ACPL-268KL-200 Isolators

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Optoisolators are electronic elements that use light to isolate electrical circuits. It can be divided into two main categories: circuitry with signal output and circuitry with logic output. One example of the latter is the ACPL-268KL-200 optoisolator.

The ACPL-268KL-200 optoisolator makes use of a dual Darlington output circuit to transfer logic signals between two different systems. It is made up of an 8-pin dual-in-line package (DIP), which is widely used in various industrial, automotive, consumer and light commercial applications. The ACPL-268KL-200 optoisolator is specifically designed for isolating the logic level signals between two electrical systems with space or power constraints. It is easily integrated into existing systems without the need for additional components.

The ACPL-268KL-200 optoisolator features a typically wide logic control voltage range of 4.5V to 40V. The jitter performance is typically low, which makes the optoisolator well-suited for applications that require very high accuracy and precision. The device is also lead-free and RoHS compliant for increased safety and reliability. ACPL-268KL-200 comes with a high operating temperature of up to 85°C, making it suitable for both industrial and commercial applications.

The optoisolator works based on the principle of photocoupling. Photocoupling always consists of two elements, which are an input diode and an output diode. The input diode in the optoisolator is triggered by an electrical signal and emits light. The output diode contact receives this light, which is transformed back into an electrical signal according to the type and level of the input signal. In the ACPL-268KL-200 optoisolator, this electrical signal can be used to transmit logic level signals between two electrical systems.

The typical applications for the ACPL-268KL-200 optoisolator include computer peripheral boards, data transmissions systems, power conversion systems, and automotive networks. The device is very reliable when it comes to data transmission in systems that require very high levels of accuracy and precision. It is also very useful in applications where two electrical systems need to be electrically isolated while still being able to transmit logic signals. The active-low offset voltage and output capability of the device also make it easier to use for switching applications.

The ACPL-268KL-200 optoisolator is an excellent example of a device with logic output that is suitable for use in a variety of applications. Its wide input/output logic voltage range and low jitter performance make it ideal for applications that require very high accuracy and precision. Its lead-free RoHS compliance also increases its reliability, while its 85°C operating temperature makes it perfect for industrial applications. The device is also quite reliable when it comes to transmitting logic signals between two different electrical systems.

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