ACPL-W454-560E

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The ACPL-W454-560E optoisolator is a transistor-photovoltaic output device designed for applications that require high voltage isolation. This device offers a comprehensive feature set that allows designers to build robust, high performance systems. Its efficient design ensures that power consumption is minimized and reliability is maximized.

The ACPL-W454-560E employs a bipolar NPN transistor photovoltaic output stage that provides superior performance in terms of reliability and isolation from line-to-ground voltage. This transistor photovoltaic output stage ensures low propagation delays and high noise immunity. By using a bipoar NPN transistor, it also allows for a wide temperature operating range.

The ACPL-W454-560E works in a two-step process. In the first step, a small current passes through a photodiode and triggers a transistor on the output stage. This produces a larger current which is mapped onto the output pin for the final output. This two-step process allows for a fast response time and quiet operation.

The ACPL-W454-560E is commonly used in applications such as medical systems, industrial control systems, and automotive systems that require high voltage isolation. Its small size and low profile makes it ideal for high density systems. This device is also well suited for applications in harsh environments as it supports extended temperature ranges of -40°C to +85°C.

The ACPL-W454-560E is a robust high-performance optoisolator with a wide operating temperature range. Its transformer-based photovoltaic output stage creates an isolated voltage without the need for an extra power supply. This ensures maximum reliability and is perfect for applications that require high voltage isolation. The ACPL-W454-560E’s small size and low profile make it an ideal choice for most high density systems.

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