ADC128S052EVAL/NOPB

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Analog-to-digital converters (ADCs) are electronic circuits designed for converting analog signals to digital signals. The ADC128S052EVAL/NOPB is an evaluation board for the ADC128S052, an ADC with 8-bit resolution, that supports an operating voltage range from 2.7 to 5.5 V. It is designed to support speed-optimized, zero-delay sampling modes up to 1.5 Msps, and it has a built-in reference and distortion cancellation architecture that reduces harmonic distortion.

Overview

The ADC128S052EVAL/NOPB evaluation board is designed to help users evaluate the ADC128S052. It provides access to all available pins and allows for direct probing of the device. The board also provides access to both infra-red (IR) SMA connectors for the digitally compensated ADC128S052. There are four IR SMA connectors used to access the four analog channel mux outputs of the ADC128S056. There are also two sets of “Pb-free” (lead-free) JEIDA compliant, female SMA connectors for connection to a high-speed multichannel oscilloscope and/or external digitizer.

Features and Benefits

The features and benefits of the ADC128S052EVAL/NOPB evaluation board are due to its use of the ADC128S052. It has an 8-bit resolution and supports an operating voltage range from 2.7 to 5.5 V. It is designed to support high speed-optimized, zero-delay sampling modes up to 1.5 Msps. It also has a built-in reference and distortion cancellation architecture that reduces harmonic distortion. Additionally, the board also features an onboard DC-DC power converter that eliminates the need for an external DC power supply, and the board also supports the use of external clock sources and multiplexers. These features allow the user to easily evaluate the performance of the ADC128S052.

Applications

The ADC128S052EVAL/NOPB evaluation board is designed to be used in a variety of applications. It is ideal for testing and evaluating the performance of the ADC128S052 in high-speed, high-resolution signal conversion applications. It can be used for medical imaging, robotics, machine vision, and audio/speech processing. It can also be used in industrial control applications, as well as in high performance data acquisition systems. Lastly, it can also be used in communications and military applications.

Working Principle

The ADC128S052EVAL/NOPB evaluation board works by taking a voltage input signal, such as from a microphone, strain gauge, or other sensor, and converting it into a digital signal. This process begins when a voltage source is applied to the board\'s input. The signal is then subjected to a gain stage, which increases the signal level to an appropriate value for the ADC. The signal is then filtered to remove noise and limited in order to prevent signal overflow. After the signal is converted to the digital domain, it is then subject to noise shaping to further reduce noise. Finally, the digital output is outputted for further analysis and/or processing. The whole process is transparent to the user and only requires basic knowledge of how the board is set up.

Conclusion

The ADC128S052EVAL/NOPB evaluation board is an excellent and easy-to-use tool for evaluating the performance of the ADC128S052 ADC. It provides access to all available pins and features an onboard DC-DC power converter that eliminates the need for an external DC power supply. It has an 8-bit resolution and supports an operating voltage range from 2.7 to 5.5 V. Additionally, the board also features an onboard DC-DC power converter and supports the use of external clock sources and multiplexers. The ADC128S052EVAL/NOPB evaluation board is ideal for testing and evaluating the performance of the ADC128S052 in high-speed, high-resolution signal conversion applications and can be used for medical imaging, robotics, machine vision, and audio/speech processing, as well as in industrial control applications and military applications.

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