ADS114S06IPBSR

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Analog to Digital Converters (ADC) are electronic devices that convert electronic signals consisting of a continuous range of analog values into digital values. Since many common signals such as temperature, voltage, and sound are analog in nature, ADCs are essential components in any system that relies on collecting and analyzing such data. Common applications for ADCs include medical imaging and sensory-driven robotics. The ADS114S06IPBSR Analog to Digital Converter is a low power 12-bit simultaneous sampling battery-powered ADC featuring a miniaturized low-power package and a wide operating temperature range. With its wide operating range and low power consumption, the ADS114S06IPBSR is ideal for applications such as medical sensing, motor control, and mobile wireless communication systems. The ADS114S06IPBSR was designed to facilitate low-power consumption and accurate low-cost ADC data conversion. It is designed to consume low power while providing a wide range of input voltages with a wide operating temperature range. In addition, it is built on a lead-free/green compliant platform, thus making it even more environmentally friendly. The ADS114S06IPBSR utilizes an input expansion amplifier that allows for high sampling rates, low noise, and low distortion. The nickel-complete capacitive input also helps reduce system power consumption, making the ADS114S06IPBSR an ideal choice for power sensitive applications. The included DAC provides excellent data conversion resolution allowing it to be used in high accuracy measurement applications. The onboard DAC and ADC allows for input voltages to be converted digitally and output onto a direct current (DC) line. In addition, it has a built-in offset correction algorithm that automatically adjusts the ADC’s output based on the difference between the applied input voltage and the standard logic supply voltage.The ADS114S06IPBSR also includes a software-controlled power management interface that helps reduce system power consumption. This interface, along with the built-in offset correction algorithm, is designed to help improve the accuracy of the conversion by reducing random errors caused by analog-to-digital conversion. The ADS114S06IPBSR also features an integrated temperature sensor for accurately measuring the ambient temperature of the system in order to adjust the ADC’s voltage reference levels to optimize the operation and accuracy of the ADC.Overall, the ADS114S06IPBSR is an excellent choice for applications requiring low-power, low-cost, accurate data acquisition and conversion. Its wide operating temperature range, integrated temperature sensing, and low-power consuming design make it ideal for medical sensing, motor control, and mobile wireless communication systems.

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