ADS8910BEVM-PDK

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Analog to digital converters (ADCs) are electronic devices that convert analog signal into digital format signals so that they can be used by computer systems or digital circuits. The ADS8910BEVM-PDK is an evaluation kit for Analog Devices\' high-performance 12-bit ADS8910 analog-to-digital converter. This kit provides a comprehensive platform for the evaluation and development of low-power industrial sensing and data acquisition applications.

The ADS8910BEVM-PDK is intended for use by system designers and others who want to evaluate the performance of the ADS8910 device and to quickly develop their own systems based on the device. It provides a development environment that includes all the necessary components and layout information to facilitate the development of a board-level design. It allows the user to quickly and easily set up the environmental conditions for the ADS8910, including temperatures, input signals, and clocks.

The ADS8910BEVM-PDK is suitable for use in many applications including industrial control, process control, motion control, data acquisition, and instrumentation. Its key features include an operating voltage range from 5V to 18V, an input frequency range from dc to 100 kHz, a max sampling rate of 250 ksps, and a 12-bit resolution for excellent dynamic performance. Additionally, the device features a low power consumption of only 3 mA, and a low offset of ±1 mV, making it suitable for low-power applications. The ADS8910BEVM-PDK also includes a number of on-board test points and mounting holes to make it easy to integrate into any system.

The onboard architecture of the ADS8910BEVM-PDK allows it to be configured as either a single-ended, differential, low noise, or differential high voltage input device. When configured as a single-ended ADC, the ADS8910 provides excellent dynamic range for a wide range of analog input signals and can be used for AC or DC measurements. The onboard architecture also allows the device to be configured as a voltage comparator for applications that require signal comparison capabilities.

The ADS8910BEVM-PDK also includes a digital peripheral interface that allows it to communicate with other embedded systems, such as microcontrollers, to permit the ADC to be integrated into a larger system. The on-chip data capture logic is also capable of synchronous capture of data from multiple channels, which simplifies the data acquisition process. Additionally, the onboard low-pass filter reduces the impact of noise on the input signal, while the on-chip temperature sensor allows the user to easily monitor and control the device’s operating temperature.

The ADS8910BEVM-PDK is an easy to use and powerful evaluation platform for the ADS8910 ADC. Users of the device will appreciate the comprehensive design of the evaluation kit, as well as its performance capabilities and ease of use. The device’s onboard features, such as its low power consumption, low noise, and temperature sensing capabilities, make the ADS8910BEVM-PDK an ideal solution for low-power industrial sensing and data acquisition applications.

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