VBO30-18NO7

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Diodes are electrical components which allow the current to flow in one direction. When it comes to bridge rectifiers, they are widely used to convert alternating current (AC) to direct current (DC) and thus, widely used in both industrial and commercial applications. The VBO30-18NO7 is also a bridge rectifier component and is widely used in a variety of applications. This article explicates the application field and working principle of the VBO30-18NO7.

Application Field of VBO30-18NO7

The VBO30-18NO7 is a bridge rectifier component that is specially designed for AC/DC power supplies, solar systems, automotive and industrial power control, SMPS systems, battery control systems and many more. Due to its high quality, small size, and wide applicable voltage range, it is highly preferred over the other rectifier components.

The VBO30-18NO7 is especially suitable for systems requiring stable, economical, reliable and high efficient power conversion equipment. Even in extremely harsh environment such as vibration and corrosion, the VBO30-18NO7 can still perform efficiently.

Working Principle of VBO30-18NO7

Being a bridge rectifier, the VBO30-18NO7 is composed of four diodes connected in a bridge configuration. It allows current to flow through it in one direction, from the anode to the cathode. This process can be initiated by a voltage applied either from the positive or negative side.

When the voltage is applied from the positive side, the diode connected to the positive side will be forward biased whereas the diode connected to the negative side will be reverse biased. This process will be repeated every alternating cycle of the AC voltage, also known as the peak fluctuation. As the AC current passes through each diode, a full-wave rectified output is generated; this output is then smoothed by the filter capacitor.

In a nutshell, the VBO30-18NO7 bridge rectifier is an important part of AC to DC power formula. It is designed to work efficiently in high-frequency, large-capacity electronic equipment, providing a highly efficient and economical power supply solution.

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