BSPH2A48D48LV

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TVS - Mixed Technology is a lineup of state-of-the-art electronic circuits specially designed for protection against trans-electrical overcharging. These devices are a combination of a Transient Voltage Suppressor (TVS) and a metal-oxide varistor (MOV). The blend of both technologies allows them to offer superior Transient Multi-Protection, mitigate load Current, and provide protection against surges and inductive kick-back. The BSPH2A48D48LV is one such application field and working principle that utilizes this unique modification.

The BSPH2A48D48LV incorporates a pair of gas-filled TVS (Transient Voltage Suppressor) and mixed-technology devices. These devices are connected in series to the semiconductor loads. The devices share a common anode which makes electrical connection and allows a signale pulse from the TVS to flow into the semiconductor loads. In the event of an overcharging or overloading of the semiconductor loads, the TVS provides additional capacitive protection to the load.

The gas-filled TVS has two primary characteristics which help it to provide protection against trans-electrical overcharging and inductive kick-back. These characteristics are the Pulsed Voltage Overstress (PVE) and the Dominant Wavelet Suppression (DWS). The PVE is capable of absorbing high voltage pulses and dissipating them with hardly any energy left at the end of the event. It is dependable in situations where the amount of electrical energy available is quite small.

The Dominant Wavelet Suppression meanwhile uses varying frequency characteristics to cancel out the predominant waveforms that lead to ESD, EFT, or lightning-induced events. This allows the DWS to dissipate the transient energy quicker and more efficiently than other MOVs or MOV-like transient-voltage-suppressors.

The BSPH2A48D48LV features a breakdown voltage of 48V and a maximum pulse current of 2A, and is also designed to mitigate load currents that may occur in the circuit. The device also provides added protection for circuits working under inrush or inductive kick-back events, and also prevents trans-electrical overcharging. As such, it can be used in various applications including automotive, industrial, lighting, and home appliances.

In terms of performance, the BSPH2A48D48LV offers reliable protection against trans-electrical overvoltages and surges superior to devices of its type. It is also capable of dissipating high voltage pulses and resistances of highly inductive loads due to its increased capacitance. Moreover, the device’s PVE allows for superior tolerances in the range of ultra-fast risetimes prevalent in modern circuits.

All in all, this BSPH2A48D48LV is a highly reliable and efficient protection scheme for circuits subjected to trans-electrical overcharging issues, inrush current, and inductive kick-back. The combination of TVS and MOV technology makes this device ideal for automotive, industrial, lighting, and home appliance applications. Additionally, the device meets several safety and performance requirements making it a popular choice for a range of applications.

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