CM1763-3204NR

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TVS diodes, also known as transient voltage suppressors, are an essential component of any modern electrical system. The CM1763-3204NR is designed to protect against transients and extreme fluctuation in electrical currents. This article will explain the application fields and working principles of the CM1763-3204NR.

The main application field for the CM1763-3204NR is automotive, wind powers systems, and industrial/medical systems. It is used to safeguard sensitive electronic devices from transient overvoltage and lessening voltage adaption. It has a maximum breakdown voltage of 17V with a maximum clamping voltage of 39V. This makes it ideal for the low voltage protection of many automotive electronic systems.

The working principle of the CM1763-3204NR is simple yet effective. It consists of a diode and protective resistor embedded in a semiconductor chip. When the input voltage rises beyond the set threshold, the diode quickly becomes conductive and the resistor absorbs the excess energy produced. This leads to a sharp decrease in power supply voltage, controlling the current across the load and preventing any further damage. The current-limiting resistor also ensures that the diode does not become over-stressed as it can produce a large amount of power when short-circuited. This device is an excellent choice for environments susceptible to extreme voltage fluctuations.

The CM1763-3204NR is designed to provide reliable and effective protection from transients and extreme voltage fluctuation. Its main application fields are automotive, wind power systems, and industrial/medical systems, and its working principle is based on a diode and protective resistor embedded in a semiconductor chip. It can absorb peak power while maintaining a minimum current so that sensitive electronic devices remain safe from overvoltage. This makes it an ideal choice for any electrical system.

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