5KP220CA-TP

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TVS (transient voltage suppression) diodes are used to protect AC and DC circuits from harmful voltage transients. They also provide electrostatic discharge (ESD) protection for sensitive components. The 5KP220CA-TP is a general purpose unidirectional TVS diode that is designed to protect equipment from high-energy transients that can occur when normal low-voltage circuits are exposed to abnormal transient voltage. This device provides protective characteristics up to 220 volts and 5,000 watts of peak pulse power.

The 5KP220CA-TP utilizes a avalanche breakdown mechanism which is triggered when an overvoltage transient occurs. The voltage overshoot creates a surge of current in the diode and triggers thebreakdown mechanism. The breakdown mechanism then rapidly dissipates the transientsurge, allowing the device to clamp the voltage to a safe level. The reactive nature ofthe diode also provides ESD protection to the circuit.

The 5KP220CA-TP is typically used in applications with AC and DC supply lines, such as computers,telecommunications equipment, and automotive electronics. It is also widely used inembedded systems, such as those found in medical equipment, industrial controllers, anddata handlers. The 5KP220CA-TP is available in a variety of package options, including axialwith radial leads, surface mount, and wire bonded configurations.

The device is designed to be placed in parallel with the electronic components it is intended toprotect. The 5KP220CA-TP can be connected directly to the power supply line, or connectedvia high-frequency bypass capacitors. The use of bypass capacitors ensures that the device isisolated from the power supply, and allows the device to react quickly to transient voltageevents.

The 5KP220CA-TP is a robust and reliable device, and offers excellent performance in theprotection of sensitive circuits. The device is well-suited for use in environments wherevoltage transients and high energy pulses are common, such as computer rooms,industrial control systems, and automotive electronics.

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