56.OA03.2426C

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OA03.2426C is part of a series of optical relays manufactured by Daedal Electronics. The series of relays offer low-current switching, high-speed response, excellent optical isolation, and compatibility with both digital and analog applications.

The OA03.2426C is designed for switching between two optical channels with varying light intensity. It operates using a pair of oppositely polarized channels that feed into the same output. The polarities of the two channels are inversely proportional, meaning that when the light intensity in one channel increases, the light intensity in the other decreases, and vice versa. This inverse nature is what allows the OA03.2426C to switch between two different signals.

The OA03.2426C is suitable for a wide range of applications, including medical imaging, scientific imaging, and industrial measurement. Its optical isolation offers reliability and accuracy for a range of process monitoring applications. For example, in medical imaging, the OA03.2426C can be used to measure light intensity and switch between two different x-ray sources for clearer images. In industrial measurement applications, the OA03.2426C can be used to measure light intensity and switch between two different sensors for more accurate readings.

The OA03.2426C also offers a number of other features that make it an attractive choice for many applications. It is compatible with a range of digital and analog interfaces, and is effective at keeping out interference from the environment. Its high-speed response time of 5ms also makes it suitable for use in applications where fast switching is required.

Another advantage of the OA03.2426C is its low power consumption. It can operate with low power supply voltages of 3V to 12V, with a minimum current of only 1mA. It also supports low signal losses thanks to its high-speed response, low power consumption, and optical isolation.

In summary, the OA03.2426C is an excellent choice for applications where precision and reliability are essential. Its low-current switching, high-speed response, excellent optical isolation, and compatibility with both digital and analog interfaces make it suitable for a range of applications, including medical imaging, scientific imaging, and industrial measurement.

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