HCPL-5300#100

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Optoisolators are electronic components used to transfer electrical signals in a way that prevents hazardous voltages from crossing boundaries between systems. The HCPL5300#100 is a type of optoisolator that is specifically designed to provide a high degree of isolation, performance, and reliability. It is a logic-output optoisolator that provides a logic-level output in response to an active-high, CMOS input signal.

The HCPL-5300#100 optoisolator is constructed with a dual in-line package that is compatible with automated assembly processes. It features an LED input signal and a phototransistor output. The LED is driven by a CMOS logic signal and emits infrared radiation. The radiation is picked up by the phototransistor and outputted as a logic-level signal. All operating supplies are internally regulated and the optoisolator is designed so that input and output are completely isolated.

With its high degree of immunity to noise and overload, the HCPL-5300#100 is ideal for applications involving battery-powered equipment, harsh environmental conditions, and signal transmission across system boundaries. Its low driving current is ideal for controlling signals in low-power microprocessor systems. The optoisolator also has a low temperature coefficient, which ensures proper operation at high temperatures. As a logic-output device, it is especially well-suited for controlling various digital signals such as pulse width modulation signals, contact signals, and switching signals.

The HCPL-5300#100 is a highly reliable optoisolator that provides outstanding performance and immunity to noise and overload. Its low power consumption and low temperature coefficient make it ideal for applications in battery-powered systems. Additionally, its logic-output design ensures reliable signal control and prevention of hazardous voltage crossings between systems. It is the perfect solution for applications involving battery-powered equipment, harsh environmental conditions, and signal transmission across system boundaries.

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