BZG04-11TR

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The BZG04-11TR is a TVS-diodes that is typically used as a voltage protection device in current electrical circuits. This device prevents excessive current from flowing through a link by providing a low-impedance path for the high voltages and currents. This makes it ideal for protecting sensitive components from damage caused by overvoltage transients that occur when large loads are connected to or disconnected from a power supply circuit.

The BZG04-11TR is constructed from a lightweight Zener diode and insulated metal oxide varistor (IMOV). It has an operating voltage of 18.00V and a rated surge capacity of 100A (2ms). It also has a fast-acting surge suppression of 380 Volts (8 x 20 microseconds). The operating temperature range is 0 to 85°C. The device has a Failure Rate of 0.1mA, and its ESD protection is up to 15kV.

The device’s working principle is based on the Zener diode and IMOV. When an over-voltage transient occurs, the Zener diode absorbs most of the energy and reduces it to a safe level. The IMOV then diverts the remaining transient energy away, providing additional protection. Due to this, the device can effectively protect sensitive components from damage caused by the transient.

The BZG04-11TR is ideal for use in a wide variety of applications, such as communication systems, industrial and medical equipment, DC/DC converters, automotive systems, consumer electronics, and many more. It is an ideal choice for current over-voltage protection and ensures consistent performance in a harsh and demanding environment. Its fast reaction time and low leakage current make it suitable for high-reliability applications that require improved protection from surge currents.

In conclusion, the BZG04-11TR from TVS-diodes is an efficient and reliable device for protecting sensitive components from damage caused by overvoltage transients. Its lightweight construction, fast reaction time, low leakage current and wide operating temperature range make it suitable for a variety of applications. This makes it an ideal choice for high-reliability applications that require improved protection from surge currents.

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