliable and long-lasting power supplies

Reduces heat dissipation considerations due to efficient power conversion

Provides design flexibility due to its multi-topology support

Safety features that protect both the device and the powered application