20KPA24

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Transient Voltage Suppressor (TVS) diodes are solid state devices, which are mainly used in protecting other components from electrical surges. In specific, TVS diodes are used in protecting circuits from electrostatic discharge (ESD), electrical overstress (EOS) or lightning-induced surge events, as it prevents voltage and current from exceeding their intended maximum levels. TVS diodes are highly reliable and capable of withstanding repetitive ESD strikes, low clamping voltages and fast response time, making them suitable for variety of applications.

The 20KPA24 is a diode array device capable of dissipating an average power rating of 360 watts per line with a Peak Pulse Power Dissipation (P) is 2000 Watts. Its maximum voltage ratings can reach up to 24V for single line devices. The 20KPA24 has two reverse breakdown voltages, which are denoted as Vbr1 and Vbr2 at the given IR1 and IR2. The peak surge current can be up to 36A and its peak pulse current can be up to Jan 2/10A making this diode device perfect for protecting wide variety of components.

The 20KPA24 has a wide range of applications and can be used in varied electronic systems such as automotive systems, industrial systems, consumer electronics and many more. It is also highly suitable for protecting power supplies, communications and signal protection, motor controls, as well as Lightning protection. This makes it an ideal choice for varied applications seeking protection from transient surge events.

The 20KPA24 is a fast and reliable diode array device offering a variety of abilities in protection of power and signal lines from related transient surges. Furthermore, its working principle is quite simple. When a transient surge exceeds the diode’s clamping voltage, it will start to conduct and divert the excess current away from all the components within the circuit. Once the transient is over and the voltage has returned to normal, the diode will then return back to its non-conductive state. This mechanism helps to protect the other components in the circuit from potential damage caused by transient surges.

In conclusion, the 20KPA24 diode is highly suitable for wide range of applications where a fast and reliable response is desired. Its robust construction and fast response time allows it to protect other components from transient surge events. Its ability to dissipate relatively high current in a short amount of time, makes it an ideal choice for protection in automotive systems, industrial systems, consumer electronics and many more such applications.

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