ACSL-6210-50RE Isolators

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Optoisolators are devices used to transfer electrical signals in between circuits with different electric potentials. This is necessary in order to protect the sending circuit from harmful high voltages coming from the receiving circuit, as well as to minimize interference from external electrical signals. The ACSL-6210-50RE is a logic output optoisolator, providing high isolation of up to 4500Vrms and signal speeds of up to 25 Mbps. It is an ideal choice for isolating physical layer transmission, controlling multiple electronic actuators, and driving high current loads.

The ACSL-6210-50RE has four functional packaging styles to provide flexibility depending on specific application needs. The 5117 package is a molded plastic with a sensitive area of 1525 mm by a thickness of 1090 mm, while the FA package is a resin mold with an area of 1525 mm and a look of 2694mm. The PA package is a plastic molded package with an area of 1525 mm and a thickness of 1219 mm, while the SB package is a monolithic assembly with an area of 1525 mm and a thickness of 1020 mm.

The optical and electrical characteristics of the ACSL-6210-50RE are tailored for optimal performance when used in industrial applications. In terms of its optical characteristics, its rated optical input power is 100 mW, its optical rise time is about 2.20 μs and its optical receive sensitivity is 50 μW/m. Additionally, the working temperature range of this device is -40 to 85°C.

The ACSL-6210-50RE is made up of three main components, each with a specific purpose. The first is the light-emitting diode (LED), which acts as the sending portion of the optoisolator and is used to convert the logic signals from the first electric circuit into light signals. The second component is a photo-coupler or photodetector, which is responsible for receiving the light signals and converting them into electrical signals in the second electric circuit. Lastly, the third component of the ACSL-6210-50RE is the Base Terminal, which acts both as a power supply connector for the LED, as well as an output interface for the photodetector.

The working principle of the ACSL-6210-50RE is dependent on these three components. When a logic signal is sent into the LED portion of the optoisolator, it is converted into an optical signal and transmitted to the photodetector. Upon receiving the optical signal, the photodetector converts it into an electrical signal with equal and opposite logic state to the one sent. This electrical signal is then outputted through the base terminal, allowing the signal to be received by the second electric circuit and used as desired.

Overall, the ACSL-6210-50RE is an ideal choice for a variety of industrial applications due to its durable packaging and excellent optical and electrical characteristics. Its high isolation allows unwanted external signals to be blocked while its logic output feature allows it to be used in a wide range of applications. In addition, its easy to use design and working principle make it an ideal choice for projects involving transmission, electronic actuator control, and driving high current loads.

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