MXPLAD36KP170A

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TVS - Diodes

Transient Voltage Suppressors (TVS) are made up of specially designed Diodes known as avalanche breakdown diodes which are used to protect sensitive electronic components from transient over-voltage or surges generated by outside sources like switching of power load and lightning. The MXPLAD36KP170A TVS Diode is an excellent over-voltage protection device for electronic circuits in the Automotive, Industrial and Telecommunications industries.

The MXPLAD36KP170A diode has a peak pulse power rating of 36KW with a breakdown voltage of 170V and a clamping voltage rating of 240V. The diode offers excellent protection against electrical surges and power spikes from lightning and other varying power sources. The diode is low capacitance—ideal for high speed data lines, and it has a low response time (<.5nsec). This improves the performance and reduces the overall system cost.

The working principle of the MXPLAD36KP170A diode is as follows: When a voltage spike or surge occurs, the diode triggers a process known as avalanche breakdown. This quickly changes the diode to a low resistance state and allows it to dissipate this surge energy as heat. This allows the diode to absorb the surge energy and protect the device from overheating or damage.

The MXPLAD36KP170A diode is ideal for various applications such as automotive electronics, industrial equipment, telecommunications, power supply and other related systems. It is a cost-effective solution to protect sensitive electronic components against over-voltage conditions. The diode has excellent clamping characteristics and can handle high current pulses with minimal distortion.

In summary, the MXPLAD36KP170A TVS diode is an excellent surge protection device for automotive, industrial and telecommunications applications. It offers an excellent protection against transient surges from lightning and other power sources while maintaining a low capacitance and low response times. The diode is both cost-effective and reliable and can handle high current pulses with minimal distortion while keeping the circuit safe from damage.

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