MXP5KE20A

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MXP5KE20A is a transient voltage suppressor diode from NXP semiconductors. It’s designed to protect power supplies, life support equipment, and other sensitive electronic apparatus from transient voltage surges. It is designed to provide a clamping action for surges up to 20A and 200A peak pulse current and is made of silicon designed to provide fast response and a low working voltage.

MXP5KE20A is designed to protect against electrical transients such as EFT, ESD, and surge pulses. These transients can cause a device to reset or experience a one-time or periodic voltage drop. To protect against these transients, the MXP5KE20A is designed to provide a clamping action for positive and negative pulse voltages within its working range. It can handle a wide range of peak pulse current values, ranging from 20A to 200A.

MXP5KE20A works on a simple principle. When the peak pulse voltage reaches a certain level, the device turns on and provides a temporary low impedance path between the anode and the cathode, thus clamping the voltage transient to a safe level. When the waveform falls below the device\'s reverse breakdown voltage, it turns off and returns to the off state.

MXP5KE20A’s applications range from general board level protection for power supplies to automotive and medical device protection. It can be useful in applications such as circuit board assembly, telecom, server, LCD and lighting, and consumer electronics. Its small size, low capacitance, and extremely fast response time make it ideal for high-speed signal lines.

In conclusion, MXP5KE20A is a silicon transient voltage suppressor diode designed for a wide range of peak currents and fast response time. It is designed to provide protection from various sorts of electrical transients, such as EFT and surge pulses. Due to its low capacitance and small size, it is ideal for board-level power supply and telecom protection, as well as consumer electronics, LCD and lighting applications.

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