MRT100KP200A

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TVS (transient voltage suppression) diodes are widely used in various applications to protect downstream devices from voltage transients and electrical overstress. The MRT100KP200A is a widely used TVS diode that is designed to protect XLRs from transients. It is commonly used in automotive, commercial, and military applications, and its innovative design makes it suitable for automated assembly processes.

The MRT100KP200A is a short-circuit-proof TVS diode with an operating voltage of 12Vdc, a breakdown voltage of 39V, and a clamping voltage of 26.56V. It is constructed of molded plastic, which offers superior protection even in the harshest electrical conditions. Its design provides protection from over-voltage and under-voltage conditions. This device is designed to absorb high-voltage transients to ensure optimal protection of downstream components from strong impulses.

The working principle of the MRT100KP200A is based on the principle of charge storage devices (CCDs). CCDs are able to absorb and store electrical charges and release them slowly over a period of time. The MRT100KP200A uses this principle to absorb and store electrical charges and then release them slowly and evenly to reduce over-voltage and under-voltage conditions. This protects the downstream components from dangerous electrical transients.

The MRT100KP200A is commonly used in automotive, commercial, and military applications because of its fast response time, superior protection, ease of use, and durability. It can be installed in a variety of configurations and is suitable for automated assembly processes. Its advanced manufacturing technology makes it ideal for high-volume manufacturing. It can also be used in applications with high levels of EMI and RFI noise.

The MRT100KP200A offers superior protection against voltage transients and electrical overstress. It is designed for fast response time and durable construction, making it suitable for a wide range of applications. Its advanced manufacturing technology and ease of use make it an ideal choice for high-volume production. Moreover, its CCD-based design ensures optimal protection of downstream components from dangerous electrical transients.

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