XRD64L43AIVTR-F

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The XRD64L43AIVTR-F is an Analog to Digital Converter (ADC) device. This device is a dual-channel, low-power, low-noise 14-bit ADC converter with integrated voltage reference and temperature sensor.

The XRD64L43AIVTR-F features a sampling rate of up to 2.2 Msps on a single channel and 1 Msps when operating both channels at once. It is an excellent choice for applications requiring high sampling resolution, high dynamic range, and low noise. It has a wide operating temperature range of -40 to +85 °C.

The XRD64L43AIVTR-F is used in applications such as industrial process control and monitoring, automotive electronics, biomedical monitoring, and consumer electronics. It is suitable for a range of signal conditioning applications, including data acquisition, filtering, smoothing, and oversampling of signals. It can also be used to convert analog signals to digital, as well as to measure temperatures.

The XRD64L43AIVTR-F has three major components: a voltage reference, an analog-to-digital converter, and a temperature sensor. The voltage reference is used to provide a stable source of reference voltage for the ADC converter, which is necessary for accurate conversion of analog signals to digital. The temperature sensor provides a digital representation of the temperature of the device, which is useful for on-chip temperature monitoring and control.

The XRD64L43AIVTR-F operates on a single voltage supply and has a wide dynamic range. It features an integrated voltage reference and on-chip temperature measurement. It also features programmable gain and offset control, enabling it to accurately convert a wide range of analog inputs to digital. Further, the onboard temperature sensor ensures optimum performance in varying temperatures.

Overall, the XRD64L43AIVTR-F is a low-power and low-noise ADC product which offers high accuracy and wide dynamic signal range to meet the needs of various applications, including industrial monitoring, biomedical monitoring and consumer electronics. With its integrated voltage references and temperature sensor, it is the ideal choice for signal conditioning, data acquisition, temperature measurement, and temperature control.

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