BAS70BRW-7-F

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BAS70BRW-7-F is a glass passivated, double rectifier that allows a high-voltage, high-current flow. It is intended for use in applications such as power interruption and control, reverse-current protection, and polarity protection. This semiconductor device is designed to be used with a reverse voltage of up to 70V, and a forward continuous current of 0.2A.

General Introduction

It’s an ultra small ultra low VF double-rectifier which enables an output voltage gain(VF=0.4~0.8V@IF=0.2A) ,It is compatible with Pb free soldering profiles. This rectifier is designed to offer high power density, low forward voltage drop, fast switching performance and low thermal resistance. The low voltage drop and quick response time enable excellent energy efficiency and power dissipation, while the glass passivation delivers improved reliability.

Features and Benefits

• High Power Density
• Low Forward Voltage Drop
• Fast Switching Performance
• Low Thermal Resistance
• Pb-free compatible Solder Profile
• Glass Passivation for Improved Reliability

Application Fields

This rectifier is used in variety of applications. These include:

• Reverse voltage and current protection applications
• Power interruption and control
• Telecommunication systems
• Automotive systems
• Industrial equipment
• Audio decoding systems
• Computer and consumer electronics
• Power supplies

Working Principle

The BAS70BRW-7-F, being a dual rectifier, operates in two distinct modes. In forward conduction mode, it allows current to flow through it in a single direction. In reverse blocking mode, it blocks current from flowing in the opposite direction. The forward conduction mode is characterized by a low forward voltage drop and quick switching speed, while the reverse blocking mode is characterized by a high reverse breakdown voltage.

Conclusion

The BAS70BRW-7-F is a high power density, low forward voltage drop, fast switching performance, and low thermal resistance rectifier, which makes it an ideal choice for reverse voltage and current protection applications. It can also be used in other applications such as power interruption and control, telecommunication systems, automotive systems, industrial equipment, and audio decoding systems. The device is easy to use, is energy efficient, and offers improved reliability through its glass passivation technology.

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