V100ZS3

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TVS (Transient Voltage Suppressors), MOVs (Metal Oxide Varistors), and other similar components, like the V100ZS3, offer necessary protection to circuits in the event of a transient voltage surge or spike. They can also protect against external disturbances that are caused by various sources of electrical noise, like radiated signals inside the system, or due to different operating and environmental conditions.

V100ZS3 Design and Functionality

The V100ZS3 is an ultra-small SMD varistor and is designed for a wide range of applications. It has a compact design, measuring at only 3.2mm in diameter, and is suitable for surface mounting with a height of just 1.2mm. The varistor is manufactured using high quality materials including zinc oxide and can support a wide range of working temperatures, from -40 to +105° C. This ensures that it is suitable for use in a number of different applications and can withstand the temperatures associated with different types of working environments.

V100ZS3 Application Fields

The V100ZS3 varistor is ideal for protecting sensitive electronic components and circuits from transient voltages. It can be used in a variety of applications including communications, industrial control, automotive, computer and consumer application. It can also be used in environments with varying climate conditions, as it is able to withstand temperatures of -40 to +105° C.

V100ZS3 Working Principle

At normal operating voltage, the V100ZS3 functions like a resistor and has a relatively high resistance value and thus no current flows, so there is no effect on the load/equipment. However, as the voltage increases, the varistor resistance reduces, so more current passes through the varistor. This eventually leads to a current spike and a sudden voltage drop in the circuit, as the stored energy in the varistor is discharged. The rapid response of the V100ZS3 allows it to dissipate the transients as quickly as possible, so that they do not cause any damage or disruption to the sensitive components in the circuit. The end result is that the electronics remain safe from the transient.

Conclusion

The V100ZS3 is a very effective component to protect sensitive circuits and components from transient voltages. It is a compact and low-cost component, which is perfect for applications where space is of concern. Moreover, its wide operating temperature range ensures that it can endure difficult working environments, thus ensuring that they remain safe and protected from transients.

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