MAP4KE130A

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MAP4KE130A belongs to the category of TVS - Diodes. Generally speaking, it is a kind of two-terminal active device. It is mainly used to protect vulnerable electronics from transient over-voltage caused by ESD (electrostatic discharge), EFT (electrical fast transient burst), etc. The MAP4KE130A is designed to provide protection from transient voltages and is one of a range of special purpose nonlinear devices.

MAP4KE130A can withstand a reverse blocking voltage of up to 130 V. It has exceptionally low leakage current at rated working voltages over a wide temperature range. This diode is also designed with high ESD protection, which is highly resistive of damaging ESD failure. The epoxy-filled package is designed to dissipate static charge well and maintain its low clamping characteristics over time.

The MAP4KE130A working principle is quite simple. When an electrical pulse with a voltage higher than 130 V is applied to the diode, it will conduct and the voltage across it will be clamped to a voltage near its reverse breakdown voltage. The current will be limited by the external impedance. As the external impedance is a resistor, it will limit the current and the voltage will be clamped.

MAP4KE130A is suitable for use in a range of protection applications. It can be used to protect equipment in automotive and consumer applications, as well as in industrial applications. It is also suitable for ESD protection of high voltage sensitive ICs, such as memory and microprocessors, as well as other highly sensitive components. With a maximum capacitance of 0.3pf and low capacitance rise, it is suitable for applications requiring high capacitive immunity.

MAP4KE130A is a highly reliable and cost-effective device used for transient protection. Its low leakage current and high ESD protection make it a very suitable choice for a wide range of applications. Its high breakdown voltage and small form factor make it the ideal choice for applications requiring a small footprint. The device is easy to use and provides excellent protection levels against transient over-voltages.

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