LTC2487IDE#PBF

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Data acquisition is an important process in a wide variety of industries, where accurate measurements must be taken to ensure consistent results. It is often too expensive or impossible to directly measure the physical quantity that is being monitored, and other methods must be used. To accomplish this, electrical signals are generated to act as proxies for the quantity of interest. These signals need to be transformed from analog to digital signals in order to be used by computers, and this is where Analog to Digital Converters (ADC) come into play. One such device is the LTC2487IDE#PBF, which is a high precision differential ADC with integrated digital error correction.

The LTC2487IDE#PBF is designed specifically for data acquisition applications, allowing it to take measurements with greater accuracy than other devices. Its differential input allows it to measure small differential signals while still rejecting large common mode signals. The onboard digital error correction makes the device even more reliable, as it can reduce errors due to amplifier non-linearities and other sources. The device is also low power, making it suitable for use in portable applications and battery-powered designs.

The LTC2487IDE#PBF also offers a wide dynamic range, making it suitable for applications where a large range of input signals must be measured. Its output is an 18-bit resolution, giving it extremely precise results with minimal noise. The device also features a low power standby mode, which can be used to conserve energy when the device is not in use.

The LTC2487IDE#PBF is easy to use, requiring only a single 3.5V to 5.25V power supply and a clock signal for operation. It has several configuration options, including the ability to adjust the full-scale range, as well as auto-calibration to ensure high accuracy. The device also features an integrated FIFO memory to store results when multiple measurements must be taken.

This versatile and reliable ADC can be used in a wide variety of applications, including industrial process control, energy management systems, automotive test and measurement, and medical diagnostics. It is especially suitable for applications that require precise measurements, such as scientific research, as its onboard digital error correction ensures accurate results. The wide dynamic range and low power consumption also make it ideal for battery-powered applications.

In conclusion, the LTC2487IDE#PBF is an ideal choice for any application that requires reliable and accurate data acquisition. Its differential inputs, digital error correction, and integrated FIFO memory make it suitable for a range of applications, while its low power consumption and wide dynamic range make it ideal for use in portable and battery-powered devices.

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