M5KP13CA

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TVS Diodes are engineering marvels, designed specifically to protect against transient overvoltage. The M5KP13CA TVS Diode is one of the most popular of its kind. It is ideally suited for protecting data, communication, and automotive electronics against overvoltage damage.

M5KP13CA Application Field

The M5KP13CA TVS Diode offers superior protection for sensitive components by ensuring a low clamping voltage. It has a maximum clamping voltage of 13 volts and a maximum peak pulse power of 600 watts. The maximum working junction temperature is +175°C. This diode is an ideal choice for a variety of applications, including:

• Surge protection for automotive circuits
• Protection from voltage transients in DSL lines
• Protecting communication, data, and power signals from overvoltage
• Telecommunications and networking

M5KP13CA Working Principle

The M5KP13CA TVS Diode is designed with a specialized architecture that sets it apart from other diodes. It utilizes a Zener diode-atmosphere temperature field (ZATF) structure, which is substantially different from the standard Zener diode structure. The ZATF structure allows the M5KP13CA to offer better clamping voltage than standard Zener diodes.

The major advantage of this specialized architecture is that it provides better protection without sacrificing circuit performance and safety. The ZATF structure also ensures a wide operating temperature range and consistently reliable performance.

Overall, the M5KP13CA is a superior TVS Diode, providing maximum protection while remaining cost-effective. With a low clamping voltage, it can protect devices and circuits against rare, unpredictable transient overvoltages. This TVS diode is widely used in automotive, telecommunications, and electrical industries.

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