BZW04-11BHE3/54

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The BZW04-11BHE3/54 is a type of Transient Voltage Suppressor (TVS) diode, a type of diode that’s specifically designed to protect sensitive electronics from voltage surges, including lightning and power line spikes. The BZW04-11BHE3/54 has a peak pulse power rating of 11 kilowatts (kw) and a breakdown voltage of 54 volts (V). It’s a bi-directional diode, meaning it can protect against surges from either direction.

The TVS diode has become increasingly popular with electronics manufacturers, as it enables them to protect their products from voltage surges with a relatively simple and inexpensive device. The BZW04-11BHE3/54 is particularly useful for low-voltage designs, as its breakdown voltage of 54 V falls within the range of most low-voltage electronics (usually 12 to 24 V). Additionally, its 11 kw peak pulse power rating makes it ideal for portable electronics, such as smartphones and laptops.

In terms of application fields, the BZW04-11BHE3/54 is well-suited for applications such as computers and electronic appliances, automotive electronics, and communications/networking equipment. Its 11kw peak pulse power rating is sufficient for most applications, making it a versatile choice for voltage surge protection. Additionally, its low capacitance (typical of 1.5pF) makes it suitable for high-frequency circuit designs.

The BZW04-11BHE3/54’s working principle is relatively simple. It has a reverse breakdown voltage that is lower than the maximum operating voltage of the circuit, meaning that when a surge occurs, the diode will begin conducting current, thus providing a path for the surge to dissipate. Once the surge is dissipated, the diode will stop conducting current and the circuit will resume normal operation.

The BZW04-11BHE3/54 is a robust and reliable TVS diode that can successfully protect sensitive electronics from voltage surges. It has a wide range of application fields, making it an ideal choice for many low-voltage electronic designs. Additionally, its 11 kw peak pulse power rating and 1.5pF capacitance provide further protection and suitability for high-frequency circuit designs.

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