SBR0330CW-7 Discrete Semiconductor Products

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Diodes are semiconductor devices that permit the flow of electrical current in only one direction. Rectifiers are devices that convert alternating current (AC) to direct current (DC). Arrays of diodes, also called rectifier arrays, combine multiple rectifier diodes into a single package to create a variety of different voltage outputs that are commonly used in power supply designs, such as the SBR0330CW-7.

SBR0330CW-7 Application Field

The SBR0330CW-7 features three diodes in a single SMB package, and can support a maximum operating temperature of -65° to +175°C, making it ideal for a variety of applications such as communication systems, automotive systems, high frequency switching applications and power control. This device is especially suited for designs requiring a low forward voltage drop, such as those controlling asynchronous motors, and can also handle multiple power sources in mission-critical applications.

Working Principle

The SBR0330CW-7 consists of two antiparalell-connected double-diffused rectifier diodes. The two integrated rectifier diodes perform the same task as two discrete rectifier diodes and are verified to ensure that no harmful peak in the reverse current or forward voltage is generated. The SBR0330CW-7 provides improved thermal-resistance, protection against external overvoltage, EMI protection for high frequency switching applications and improved power handling capabilities. The built-in circuit\'s reverse voltage level is designed to drop once the device reaches a certain voltage rating and shut down further voltage rise.

The SBR0330CW-7 is also designed to keep output currents clamped to a safe level during reverse conduction. This helps to ensure that the system accepts and handles power sources within its rated limits. The SBR0330CW-7 also features low reverse leakage at higher voltages, supporting multiple power sources in a variety of mission-critical applications.

Conclusion

The SBR0330CW-7 is a three-diode array designed to deliver a variety of different voltage outputs. It is suitable for use in communication systems, automotive systems, high frequency switching applications, asynchronous motor control and mission-critical applications that require multiple power sources. It features low forward voltage drop, improved thermal-resistance, protection against external overvoltage, EMI protection for high frequency switching applications and improved power handling capabilities.

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