MAP4KE16A

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MAP4KE16A is a TVS - Diodes, which provides transient voltage protection for various electronic components. It is designed to protect the sensitive circuits from damaging over-voltage transients up to 38V. The MAP4KE16A is designed to protect various pieces of equipment, such as automotive electronics, telecom systems, data centers, and consumer electronics.

MAP4KE16A can be used in a variety of applications, such as protecting sensitive automotive electronics from damage due to electrostatic discharge, surge voltages, and over-voltage transients, as well as protecting data centers from over-voltage transients. It can also be used in medical equipment, consumer electronics, networking equipment, battery-powered circuits, and other applications where over-voltage protection is necessary.

MAP4KE16A has two working principles. The first is to divert transient voltages away from the sensitive components it is protecting. This is done by allowing the transient voltage to pass through the TVS diode, which then redirects the energy outside of the circuit. In this way, MAP4KE16A can protect sensitive components from being damaged by over-voltage transients. The second working principle is to clamp the transient voltage at the desired level, which helps to protect the sensitive components from over-voltage transients.

The MAP4KE16A offers excellent performance in applications requiring transient voltage protection. It has a 6mA surge rating, and a 20nA leakage current. It also provides over-voltage protection, and can help to protect sensitive components from damaging over-voltage transients. It is designed to easily connect to various circuits, and its low profile design makes it easy to install in tight spaces.

MAP4KE16A is a great option for applications where transient voltage protection is needed. Its compact design makes it easy to install in tight spaces, and its low profile allows it to fit discretely in any system. Its 6mA surge rating, 20nA leakage current, and over-voltage protection make it a great choice for protecting sensitive components from damaging over-voltage transients.

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