V680LA100BPX1347

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TVS - Varistors, MOVs provide surge protection in a variety of applications, including computers, servers, and other electronic equipment. V680LA100BPX1347 is a type of protective component among these devices. This article will discuss the application field and working principle of V680LA100BPX1347.

Application of V680LA100BPX1347

V680LA100BPX1347 is particularly suitable for high-frequency and extremely sensitive applications. It is designed for use in applications with a wide variety of voltage requirements. It can provide ESD protection, high-frequency voltage and protection, EMI filtering, and surge protection. This device is suitable for computers, servers, and other electronic equipment.

Working Principles of V680LA100BPX1347

V680LA100BPX1347 is a Transient Voltage Suppression or a Transil. It uses a special Zinc Oxide MOV or Metal Oxide Varistor, a nonlinear device with a voltage-dependent resistance. It is constructed from a sintered disc of Zinc Oxide particles surrounded by an epoxy-encapsulated ceramic housing. The nonlinear properties of MOVs allow them to quickly respond and limit the voltage to a safe level when spikes of excessive voltage occur. The device works by diverting the excess voltage to ground through a low-resistance path. This in effect acts like a clamp that limits the voltage to a safe level.

The MOV is a fast-acting device that can respond quickly to transient voltages. The response time for the device is usually well under 100 microseconds. This is important for providing reliable protection without negatively impacting performance. The low response time helps eliminate nuisance trips or false alarms. The MOV is extremely sensitive and will activate and limit the voltage even at low surge levels.

The MOV also has an extremely low Clamping Voltage, which is the highest voltage it can safely handle without damage. This ensures that the device can sufficiently protect components and circuits against excessive voltage. The MOV also provides high transient current levels, which helps to ensure that enough current can pass through the device to protect against spikes.

Finally, the MOV has a very low Insertion Loss, which minimizes energy dissipation. This ensures that the device does not become overly hot when it is activated. This helps the device remain reliable and operational over time.

Conclusion

The V680LA100BPX1347 is a type of Transient Voltage Suppression device designed for use in sensitive applications. It uses a Zinc Oxide MOV to provide surge protection, ESD protection, high-frequency voltage protection, and EMI filtering. The MOV is a fast-acting device with a low Clamping Voltage, high transient current levels, and low Insertion Loss. These properties allow the device to provide reliable protection for computers, servers, and other electronic equipment.

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