BAW56-7 Discrete Semiconductor Products

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The BAW56-7 is a dual series-connected diode array that comprises two discrete elements which have a common anode. It is a low voltage and low-power-loss diode array that is used in rectifier circuits and other power switching applications. The BAW56-7 is effectively two high-efficiency Schottky barrier diodes connected in series, allowing for a high degree of current-handling capability and good thermal characteristics. The device is typically used in power rectifier circuits, such as AC-DC conversion in computer power supplies, frequency converters and other power switching designs.

The BAW56-7 is a dual-series-connected diode array, which means that two independent diodes are integrated on a single package. Both the anode and the cathode terminals of the BAW56-7 are externally accessible, allowing for one chip to be used as a dual diode. The high-percentage series-connected combination of the BAW56-7 creates an effective increase in rectification efficiency, which results in a reduced forward voltage drop.

The BAW56-7 is designed for applications that require high current-handling capabilities and low reverse capacitance. The device\'s Schottky diodes provide high surge current capability and low forward voltage drop, making it an ideal choice for rectifying high-voltage AC signals and providing DC isolation. The diode array also is capable of handling up to a 5-amp continuous current at 10VDC and has a reverse voltage rating of 5V.

In addition to rectifying signals, the BAW56-7 is frequently used as an alternator protection system. The device is designed to detect a sudden rise or fall in the alternator \'s AC voltage and switch off the circuit in less than one-quarter of a second. Its fast switching time makes it highly suitable for the protection of electrical circuits from common power alternator faults, such as bad connections and over-voltage situations.

The BAW56-7 features excellent surge current-carrying capacity and minimal forward voltage drop. It is designed to provide improved temperature stability, enhanced frequency response and low operating losses for improved system reliability. Overall, the BAW56-7 is an efficient and reliable solution for rectifying DC and alternating current signals from high-input voltages.

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