VS-26MB80A

The VS-26MB80A bridge rectifier is widely used in commercial and residential power distribution systems and meets the requirements of safety and reliability. The main application field of this type of diode is to convert alternating current (AC) to direct current (DC). Other main applications include DC-DC conversion and rectification of heating elements.Working principle of the VS-26MB80A Bridge Rectifier:The VS-26MB80A bridge rectifier consists of four diodes wired in such a way as to form a bridge. It is made up of 4 diodes which are arranged in a bridge configuration as shown below. The two input terminals of the bridge connected to the AC supply are labeled A and B, while the two output terminals connected to the DC load are labeled C and D. When an AC source is connected to the two input terminals, A and B, current flows through the diodes in the direction of the arrows represented in the diagram above. When the positive half cycle of the input voltage is applied to the two input terminals, two diodes (D1 and D3) are forward biased and the other two are reversed biased, so the current only flows through these two diodes. During the negative half cycle of the voltage, the two reversed biased diodes (D2 and D4) become forward biased and the other two reversed biased, so current flows through the other two diodes. In this manner, the AC is converted to DC, thus rectifying the AC signal.The VS-26MB80A bridge rectifier has a peak forward current of 80A and a peak forward voltage of 600V. The peak reverse voltage it can withstand is 400V and it has a blocking voltage of 1000V. It is also equipped with an ultra-low forward voltage drop and an ultra-low power consumption of 0.75 watts. It has a high temperature resistance and is suitable for use in high temperature environments. The VS-26MB80A Bridge Rectifier also has an optimized seismic design and is suitable for use in areas with frequent earthquakes.Overall, the VS-26MB80A Bridge Rectifier is a reliable, safe, and efficient device that is widely used in many commercial and residential power distribution applications. It can convert AC to DC signals without causing any distortion and is also suitable for various DC to DC conversion systems. With its high thermal resistance and optimized seismic design characteristics, it can provide reliable and durable performance in high temperature and earthquake prone areas.