V680LU100BPX10

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Transient Voltage Suppression (TVSs) devices, Varistors, and Metal Oxide Varistors (MOVs) are used to safeguard and suppress power, charge, and signal lines from overvoltage transients. The V680LU100BPX10 is an example of such a device. This article will discuss the application field and working principles of the V680LU100BPX10.

Description of V680LU100BPX10

The V680LU100BPX10 is a Radial Leaded Varistor (RLV) component with dimensions of 6.8mm x 6.8mm x 1.5mm being lead-free and RoHS Compliant. It has a working temperature range of -40°C to +85°C and is for use on power and data lines that require transient protection. The device also has an operating voltage of 100V and a peak pulse current of 1A.

Application Fields of the V680LU100BPX10

The V680LU100BPX10 can be used in a variety of application fields. It can be used in consumer electronics equipment, displays, and white goods. It can also be used in automotive systems, such as electronic control units, as well as in industrial and scientific instruments. Finally, it can be used in telecommunications systems, such as satellite receivers.

Working Principles of the V680LU100BPX10

The basic working principle of the V680LU100BPX10 is the same as other RLV components - it uses an RLC Network to protect against ESD and overvoltage transients. When an overvoltage is present, the varistor increases the conduction of current within the device, thus reducing the overvoltage. The current then passes through the device and is dissipated as heat.

When there is no overvoltage present, the device is inactive and the current conduction is very low. The device also has a surge clamping voltage which will activate the device when the overvoltage reaches a certain level and will remain activated until the overvoltage is reduced. The device will then self reset when the overvoltage is removed and the current is returned to a normal level.

Conclusion

The V680LU100BPX10 provides excellent protection against overvoltage transients and is suitable for use in a variety of application fields, such as consumer electronics, automotive systems, and telecommunications. Its RLC network ensures that when an overvoltage is present, the current is increased in order to reduce the overvoltage, while at the same time having a surge clamping voltage which will activate the device when the overvoltage reaches a certain level.

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