BSPH31000YPV

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TVS (Transient Voltage Suppressor) refers to a type of semiconductor device, also known as a voltage-clamping device, used to protect electronic circuits from abnormal over-voltage conditions such as electrostatic discharge, load dump, supply transients, and switching transients. Such abnormal over-voltage conditions may be caused by various events or sources, such as lightning, power line surges (e.g., power swings), switching, motor starting, etc.

Mixed-Technology TVSs represent a unique solution to circuit protection and ESD (electrostatic discharge) immunity. This solution combines the benefits of Bi-polar/BJT (bipolar junction transistor) and MOSFET (metal oxide semiconductor FET) technology, providing unprecedented advances in protection. Mixed-Technology TVSs provide superior transient protection and ESD performance for multiple applications.

BSPH31000YPV is an example of a Mixed-Technology TVS (transient voltage suppressor). This device is designed to provide superior transient protection and ESD performance for a variety of high-voltage applications. For example, it can be used to protect microprocessors, data lines, logic ICs, and other types of sensitive electronics from voltage surges and excessive electrical noise.

The device has a breakdown voltage of 30V and can be used in applications with a constant voltage or variable voltage from 0V to the breakdown voltage. The device also has a high surge rating (up to 30A peak pulse current), making it ideally suited for applications with high-voltage transient conditions. The device features a wide range of operating temperature (from -40°C to +85°C) and is RoHS compliant.

The working principle of the BSPH31000YPV device is based on a unique combination of MOSFET and Bi-polar/BJT technology. In normal operation, the device provides excellent transient protection and ESD immunity; however, in the event of an over-voltage or severe electrical noise event, the device can quickly and effectively protect the circuit. In the event of an over-voltage event, the device can quickly detect and clamp the voltage, thereby protecting the circuit from further damage, and in the event of an ESD event, the device can quickly and effectively absorb the electrostatic energy, thus protecting the circuitry from potential damage.

The BSPH31000YPV device is a versatile and cost-effective solution for protecting microprocessors, data lines, logic ICs, and other types of sensitive electronics from voltage surges and excessive electrical noise. With its combination of superior protection, wide operating temperature range, and RoHS compliance, the device isideally suited for a variety of high-voltage applications.

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