MAP5KE130A

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MAP5KE130A belongs to the TVS-Diode family, which are designed to protect circuits and systems from possible transient voltage and transients. These diodes are especially useful for protecting data-oriented equipment from sensitive pulses and short-duration peaks of high voltages, and can work well in a wide range of applications, such as automotive, communications, military, and more.

MAP5KE130A is particularly suited for industrial and consumer electronics, and is also suitable for automotive applications. It is a bi-directional diode, which means that it can be used to protect both circuitry and systems from incoming and outgoing pulse power. MAP5KE130A has excellent thermal characteristics and can withstand high surge currents of up to 97A, and provides excellent electro-static protection. It is also capable of withstanding high temperature up to 175°C and is able to operate in a wide range of temperatures from -55°C up to +175°C, making it suitable for many different applications.

MAP5KE130A is available in a number of different device packages, including SOIC and DIP. The device has good clamping characteristics and fast response times to transients of up to 1000V per microsecond. It provides good protection for applications that require good ESD protection, and it is also compliant with the RoHS standard.

When it comes to the working principle of MAP5KE130A, it essentially works in two ways. First, it has the ability to effectively block transients of up to 1000V, thus providing protection for sensitive circuits. Second, it can also react quickly enough to the incoming voltage, and limit it from potentially damaging levels. In order to ensure that the device can successfully block overvoltages, it is important that the component is properly connected on the circuit board. This is because the internal structure of the device is capable of providing a quick response to incoming voltages, but if it is incorrectly wired, it can lead to faulty operation.

To sum it up, MAP5KE130A offers a number of key advantages over similar TVS-Diodes, such as good thermal characteristics, excellent clamping capabilities, and compliant RoHS standards. As a result, it can be used in a wide range of applications and can safely protect circuits from overvoltage transients.

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