SM15T10CAHE3/9AT

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TVS (Transient Voltage Suppressors) diodes play a critical role in protecting against electrostatic discharge (ESD) and lightning strikes. SM15T10CAHE3/9AT is a device which incorporates a pair of SO-8 surface with a metalized glass passivated junction ultra-fast TVS diode. This diode is designed to protect systems from high voltage transients caused by transient voltage disturbances.

SM15T10CAHE3/9AT is suitable for applications where an ultra-fast response is required such as direct connection to high-speed communication lines. It is also appropriate for protection equipment used in data line, consumer and computer electronic systems, etc. The device provides protected voltage between 9.0V and 15V and the typical clamping voltage is around 23V.

The working principle of this type of TVS diode involves the creation of a highly resistive path. This path helps to prevent large levels of current flowing through the device which allows the voltage to be reduced in order to prevent equipment failure caused by excessive voltages. At the same time, the device creates an “avalanche breakdown” by allowing electrons to move really quickly in order to form an conducting path. When the voltage transient goes above the breakdown voltage, the device “switches off” to stop further damage. The fast response time of the device ensures that no permanent damage is caused to the equipment or systems that are connected.

SM15T10CAHE3/9AT also provides many other advantages such as low capacitance which is ideal for high speed data transmission equipment. The device also has a low dynamic impedance which is beneficial to low frequency transients. The device also has a high peak pulse power rating which is helpful when protecting against transient voltage event.

In conclusion, SM15T10CAHE3/9AT is a highly versatile and efficient ultra-fast TVS diode which can be used in a range of applications where protection against transient voltage events is critical. It is suitable for both high speed and low speed applications and is suitable for a range of systems. The device has a low capacitance, high peak pulse power rating, and a low dynamic impedance which are all beneficial to its integration into various electronics protection systems.

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