ACPL-C799-500E

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Data acquisition involves activities that collect and log information. This may encompass a variety of different tasks, methods, and technologies, but the ultimate goal is to obtain accurate data as quickly and efficiently as possible. One type of data acquisition technology is an ADC/DAC, and the ACPL-C799-500E is a specialized model of these produced by Avago Technologies. This article will explain the application field and working principle of the ACPL-C799-500E.

Applications of the ACPL-C799-500E

The ACPL-C799-500E is a low-voltage differential signal (LVDS) receiver. It is a device that helps convert input signals into those that can be used by digital systems. The ACPL-C799-500E can convert signals that travel up to 1Mbps, making it particularly suitable for applications requiring high speed transmission, such as in networking, streaming media, and other data-intensive applications.

It is also designed for high noise immunity, meaning that it can function reliably even in loud or otherwise noisy environments. Additionally, the ACPL-C799-500E is designed to work with low voltage, making it suitable for integrated data processing systems, as well as those requiring protection from electric shocks. Finally, its temperature range of -40°C to +105°C makes it well-suited for audio and video applications which may be exposed to extremely hot or cold temperatures.

Working Principle of the ACPL-C799-500E

The ACPL-C799-500E is a differential receiver that operates on the principle of differential signaling. This method of signaling works by sending two signals through a pair of wires at the same time, one in the form of an inverted signal. The device then converts the signals back into separate ones, eliminating any noise or interference that may have affected the signals in transit. The two signals are then compared, allowing the device to identify the intended meaning of the transmitted data.

This method of communication offers several advantages over single-end or single-ended signaling. By relying on two signals instead of one, differential signaling is better able to handle noise and interference, as well as transmission speed. By comparing the two signals, it can also maintain a consistent level of accuracy without the need for a separate reference signal. Finally, its timing is more precise and consistent than that of single-ended signaling.

Conclusion

The ACPL-C799-500E is a specialized LVDS receiver from Avago Technologies. Its most notable characteristics are its ability to operate at high speeds and its high noise immunity. It is capable of converting signals that travel up to 1Mbps and is designed to work with low voltage. Furthermore, its temperature range of -40°C to +105°C makes it suitable for demanding audio and video applications. The ACPL-C799-500E operates on differential signaling, which offers several advantages over single-ended transmission, including improved accuracy, better noise immunity, and higher transmission speed.

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