XRD87L99AIQ

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Data Acquisition - Analog to Digital Converters (ADC) has evolved dramatically over the last few decades as more advanced digital technology has become available. The XRD87L99AIQ is one such application field and working principle. This application field and working principle offers a high-precision, low-power, cost-effective data acquisition solution for a wide variety of applications.

The XRD87L99AIQ Application Field and Working Principle is an embedded processor-based analog-to-digital Converter (ADC) optimized for high performance, low-power consumption, and high channel count. The main features of the XRD87L99AIQ include a high-performing 16-bit sigma-delta ADC, an 8-channel Spread-Spectrum Clock Generation Module (SSCGM) for data acquisition, an Ultra-Low Power Interface IC (ULPI IC) for control and programming, and an internal 16-bit or 32-bit microcontroller for program instruction execution. Additionally, the XRD87L99AIQ has built-in analog and digital temperature compensation, temperature calibration, and automatic gain control (AGC).

The application field and working principle of the XRD87L99AIQ are focused on providing a reliable and suitable data acquisition solution for a wide range of applications, including sensors, industrial, metering and medical. In sensors and industrial applications, the XRD87L99AQ is well suited for precision data acquisition in low-power and low-noise applications. In metering and medical applications, the XRD87L99AQ excels in precision high-speed data acquisition while providing enhanced application immunity to RFI and EMI.

The working principle of the XRD87L99AIQ is based on a sigma-delta architecture. In this architecture, an analog signal is sampled at regular intervals, and a digital signal is computed and output. The sigma-delta architecture is suitable for low-power, high-speed and high-resolution data acquisition, due to its low-power consumption. Additionally, the XRD87L99AIQ embeds an 8-channel Spread-Spectrum Clock Generator Module (SSCGM) for data acquisition and an Ultra-Low Power Interface IC (ULPI IC) for control and programming.

These features enable the XRD87L99AIQ to provide precise, low-power and high-channel data acquisition for a wide range of applications. Moreover, the XRD87L99AIQ\'s built-in temperature compensation and calibration allow it to maintain accuracy and stability over a wide range

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