1N6289HE3/73

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TVS Diodes in general are used to protect sensitive electronic equipment from electrostatic discharge (ESD) spikes that can adversely affect their performance. The 1N6289HE3/73, also referred to as the Transient Voltage Suppressor Diode, is a semiconductor device used to protect equipment from high voltage transients.

The 1N6289HE3/73 was designed as an ESD solution for electronics such as circuit boards, motors, power supplies, transducers, sensors, and processors. It is also an ideal solution for high voltage applications where large peak currents are present. The device has a peak pulse power dissipation of up to 1750W, a maximum clamping voltage of 135V, and a maximum clamping current of 4A.

The 1N6289HE3/73 works by clamping the voltage at a certain level in response to incoming transient voltages. In other words, it acts like a limiter, allowing only a certain amount of electricity to pass through. This helps to reduce or prevent the damage caused by voltage transients. It also helps to extend the life of the device and the equipment it is protecting.

The 1N6289HE3/73 is designed with two major components: the silicon junction diode and the clamping junction. The diode is designed to shunt the transient through the clamping junction, which is designed to prevent voltage spikes from damaging the components of the protected device. The clamping junction is composed of a copper cylinder, which absorbs the energy from the transient by clamping its voltage to a predetermined level.

The 1N6289HE3/73 is a popular choice for ESD protection due to its low capacitance and fast response time. It can be used as a standalone component or combined with other components for added protection. It is also available in a variety of packaging options including SOT23, SMT, and TO-220.

In conclusion, the 1N6289HE3/73 is an excellent choice for ESD protection in high voltage applications. It can help to extend the life of the protected equipment and reduce the risk of costly damage caused by voltage transients. It is widely used in a variety of electronic devices and is available in several packaging options.

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