STGIPS15C60-H - STMicroelectronics

Manufacturer Part Number

STGIPS15C60-H

Manufacturer

stmicroelectronics

Introduction

STGIPS15C60-H from stmicroelectronics is a three-phase IGBT power driver module designed specifically for advanced power control. It is part of the SLLIMM™ series.

Product Features and Performance

IGBT type module for efficient switching and conductivity

Handles a voltage up to 600 V

Supports a current of 15 A

Built with voltage isolation of 2500Vrms for enhanced safety

Implemented in a 25-PowerDIP Module which measures 0.993", 25.23mm

Through hole mounting type to ensure secure and reliable installation

Product Advantages

High voltage and current capabilities facilitate handling of robust applications

Integrated isolation feature enhances operational safety

Simplified assembly due to its Through Hole mounting

Key Technical Parameters

Type: IGBT

Configuration: 3 Phase

Current: 15 A

Voltage: 600 V

Voltage Isolation: 2500Vrms

Mounting Type: Through Hole

Package / Case: 25-PowerDIP Module (0.993", 25.23mm)

Quality and Safety Features

Built with an electrical isolation rated at 2500Vrms to protect against electrical hazards

Robust package design ensures physical and operational integrity

Compatibility

Compatible with three-phase electrical applications requiring up to 600V and 15A

Application Areas

Industrial motor drives

Motion control systems

Renewable energy installations

Product Lifecycle

This product is marked as Obsolete

Potential replacement or upgrade options should be reviewed for current application requirements

Several Key Reasons to Choose This Product

High performance with 600 V voltage and 15 A current capacity supports demanding power applications

Ensures safety with 2500Vrms isolation

Versatile compatibility with various industrial and renewable energy applications

Robust package design ensures durability and reliability in harsh environments

Due to obsolescence, it could be valuable for systems not requiring latest technology but prioritizing stability