1.5KE350-B

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The 1.5KE350-B is a member of the TVS - Diodes (Transient Voltage Suppressor Diode) family that is a two-terminal device. The device is most commonly used to protect circuits from over-voltage transients, and with its bidirectional design, it is mainly used in protection and suppression of transient voltage on sensitive electronic circuits.

The 1.5KE350-B has a working voltage range of 180 to 200 V and a holding voltage of 350 V. The device also features a very fast response time of 8 nanoseconds and a reverse stand-off voltageCL of up to 800 V. In addition to its fast response time, 1.5KE350-B also has a low forward voltage drop of 1.1 V.

The 1.5KE350-B can be used in a variety of applications, including the protection of digital systems from line transients and circuit damage, protection against surge voltages in automotive applications, and protection against surge current in consumer and industrial electronics. It can also be used for protection against electrostatic discharge, power line transients, lightning strikes, and other ESD-induced phenomena.

The 1.5KE350-B works through utilizing its reverse stand-off voltageCL of up to 800 V. When voltage levels in the circuit reach this value or higher, the TVS diode will conduct in a reverse direction, allowing excess voltage and current to pass through it and be dissipated. This reduces the amount of voltage and current by acting as a short-circuit and clamping the voltage to its holding voltage.

In order to ensure that the 1.5KE350-B TVS diode is correctly installed and operating correctly, it is important to follow the specific instructions for installation. This includes selecting the appropriate components for the application and ensuring that the TVS diode is correctly connected in the circuit.

The 1.5KE350-B is a versatile and robust member of the TVS - Diodes family that can be used in a wide variety of applications. With its fast response time and low forward voltage drop, it is an ideal solution for providing circuit protection and suppression of transient voltage in a variety of applications.

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