SM6T150AHE3/52

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The SM6T150AHE3/52 is a Television Interface Surge Protection (TVS) Diode, otherwise known as a Transient Voltage Suppressor (TVS) diode. It is a semiconductor device designed to protect sensitive circuits from damaging electrical surges, such as those caused by lightning strikes, power fluctuations, or electrostatic discharge.

The SM6T150AHE3/52 is a Leaded 6.0-Volt system SMD SMNG-series Transient Voltage Suppressor. This particular device is offered with a unidirectional polarity, 6.0V working voltage, and a 10.3A peak pulse current rating. It offers a working temperature range of -55C to +150C, and has a storage temperature range of -55C to +150C.

The SM6T150AHE3/52 is by design extremely useful in a variety of applications related to high speed communication and home networking. It is capable of arresting 6000W at 8/20 us of a power surge, and is well suited to handle +2kV lightning and ESD strikes. Additionally, this TVS diode prevents surges and over-voltage from having a detrimental effect on performance as well as protect from reverse breakdowns. The SM6T150AHE3/52 is also capable of withstanding up to 8000W reverse working voltages, and is a reliable device for data/I/O line protection.

The working principle of the SM6T150AHE3/52 involves a unique semiconductor structure involving two P-type layers and two N-type layers. When a surge voltage enters the device, a positive gate is stuck open and an avalanche breakdown occurs. This avalanche breakdown then eliminates the surge via the semi-conductor junction, allowing the surge current to be discharged in a controlled manner. The structure of the device is designed in a manner that ensures a quick and reliable response time, thus protecting the sensitive circuitry from damage.

The SM6T150AHE3/52 is an effective and reliable TVS diode, and is well suited for a variety of applications in the field of high speed communication and home networking. It is a well-designed device offering reliable pulse current handling capabilities, as well as enhanced protection against damaging power surges, lightning strikes, and electrostatic discharge.

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