MPLAD30KP130CA

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MPLAD30KP130CA TVS diodes are an essential component of any reliable electrical system that needs to protect itself from voltage spikes. Their application fields and working principle are fairly simple, so let’s take a closer look to find out exactly what they do and why they are used.

What are TVS diodes?

Transient Voltage Suppressors (TVSs) are semiconductor components that are designed to limit transient voltages of all types. TVS diodes are basically a type of TVS with a PN-junction. This PN-junction is particularly suitable for preventing high-energy surges from causing damage to electronic systems, so they are commonly used to absorb or “clamp” these high energy spikes.

Why are TVS diodes used?

TVS diodes are used in electronic systems for a variety of reasons. The most common reason for using them is to protect against transient voltage spikes that can cause lasting damage to delicate electronic circuitry. When an excessively high voltage spike occurs, the TVS diode will quickly absorb the energy and disperse it, thus protecting the vulnerable components from harm.

TVS diodes are also a good choice for protecting electrical systems from other sources of transient voltage, such as electromagnetic interference from outside sources, as well as improper connections. They are also used to protect sensitive components from electrostatic discharge, or ESD, which can damage or degrade them.

MPLAD30KP130CA TVS diode application field

The MPLAD30KP130CA is a very popular model of TVS diode, and is commonly used in a wide variety of electronic systems. It is an excellent choice for industrial applications, as it is designed to protect against very high transient voltages and has a wide range of operating temperature, from -40 ˚C to 85 ˚C. It can also tolerate up to 30kV peak pulse power and provide up to 200V clamping voltage. It is also ideal for use in high-end automotive applications, as it is rated for EMC and MIL-STD-461 certification.

MPLAD30KP130CA TVS diode working principle

The MPLAD30KP130CA TVS diode works by clamping or “absorbing” the energy of a high voltage spike, thus protecting sensitive components from being damaged. When a voltage spike occurs, the TVS diode becomes forward biased and conducts, thus absorbing the spike and dispersing it before it can reach the vulnerable components. It is important to note that TVS diodes will “self-heal” after they absorb the energy from the voltage spike, so they can be used again and again, without having to be replaced.The MPLAD30KP130CA is an excellent example of TVS diode technology, and its application fields and working principle are simple to understand. It is designed to protect vulnerable electronic components from transient voltage spikes, and it does so with outstanding reliability. It is an essential component of any reliable electrical system, and is a must-have for any application in which the protection of sensitive components is paramount.

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