ADS8326EVM-PDK

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The ADS8326EVM-PDK Evaluation Board from Texas Instruments is designed to provide system designers with a versatile platform for evaluating and testing their analog-to-digital converter designs. This board offers an efficient way to test and evaluate a wide variety of different ADC ICs and is capable of measuring a range of signal types from thermocouples, temperature sensors, potentiometers, and other analog sources. It features an onboard 3-channel differential input-multiplexer, 8-bits of resolution for single-ended and differential measurements, on-board digital-to-analog converters, power-to-signal conditioning circuits, and a range of signal connectivity options.

The ADS8326EVM-PDK\'s application field includes automotive, industrial, telecom, consumer, medical, instrumentation and other applications. It is ideal for use in high-speed mixed-signal applications where noise and resolution are critical factors. Additionally, the ADS8326EVM-PDK is well suited for applications such as smart energy metering, automotive, control systems, and white goods applications.

The ADS8326EVM-PDK offers a range of features that make it an ideal platform for evaluating ADC ICs and high-speed analog-to-digital conversions. It includes a differential signal multiplexer, 8-bit resolution for single-ended and differential measurements, on-board voltage reference, adjustable gain and offset, various analog-to-digital converter reference clocks, up to 8-channel analog input/output, and power-to-signal conditioning circuits. This board is designed for easy integration into a wide range of applications, from a simple voltage divider to complex multi-channel systems.

The working principle of the ADS8326EVM-PDK is simple yet effective. The board combines a variety of components that together form an effective analog-to-digital conversion. The input signal is first multiplexed by the differential signal multiplexer. Then, the signal is passed to an internal amplifier to condition the signal prior to analog-to-digital conversion. After the signal is amplified, it is sent to the on-board digital-to-analog converter for conversion. Finally, the converted signal is output to the user\'s preferred destination. This entire process occurs in a fraction of a second and can be used to measure a wide range of signals from thermocouples, temperature

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