20KPA180CA

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TVS – Diodes are a special type of diode semiconductor used to protect electronic devices from high voltage transients. The 20KPA180CA application field and working principle describes the device’s capability in performing its role as a transient voltage suppressor. In this article, we will outline the application field, its working principle and the implications of its use.

Application Field

The 20KPA180CA transient voltage suppressor is designed to protect sensitive electronic components from damage due to high voltage spikes. These transients can occur due to short-circuiting, electric discharges, power switching operations or even lightning strikes. The maximum reverse-blocking voltage rating for the 20KPA180CA is 180 volts and the maximum breakdown voltage is 200 volts. Additionally, this device has a stand-off voltage of 5 volts and it can handle any transient pulse current up to 20 kilo-amps. This makes it an ideal choice for protecting larger as well as smaller electronic components from high voltage transients.

Working Principle

The 20KPA180CA uses a diode-based mechanism to suppress high voltage spikes. This mechanism works by using two diodes connected in series and placed across the voltage source. The diodes are reverse biased so that very low current flows. Whenever a transient voltage spike occurs, the voltage across the two diodes will increase. Because the two diodes are connected in series, the increased voltage will cause the current flowing through the diodes to increase. This, in turn, will reduce the voltage across them and suppress the voltage spike.

The 20KPA180CA also boasts a fast response time, meaning that it is able to respond quickly to the high voltage spike and dissipate it before it damages the sensitive electronic components. This fast response is possible because the device itself works at a lower voltage than the voltage spike’s peak, and the current flowing through the diodes is limited by the device’s maximum rate of current flow.

Implications of Use

Using the 20KPA180CA to protect electronic devices offers numerous advantages. The most obvious benefit is that the device is able to suppress dangerous transients before they cause any damage to sensitive components. Additionally, using this device helps to reduce the cost of production and maintenance, as fewer components may need to be replaced due to the protection afforded by the device. Moreover, the device is very small and does not require any additional components for its operation; this further reduces the cost and simplifies the setup process.

Finally, the use of the 20KPA180CA helps to improve the safety of an electronic system. This device is equipped with features that protect the system from faults and reduce the risk of damaging power surges. By using this device, manufacturers can be assured that their products will operate safely and reliably over the long term.

Conclusion

The 20KPA180CA transient voltage suppressor is an important device for protecting sensitive electronic components from high voltage transients. It has a reverse-blocking voltage rating of 180 volts, a breakdown voltage of 200 volts, a stand-off voltage of 5 volts, and a maximum transient pulse current rating of 20 kilo-amps. The device works by using two reverse-biased diodes connected in series, which respond quickly to the transient and dissipate the current before it damages any components. The use of the 20KPA180CA offers numerous advantages, as it helps to reduce maintenance and production costs, simplifies the setup process, and improves overall system safety.

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