MAP6KE75CA

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The MAP6KE75CA is a uni-directional Transient Voltage Suppressor (TVS) diode. This device is specifically designed to protect sensitive electronic components from high-voltage transients. It is usually used to replace regular voltage-clamping devices such as Zener diodes.

The MAP6KE75CA can be used for typical over-voltage protection in most electronic equipment. It is also used in industrial and automotive applications. It can be used in both uni-polar and bi-polar operation, and is an ideal choice for surge protection in a range of circuits, due to its low capacitance and high reverse current clamping voltage. It can be used to protect power supplies, power amplifiers, UPS systems, and other power electronics circuits.

The MAP6KE75CA is a low-leakage, high-speed device. It is designed to handle surges up to 400W peak power dissipation. It features a glass-passivated junction to control the flow of leakage current and resistance to thermal and electrical shock. The Uni-polar version has a breakdown voltage of up to 600 volts and the Bi-polar version can withstand a peak voltage up to 200 volts.

The MAP6KE75CA contains two diodes in one package, one in series with the other. The series diode has a maximum surge rating of 400W and the shunt diode is typically used to limit reverse leakage current. With this arrangement, the MAP6KE75CA acts as a clamp, limiting the voltage to a safe level.

The MAP6KE75CA is a robust device that can operate in both uni-polar and bi-polar mode. The uni-polar mode is most suitable for power supply applications, whereas the bi-polar mode is typically used in automotive or industrial applications. The device is also compatible with both AC and DC applications. It is an ideal choice for surge protection in a range of circuits, due to its low capacitance and high reverse current clamping voltage.

The MAP6KE75CA is a reliable and robust device that can handle high-surge voltages and provide protection in a range of applications. It is a cost-effective solution for surge protection, and can be used in a variety of devices. Its low leakage current and high reverse-current clamping voltage make it an ideal choice for surge protection.

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