5KP36A-TP

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TVS Diodes are devices used to protect sensitive electrical and electronic components from overvoltage transients, usually caused by electrostatic discharges or inductive switchgear and motor switching. The 5KP36A-TP is an example of TVS devices, designed to provide multi-protocol lightning surge clamping in applications such as industrial control systems, shipboard systems, telecom, datacom, DC power systems, and so on.

A 5KP36A-TP TVS diode consist of an array of diodes connected between two leads, which are then connected to earth ground. In their conducting state, they create a safe and low-impedance path for overvoltage transients, thus minimizing or completely avoiding any damage. In the non-conducting state, these devices provide high insulation resistance and isolation.

The 5KP36A-TP device offers several benefits and advantages: it is a multi-protocol surge clamping device with a wide working voltage range of 6 to 36 V, uses virtually zero clamping voltage, has excellent clamping performance, and is compliant with multiple safety standards such as UL, CSA, and IEC. It can also be used in both AC and DC circuits. Furthermore, it is a low-inductance device and can provide a symmetrical P-N clamping protection.

The working principle of the 5KP36A-TP TVS diode is simple and effective. It works by clamping the voltage to a safe level whenever an overvoltage transient occurs. Thanks to the low-inductance configuration of the device, it conducts current in both polarity directions during the transient current pulses. This also ensures that the leakage current is minimized and the voltage clamping voltage is low.

In conclusion, the 5KP36A-TP TVS diode is a multi-protocol surge clamping device that can provide excellent protection to electrical and electronic components from transient overvoltages, and which also meets the standards for safety and reliability. With its wide voltage range, minimal clamping voltage, and symmetrical P-N clamping protection, it is an excellent choice for a variety of applications.

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