UFT7260SM6C

Introduction

UFT7260SM6C is a rectifier array module manufactured by ITT Interconnect Solutions. It is categorized under Diodes - Rectifiers - Arrays. This module is typically used in extreme environment automotive and industrial applications. The main features of this device include high power handling capability and superior thermal cycling performance. It is also RoHS compliant, has a low leakage current, and is available in a standard or lead-free version.

Application Field

UFT7260SM6C is a high power rectifier array designed to provide superior voltage and current protection in a variety of applications. This device is mainly used in automotive and industrial applications that require high power handling capabilities. It is designed to provide superior thermal cycling performance, so it can withstand extreme temperatures and vibration. Furthermore, it has a low leakage current, making it suitable for high voltage applications. The device is also RoHS compliant and is available in a standard or lead-free version.

Working Principle

The UFT7260SM6C rectifier array is a single phase, three-terminal device consisting of six individual diodes connected in parallel. The diodes are arranged so that the voltage drop across the device is minimized. This lowers power dissipation and improves the device’s thermal cycling performance. When reverse biased, the device acts as a rectifier, allowing current to flow in one direction only. The device is capable of handling large current surges, so it can withstand extreme temperatures and vibration.

Conclusion

In conclusion, UFT7260SM6C is a high power rectifier array manufactured by ITT Interconnect Solutions. It is categorized under Diodes - Rectifiers - Arrays and is mainly used in extreme environment automotive and industrial applications. The main features of this device include high power handling capability, RoHS compliance, and superior thermal cycling performance. The device is a single phase, three-terminal device consisting of six individual diodes connected in parallel. It allows current to flow in one direction only, making it suitable for high voltage applications.