LTC2392CLX-16#PBF

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The LTC2392CLX-16#PBF is an analog-to-digital converter (ADC) designed to bring out the best performance in non-ideal data acquisition applications. It has 16-bit resolution, and is able to convert adjustable voltage ranges with accuracy. This means that signals that usually have a short lifetime can be captured and converted into digital values.

The LTC2392CLX-16#PBF provides a wide range of analog input ranges (2.83V to 5.5V full scale) for capturing data samples. It converts 16-bit digital codes with a signal bandwidth of up to 2.5 MSPS. It has a signal to noise ratio (SNR) of up to 126dB, and has a low noise of 7.5μVrms and 7nV/√Hz. This makes it suitable for use in noisy environments, and in applications such as medical imaging and industrial automation.

The LTC2392CLX-16#PBF is based on an interleaved pipeline architecture, which allows data to be acquired with a high sampling speed. This ADC can also be programmed to provide a range of gain levels, making it suitable for a variety of applications. It has an on-chip temperature sensor and reference, allowing accurate measurements across different temperatures.

The LTC2392CLX-16#PBF also features an on-chip differential amplifier, which helps to filter out extraneous noise from the analog signal. The low-power design of this ADC permits operation at temperatures ranging from -40°C to 85°C. This makes it ideal for applications such as patient monitoring and medical imaging.

In addition to its data acquisition capability, the LTC2392CLX-16#PBF also offers a low power operation of less than 7mW. This makes the device suitable for battery-powered applications, and its ability to provide 16-bit precision also makes it an attractive option for medical applications. The LTC2392CLX-16#PBF also has an on-chip memory that allows data samples to be stored.

The LTC2392CLX-16#PBF is a valuable tool for data acquisition applications. Its 16-bit resolution and high bandwidth of up to 2.5 MSPS make it ideal for capturing quick, noisy signals and converting them into digital values. Its advanced features, such as its programmable gain settings, on-chip temperature sensors and differential amplifier, also make it a great choice for applications requiring extremely accurate data performance. Finally, its low power operating characteristics make it a suitable option for battery-powered applications.

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