1.5SMC10CA M6G

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TVS - Diodes are widely used in electronics applications for their fast response to transients (<1ns), low cost, and compatibility with common fielded components.

The 1.5SMC10CA M6G is a type of TVS - Diode that can effectively protect against transient voltage events such as lightning strikes, lightning-induced surge events, and ESD events. The 1.5SMC10CA M6G is able to protect two lines with up to 1500 watts of peak pulse power (10/1000µs). The device includes two diode paths that are reverse-biased when exposed to overvoltage transients, which triggers the clamping effect.

The 1.5SMC10CA M6G is commonly used in various fields such as automotive, aerospace, and industrial applications, as well as consumer electronics. It is designed for lightning protection (LP) as well as ElectroStatic Discharge (ESD) protection in applications such as Automotive Junction Boxes. This device is also capable of protecting against radio frequency interference (RFI) and electro-magnetic interference (EMI), since it can absorb and prevent the transmission of high voltage spikes.

The 1.5SMC10CA M6G can also be used in many types of measurement and monitoring equipment. It is capable of providing protection for sensitive voltage measurement and monitoring circuits up to the maximum operating voltage of 150 VDC.

The 1.5SMC10CA M6G works on the principle of clamping. This means that a diode is activated when exposed above a predetermined voltage value, typically a few hundred volts higher than the working voltage. When an over-voltage event occurs, the diode conducts and acts like a switch, cutting off the higher voltage from the device. This process is instantaneous and will effectively protect the device or circuit.

In conclusion, the 1.5SMC10CA M6G is a type of TVS - Diode which can provide a variety of protections against transient voltage events. It has a wide range of applications in automotive, aerospace, industrial, and consumer electronics due to its fast response time, low cost, and efficiency in protecting two lines from voltage transients.

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