15KPA110C-B

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TVS - Diodes

TVS or Transient Voltage Suppressors are diode-like semiconductor devices used to protect semiconductor components such as integrated circuits or other delicate electronics when subjected to high voltage transients such as electrostatic discharge (ESD). A 15KPA110C-B is a type of TVS diode.

Application Field

A 15KPA110C-B is best used in automotive and industrial electronics applications. It has a peak pulse power of 110W and can handle transient voltages of up to 15KV, making it ideal for applications exposed to high voltages. It is also well-suited to applications which are exposed to frequent electrostatic discharges and electrical overstress. Some of the common applications that make use of a 15KPA110C-B include automotive systems, industrial electronics, LED drivers, computer systems, and home appliances.

Working Principle

The 15KPA110C-B works by clamping voltages threats to a certain safe level. This means that when a voltage transient, such as an ESD, occurs, the voltage will be limited according to the diode\'s breakdown voltage. This acts as a form of protection, preventing delicate electronics from being damaged by the high voltage.

This protection is accomplished through the use of an array of diodes which are connected in parallel and wired to the device being protected. When a voltage transient occurs, the diode clamps the voltage with its breakdown voltage. This limits the current that will flow through the protected device, preventing damage.

The 15KPA110C-B is also able to minimize the ringing effect, which is inherent in many TVS devices. This is achieved by the use of zinc oxide varistors which absorb the energy causing the ringing effect, and consequently reducing the occurrence of EMI or EMC interference.

Conclusion

Overall, the 15KPA110C-B is an effective and versatile TVS diode for protecting electronics exposed to high voltage transients. It is well-suited for automotive and industrial electronics applications, and can handle up to 15KV voltages. It also minimizes the ringing effect, providing effective EMI and EMC protection. These features make it an ideal choice for protecting electronics from electrical overstress and ensuring reliable operation over time.

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