CS5012A-BL7Z

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Data Acquisition – Analog to Digital Converters (ADC) is a vital device utilized to convert analog signals into digital equivalent signals. Beginning from the very small and end in the very high, today’s Analog to Digital Converters are accessible with a wealth of resolutions, conversion speed, input types and channel counts. CS5012A-BL7Z ADC is a servo amplifier with its own embedded microprocessor fitted ADC. It is designed explicitly to be used in applications that require precise data acquisition with higher sampling rate and resolution.

Application Fields

In circumstances that require precisely controlled voltages or currents at the output, the CS50 series is an ideal choice for the application of closed-loop servo control. This series have proved its sustained functionality on applications related to transducer interface, instrumentation, or any critical position or speed control systems. This series is suitable mostly due to its high resolution, high sampling rate and low latency. Therefore, the CS50 series is indeed appropriate for many kinds of motion control applications like robotics, drones, and vehicles.

Working Principle

The CS5012A-BL7Z ADC have a built-in high-speed 32-bit microprocessor which high-speed amplifier input samples data at 20 bits (2.9Msps). The high-speed processing augments stability and accuracy to the application-specific control system. The exceptional clock synchronization of the device ensures that the digitized output is extremely precise with insignificant jitter and eliminating transcription errors. This servo amplifier ADC is coupled to the synchronization clock of the sensor that is obtaining the analog signal, hence providing a low-latency, high-speed data acquisition with optimum accuracy.

The ADC consists of a low-pass filter that animates the analog input data to a 20-bit resolution register plus a range of gain and offset adjustments. By concurring with the specific application, these adjustments can facilitate the output stability in terms of proportion. The amplifier also has a computation unit that solicits and employs algorithm to attain the desired setpoint, ensuing position and impedance control.

As an added feature, the device is provided with protective hardware interface allowing it to operate in harsh environmental conditions. It has a loading current of 33uA, which makes it suitable for the applications where low-power and increased data resolution are required.

Conclusion

To conclude, CS5012A-BL7Z Analog to Digital Converter is a uniquely designed ADC owing to its high resolution, low latency, high sampling rate and low-current loading performance, making it a feasible choice for many applications related to data acquisition and closed-loop servo control.

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