5KASMC36AHM3/57

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TVS - Diodes

The 5KASMC36AHM3/57 is part of a wide portfolio of TVS diodes offered by Panasonic. It is designed for protection in automotive applications, particularly providing pin-to-pin protection for components like sensors, relays and bipolar transistors. It is also suitable for other market applications such as industrial, telecom, computing and consumer.

TVS diodes have become increasingly popular due to their ability to provide effective low-cost circuit protection from transient surge voltages and currents. The 5KASMC36AHM3/57 is ideal for such applications, providing a high level of protection and reliability in applications that require pin-to-pin protection. It is available in a DPAK 2-pin package and has an operating breakdown voltage of 7.5 Vdc.

The 5KASMC36AHM3/57 features a low reverse leakage current of 3.2 nA (max) at 25°C, a reaction time of 0.2 ns (typical) and an excellent thermal stability of 99% (typical). It is designed to protect against surge voltages and currents up to 115V and 79A respectively. It also has a wide operating temperature range of -55°C to 150°C and is RoHS compliant.

The working principle of the 5KASMC36AHM3/57 is simple but effective. The device is placed between two conductors, and absorbs overvoltages that are greater than the breakdown of the device. This effectively prevents damaging transient voltages and currents from reaching the protected components, and ensures reliable operation of the entire system. As the voltage rises above the breakdown voltage of the device (7.5 Vdc), it changes its conduction state to protect the surrounding components from the transient.

To summarize, the 5KASMC36AHM3/57 is part of Panasonic’s portfolio of TVS diodes, designed primarily for protection in automotive applications. The device is capable of absorbing transient voltages and currents up to 115 V and 79 A respectively, and provides excellent thermal stability and low reverse leakage current. The working principle is effective and straightforward, and helps to ensure reliable operations of the protected components in the system.

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