LTC1864LIMS8#PBF

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The LTC1864LIMS8#PBF is a low-power, sigma-delta Analog-to-Digital Converter (ADC) with an 8-bit resolution, operating on a single +5V supply. It is designed for applications such as data acquisition, telemetry, sensor signal processing, and other analog-controlled applications.

The LTC1864LIMS8#PBF features many features that make it a great choice for data acquisition applications, including a high signal-to-noise ratio, ultra-low power dissipation, and a wide signal bandwidth. The LTC1864LIMS8#PBF also features a temperature compensation algorithm to maintain high accuracy over temperature fluctuations.

The LTC1864LIMS8#PBF uses sigma-delta modulation technology to convert analog signals into digital signals with high-resolution accuracy. This technology uses a high-frequency signal that is compared against the input analog signal. The output of the comparison is then digitized, and the resulting digital values are used to generate the output digital signal. The sigma-delta modulation technique also allows for high-precision performance with low power consumption.

The LTC1864LIMS8#PBF includes many features that make it an ideal choice for data acquisition applications. These features include an on-chip digital filter to reduce noise and errors, a fast conversion time of 10µs, and a wide signal bandwidth of 2MHz. The LTC1864LIMS8#PBF also supports multiple analog input ranges, which makes it well-suited for many different types of applications.

The LTC1864LIMS8#PBF is designed to operate in either single-ended or differential input mode, which allows for applications requiring very accurate analog signal measurements. Moreover, the LTC1864LIMS8#PBF features an on-chip temperature compensation algorithm that ensures the accuracy of the analog signal measurements over a wide temperature range.

Overall, the LTC1864LIMS8#PBF is an excellent choice for applications requiring very accurate analog signal measurements. It is suitable for use in data acquisition, telemetry, sensor signal processing, and other analog-controlled applications. It has a wide signal bandwidth, a fast conversion time, and low power dissipation, making it ideal for applications requiring ultra-low power consumption.

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