FSBB15CH60 - onsemi

Manufacturer Part Number

FSBB15CH60

Manufacturer

onsemi

Introduction

The FSBB15CH60 is a part of the Motion SPM® 3 series from onsemi, specializing in discrete semiconductor products for power driver modules. Designed primarily for motor drive applications, it integrates IGBTs and freewheeling diodes for three-phase motor drives.

Product Features and Performance

Type: IGBT module suitable for AC motor drive applications.

3 Phase Configuration allows for efficient control of three-phase motors.

Integrated under-voltage lockout and over-current protection features.

High-speed switching with low power loss.

Optimized for medium power applications.

Product Advantages

High integration contributes to a reduction in system size and complexity.

Enhanced efficiency due to optimized switching characteristics.

Simplified design process thanks to the module's self-contained gate drivers and protection circuits.

Improved thermal performance compared to discrete solutions.

Key Technical Parameters

Current Rating: 15 A

Voltage Rating: 600 V

Voltage Isolation: 2500Vrms

Mounting Type: Through Hole

Package: 27-PowerDIP Module

Quality and Safety Features

High voltage isolation (2500Vrms) ensures safety in high-power applications.

Built-in protection mechanisms for enhanced operational reliability.

Compatibility

Suited for a wide range of AC motor drive applications.

Application Areas

AC motor control

Industrial automation

Renewable energy systems

Home appliances with high power demands

Product Lifecycle

Status: Obsolete. It indicates that this model is no longer being manufactured and may have limited availability or support.

Availability of replacements or upgrades should be checked for newer or alternative solutions.

Several Key Reasons to Choose This Product

High-density power integration for compact design solutions.

Advanced protection features increase system reliability.

Onsemi's reputation for quality and support in semiconductor manufacturing.

Suitable for a broad spectrum of high-power applications.

Despite its obsolete status, it remains a viable option for designs not requiring the latest technology or for replacing components in existing installations.