RB876WTL Discrete Semiconductor Products

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Diodes are electronic components that allow current to flow in only one direction. Rectifiers are used to convert alternating current (AC) to direct current (DC) so that DC devices can be powered. Rectifier arrays are integrated circuits that have multiple interconnected rectifier diodes. They are used to filter and convert multiple input signals into one output. The RB876WTL is an example of a rectifier array used in a variety of commercial and industrial applications.

The primary application of the RB876WTL is power supply regulation. The array has a maximum reverse voltage of 6.8V and a forward voltage of 0.9V. This makes it ideal for controlling the current in applications ranging from battery chargers to data communications systems.

The RB876WTL also has a high-speed switching capability and low ON-resistance that makes it suitable for noise reduction applications. It can suppress spikes that occur in high-speed digital circuits, which helps to protect connected components from damage caused by electromagnetic interference.

The working principle of the RB876WTL is based on the diode rectifier array. In a diode rectifier array, multiple diode pairs are connected in parallel to form an electrical bridge. The diode pairs are connected in different directions so that they block current flowing in opposite directions. When an AC voltage is applied to the array, the rectifier diodes form a bridge that is capable of converting the alternating current into direct current.

The RB876WTL also includes two series-connected reverse current blocking Schottky diodes that act as a voltage clamp. This helps to protect connected components from damage caused by high voltage transients. The array also has an ESD protective resistor that helps to reduce the effects of electrostatic discharge.

Overall, the RB876WTL rectifier array is a versatile solution for a range of electronic applications. It can be used in a variety of power supply, noise reduction and ESD protection applications. Its features make it suitable for both commercial and industrial uses, making it a popular choice among circuit designers.

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