V56RA16X2749

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TVS, or transient voltage suppressors, are special components that are employed to protect sensitive electronics from transients. The V56RA16X2749 is one such device which is capable of enduring a maximum peak pulse power rating of up to 2kW, or 8/20μs, and a maximum clamping voltage of up to 27 Volts.

Application Field
The V56RA16X2749 can be used in many different challenging applications that require surge protection, such as medical equipments, solar panels, power supply systems, data processing systems, audio and Telecoms, industrial controls, and other automotive applications. The device is also approved for use in safety critical systems, which increase its capability as an effective surge protection tool.

Working Principle
The working principle behind the V56RA16X2749 lies in its ability to block sudden transient voltage pulses from reaching, and damaging, sensitive circuits. This ability is achieved through the use of varistors, which are semiconductor devices with a capable of clamping transient spikes to a safe level. When the transient voltage reaches a particular threshold, the varistor will rapidly connect the two terminals, forming a low-impedance bypass. This low-impedance bypass then diverts the current to ground, where it is dissipated in its entirety before it can reach the sensitive circuitry.
The V56RA16X2749 is also equipped with an MOV, which stands for “Metal Oxide Varistor”. This device is able to absorb the pulse energy present in the transient voltage spike, further improving the level of surge protection offered by the device. This MOV is particularly advantageous as it can operate over a broader voltage range, making it an even more reliable surge protection device than regular varistors.

In summary, the V56RA16X2749 is a surge protection device that is capable of providing optimal protection for sensitive electronics. Through the use of varistors and MOVs, the device is able to efficiently block transient voltage spikes and divert them to ground, thereby protecting sensitive circuits from damages. The device’s wide range of available applications further cements its position as a reliable and effective surge protection tool.

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