BZW04-23BHR1G

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TVS diodes are semiconductor devices used to protect electronic circuitry from overvoltage transients such as electrostatic discharge (ESD) and electrical fast transients (EFT). The BZW04-23BHR1G is a unidirectional TVS diode specifically designed to protect against ESD and other transients for electronic and data communication applications. This device has an anode (positive) and a cathode (negative) terminal and its anode signal can be connected to the signal line for protection.

The BZW04-23BHR1G\'s strong protection is achieved through its fast response time and low clamping voltage. With a maximum surge current of 5A, it is suitable for a wide range of electronics, such as automotive electronics and medical equipment. It is also certified for use in Hearing Aids. Its low capacitance ensures minimal interference with data signals, making it ideal for high speed digital communication applications.

To understand how the BZW04-23BHR1G works, it is important to understand the current flow through a diode when exposed to an over voltage condition. When an overvoltage is applied to a diode, the junction creates a low resistance path for the surge current to flow. This current flow is limited by the maximum clamping voltage at which the diode begins to conduct. The BZW04-23BHR1G has a clamping voltage of 8.7V and a maximum surge current of 5A, which makes it ideal for protecting delicate electronics and data communication applications.

The BZW04-23BHR1G also features an integrated protection circuit, which causes a small voltage drop between the anode and the cathode when an over voltage is present. This causes the diode to clamp the voltage and limit the current flow to a safe level. The protection circuit also performs ESD and EFT protection, providing a complete protection solution for delicate electronics.

The BZW04-23BHR1G is an ideal choice for protecting delicate electronic components, data communication devices, medical equipment and other sensitive electronics from overvoltage transients. Its low clamping voltage, fast response time and integrated protection circuit make it an excellent choice for any application where reliable protection from overvoltage transients is required.

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