GL24T-HE3-08 Circuit Protection

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TVS-Diodes are a type of semiconductor device that ultimately protect vulnerable integrated circuits from over-voltage transients. The GL24T-HE3-08 technology is a unidirectional, low clamping voltage, and ultra low leakage current Transient Voltage Suppressor (TVS) Diode.

The GL24T-HE3-08 Transient Voltage Suppressor Diode is specifically designed to withstand high operating temperatures while providing higher surge capability as well as lower clamping voltage. This technology thereby provides superior protection to components while operating in harsh environments.

The potential application field for this technology are industries such as automotive, industrial, consumer electronics, telecommunication, medical, cloud storage, and research applications. This technology could be used in any type of device from consumer electronics to medical implants. In terms of consumer electronics, this technology could be used to protect this type of device from any voltage transients due to power optimizers, ground fault interrupters, and lightning.

In terms of the working principle for the GL24T-HE3-08 TVS-Diode technology, it is based on the fact that this diode is specifically designed to be unidirectional. It withstands the electic current that runs through it in one direction, while blocking the current from flowing back in the other direction. This process is known as transient protection. Once a transient voltage passes throughthe diode, the device absorbs the concerning voltage and safely dissipates it into the environment.

In summary, the GL24T-HE3-08 Transient Voltage Suppressor (TVS) Diode is part of the wider family of TVS-Diodes. It is specifically designed to protect a device from voltage transients, while withstanding high operating temperatures and providing superior surge capability. It has a wide array of potential application fields, including consumer electronics, medical implants, telecommunications, and more. Furthermore, the device’s working principle is based on the fact that it is unidirectional in its operation, allowing it to absorb thevoltage transient and dissipate it safely into the environment.

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