V47ZT20P

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Transient Voltage Suppressors (TVS) are devices that protect sensitive electrical components from voltage surges and spikes. TVS are composed of a ceramic substrate, a metallization process, and a voltage sensitive element, usually a Metal Oxide Varistor (MOV). MOVs are non-linear components used to protect low-voltage digital and analog circuits against transients.

The V47ZT20P (standing for V (voltage rating), 47 (joule rating), Z (lead length in inches), T (package type), and 20 (number of leads)) is an MOV that is designed specifically for use in medium speed digital applications. It is a larger than normal MOV with the ability to absorb more energy than a standard MOV, which allows it to better protect sensitive components from high voltage transients. The V47ZT20P is constructed from a semi-conductive ceramic substrate and metallized electrodes. It has twenty leads, which allows for higher current ratings than other MOVs with fewer leads.

The V47ZT20P’s main application is to protect circuits from damaging high-voltage transients. It is capable of handling up to a 47V surge and can absorb up to 20 Joules of energy. The device is usually connected across the power input of the circuit it is intended to protect. When a surge or spike in voltage occurs, the MOV will conduct the current away from sensitive components, thus protecting them from damage.

The V47ZT20P also works by limiting the amount of current that can pass through it. When the current passing through the MOV exceeds its rated current value, the MOV will start to conduct current. This limits the amount of current that can pass through the MOV, and thus, protects the sensitive components. The MOV also has a clamp voltage, which is the voltage at which it will start to conduct current. The clamp voltage of the V47ZT20P is 47V.

The V47ZT20P is typically used to protect sensitive components in a wide variety of applications. They are commonly used in medical electronics, telecommunications, automotive, and consumer electronics. They are especially useful in applications where sensitive components must be protected from high-voltage transients that could otherwise cause permanent damage.

In conclusion, the V47ZT20P is an MOV designed specifically for use in medium-speed digital applications. It offers protection against high voltage transients and has the ability to absorb more energy than standard MOVs. It is typically used in medical electronics, telecommunications, automotive, and consumer electronics applications where sensitive components must be protected from high voltage transients. The device limits the amount of current that can pass through it and also has a clamp voltage of 47V.

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