XBP06V4E2HR-G

TVS (Transient Voltage Suppressor) Diodes, play a critical role in protecting many kinds of circuits from high-energy voltage lockouts. There are a number of different TVS diode types available for different applications, including the XBP06V4E2HR-G. This article will detail the application fields and working principle of the XBP06V4E2HR-G.

Application Field

The XBP06V4E2HR-G TVS diode is designed for use in automotive and commercial circuits. It is capable of withstanding extremely high voltages without failing and is often used to protect circuits from overvoltage transients, such as those generated during lightning strikes. The diode also serves to protect connected circuits from high-frequency noise that can damage sensitive components.

The XBP06V4E2HR-G is available as a single diode, or as an integrated assembly with multiple diodes. The integrated assembly provides greater protection by introducing multiple levels of protection - allowing for faster response times when voltage transients occur.

Working Principle

When an overvoltage transient occurs, the XBP06V4E2HR-G TVS diode is designed to quickly switch on and divert the excessive voltage away from the connected circuit. The diode is a bidirectional TVS, meaning it can react to and respond to voltage transients coming from either direction. The diode is also surge-capable, meaning it can handle multiple high-energy voltage spikes without failing.

When in operation, the XBP06V4E2HR-G diode operates with a breakdown voltage of 6V and a clamping voltage of 8.5V. This voltage is important to ensure that the voltage does not exceed the connected circuit’s operating voltage. The diode also has a low ESR (Equivalent Series Resistance) to ensure efficient operation. Additionally, it has a high-frequency clamping voltage of 40V to ensure that high-frequency signals are diverted.

Conclusion

The XBP06V4E2HR-G is a robust and reliable TVS diode designed for use in automotive and commercial circuits. It is designed to divert any excessive voltage, high-frequency noise, and lightning spikes away from connected circuitry. Additionally, it operates with low ESR and high-frequency characteristics, making it an excellent choice for protecting sensitive circuits.