PTVS3-058C

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TVS - Diodes are surface-mounted devices which are used to protect sensitive semiconductor devices from voltage transients caused by electrostatic discharge, electrical fast transients, or lightning. The PTVS3-058C is an example of such a device. It is used for protecting sensitive semiconductor equipment from transient voltage levels between 111V and 220V. It is designed for high-reliability applications, such as cables, interfaces, and automotive applications.

The PTVS3-058C TVS diode works on the same principle as all other diode based protection devices. When a transient voltage is applied to the device, the diode begins to conduct and the surge current is quickly diverted away. The device then quickly shuts off and its ability to dissipate surges is restored. The device\'s ability to dissipate transient voltages and currents is determined by its maximum peak pulse power and its clamping voltage. The PTVS3-058C’s maximum peak pulse power is 1500 W and its clamping voltage is 400V.

The PTVS3-058C can be used to protect a variety of sensitive semiconductor devices from transient voltage levels between 111V and 220V. Its high peak pulse power and low clamping voltage makes it ideal for protecting electronics components, such as amplifiers, processors, and storage devices. It can also be used for protecting cables, interfaces, and automotive applications.

The PTVS3-058C is a very robust device and its characteristics have been optimized to offer a low leakage and high clamping voltage. The device also has an excellent peak power handling capability and the ability to work in a wide range of temperatures. It is also RoHS compliant and can be used in many high-reliability low-voltage applications.

In summary, the PTVS3-058C TVS diode is an excellent solution for protecting sensitive semiconductor components from transient voltage levels between 111V and 220V. Its robust design enables it to offer high-reliability protection in a wide range of temperatures and high peak pulse power. It is also RoHS compliant, making it suitable for use in many applications.

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