VBO125-08NO7

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A bridge rectifier is a type of diode with 4 terminals used to rectify current by converting AC current into DC current. The VBO125-08NO7 is a type of bridge rectifier with a column shaped metal case encapsulating 4 glass passivated diodes in a compact package. It is designed for high frequency switching power applications, typically with voltage ranges of up to 800V, current ratings of up to 18A and with a maximum junction temperature of 175°C.

The VBO125-08NO7 bridge rectifier uses a unique package which is easy to assemble, inspect and point to point mount. It also features a very low thermal resistance between the terminals and its heatsink for maximum efficiency and cooling. The metal case also dissipates heat more quickly and effectively which makes it ideal for high frequency rectification.

A bridge rectifier is composed of two positive and two negative diodes connected together in a bridge configuration. When an AC voltage is applied to the bridge rectifier, current only flows in one direction through each diode as it alternates between its positive and negative states. This causes the current to be converted from AC current to DC current in a process called rectification. The VBO125-08NO7 has a low turn-on voltage allowing for fast switching and excellent regulation characteristics.

The VBO125-08NO7 is commonly used in applications such as Motor Control, Lighting, Audio Amplification, Power Supplies and more. It is ideal for switching power applications due to its high voltage and current ratings, low turn-on voltage and it\'s low thermal resistance. It is also very efficient in heat dissipation and boasts a long service life.

Overall, the VBO125-08NO7 bridge rectifier is an effective and reliable component for use in switching power applications. It is designed to deliver optimal performance and is easy to assemble and mount.The high voltage, current and temperature ratings ensure it can handle high frequency currents without fail while the low turn-on voltage and low thermal resistance ensure maximum efficiency and cooling. As such, it is the preferred component for many switching power applications.

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