MAP5KE17A

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TVS (Transient Voltage Suppressor) diodes are an essential component in a variety of electronic systems, providing protection from over-voltage transients. While any diode device can provide a relatively low voltage and current protection, the main advantage of a TVS diode is its ability to rapidly respond to sudden changes in voltage and divert current away from vulnerable components. The technology used in TVS diodes makes them significantly better at responding to voltage transients than other diode devices, allowing them to be used in a wide range of applications. One example of a TVS diode is the MAP5KE17A which is designed for use in electronic systems exposed to high voltage transients including power supplies, automotive manufacturing, and military and aerospace applications.

The MAP5KE17A is an avalanche diode which is designed to handle high voltage transient surges. The device has a reverse breakdown voltage of 17 volts, and a peak pulse power rating of 500 Watts. The device can also handle currents up to 12 Amps at a junction temperature of 25°C. The capability of the device to handle high currents makes it suitable for applications that require a diode with high surge current handling capability.

The working principle behind the MAP5KE17A is relatively simple. When an external voltage transient causes the voltage across the device to exceed its breakdown voltage, the diode will switch on, diverting the current away from vulnerable components. The switching process occurs rapidly, allowing the MAP5KE17A to respond quickly to high voltage transients and preventing damage to the other components of the system. The device’s ability to switch on quickly and efficiently for high voltage applications makes it an excellent choice for many applications including power supplies, automotive production, and military and aerospace applications.

The MAP5KE17A has a variety of applications in the electronics industry. The device is particularly useful in systems that are exposed to high voltage transients such as power supplies, automotive production, and military and aerospace applications. Due to the device’s ability to switch on quickly and efficiently, it is also suitable for applications that require efficient protection from electrical transients. The device is also used in environments where it is necessary to reduce EMI/RFI interference, since it can selectively attenuate unwanted frequencies while allowing desirable frequencies to pass through.

The MAP5KE17A is a useful device for a wide variety of applications that require fast switching and efficient protection from electrical transients. The device’s peak pulse power rating and high current capability make it suitable for applications that require protection from high voltage transients, while its efficient switching ability makes it useful in applications that require EMI/RFI attenuation. As a result, the MAP5KE17A is an indispensable component in a wide range of electronic applications.

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