15KPA160C-B

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TVS Diodes are a powerful and reliable form of electronic components that are designed to protect sensitive components from unwanted voltage spikes or transients. The 15KPA160C-B is one such type of TVS diode that offers reliable protection from transients that have a peak pulse power rating of 15K watts. It has a nominal breakdown voltage of 160 volts and a clamping voltage of 306 volts.

This diode is also known for its unidirectional reverse-polarity protection capability, meaning it can limit the current flowing in a reverse direction. This makes the 15KPA160C-B a popular choice even in applications that involve higher voltages. It is widely used in telecom, automotive, medical, and military applications.

The 15KPA160C-B also has a higher surge current rating than other diodes. The surge current of this diode is also among the highest for TVS diodes, making it a reliable option for applications with higher current needs.

The 15KPA160C-B offers efficient performance and is configured with a reverse-biased diode structure consisting of two zener diodes connected in opposite directions. This configuration allows the diode to efficiently dissipate surge voltages by clamping the voltage at the breakdown voltage (VBR) level. The diode acts as a surge protector, limiting the voltage and current to predetermined levels.

The 15KPA160C-B is also designed with internal thermal shut-off, meaning that if the diode overheats, it will automatically shut itself off to prevent damage to the surrounding components. This ensures reliable performance and protection even in extreme temperature conditions.

Overall, the 15KPA160C-B is an ideal choice for high voltage and current protection applications. It offers reliable, unidirectional protection from reverse-polarity transients, has a high current rating, and is equipped with an internal thermal shut-off to protect against damage. It is also highly compatible with AEC-Q101 qualified automotive applications, making it the perfect choice for automotive applications that require reliable transient voltage protection.

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