30KPA30C Circuit Protection

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The TVS diodes are used in the over-voltage protection field as they can protect the equipment from over-voltage or destructive transients.

The 30KPA30C application field and working principle refer to the TVS diode that is specially designed for surge protection applications. The exterior design of the diode makes it ideal for applications that require high frequency pulsed currents. The diode\'s efficient operation and reliable protection has allowed it to become an essential part of many industries’ technology.

The principle behind this diode is based on a three-stage structure that can protect against surges that are much higher in voltage than the standard operating voltage. The diode is composed of three different parts: a linear TVS diode, a voltage multiplier, and a stand-off capacitor. First, the linear TVS diode blocks the voltage that exceeds the maximum voltage rating. The second stage, the voltage multiplier, works to further increase the breakdown voltage before it is passed onto the stand-off capacitor. Finally, the third and final stage, the stand-off capacitors, helps to further ensure that no breakdown will occur as the current is discharged.

The 30KPA30C application fields include the protection of automotive electronics, communications networks, and portable electronic devices. It is also widely used in AC and DC output protection, telecommunications, industrial control, and medical equipment protection. The diode is capable of operating over a wide temperature range and provides excellent protection both in the positive polarity and negative polarity.

The 30KPA30C working principle is based on the unique three-stage structure that allows for it to handle high-voltage surges that would otherwise destroy the protected components. The linear TVS diode provides the first layer of protection and acts as a front-line protection against over-voltages. The voltage multiplier helps to further reduce the chances of a breakdown or voltage surge. Finally, the stand-off capacitors dissipate any remaining current, ensuring that no further breakdowns occur in the protected components.

In conclusion, the 30KPA30C application fields and working principle make it an ideal choice for over-voltage protection applications. The three-stage structure allows the diode to efficiently handle high levels of voltage surge, while providing reliable protection for the protected components. As such, the 30KPA30C application fields include automotive electronics, communications networks, portable electronics, AC and DC output protection, telecommunications, industrial control, and medical equipment protection.

The specific data is subject to PDF, and the above content is for reference