LTC2335CLX-16#PBF

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Data Acquisition - Analog to Digital Converters (ADC)

LTC2335CLX-16#PBF is a 16-bit, high-speed, sigma-delta analog-to-digital converter (ADC). This ADC has a 10MHz 1.8V/2.5V/3V input, an 8MHz serial output, a 70uA current consumption, and a remarkably high 76.5dB SNR. With this combination of features, the LTC2335CLX-16#PBF offers significant advantages in terms of low power consumption and high performance.

The LTC2335CLX-16#PBF is designed for a wide range of applications such as industrial process control, embedded monitoring of temperature, pressure and other physical measurements, medical diagnostics, or any other application requiring high accuracy data acquisition. It accepts input signals up to 10MHz, allowing users to measure wide and dynamic range signals accurately over a wide range of frequencies.

With its 80dB rejection of rare form of differential noise, the LTC2335CLX-16#PBF provides improved tolerance to noise compared to conventional ADC designs. This improved tolerance is important for applications that require an AC-coupled input, such as AC motor current measurement.

In order to better understand how the LTC2335CLX-16#PBF works, we need to start with a brief explanation of the basics of ADC signaling. ADCs are devices that convert an analog signal, such as a voltage, into a digital representation of that signal. The ADC performs this conversion by sampling the analog signal, usually at a rate of tens or hundreds of kHz, and encoding the sample using a specific coding scheme.

The LTC2335CLX-16#PBF uses a Sigma-Delta encoding scheme which is an efficient and effective coding method for converting analog signals into digital values. The Sigma-Delta encoding scheme works by repeatedly oversampling the analog signal, converting each sample into a low-resolution digital value, and then using mathematical techniques to convert the low-resolution digital values into an accurate, high-resolution digital representation of the original signal. This method is significantly more efficient than other methods of ADC conversion, allowing for faster conversions and higher resolution results.

The LTC2335CLX-16#PBF has a wide range of features that make it particularly well suited for data acquisition applications. It has a 70uA current consumption and a 76.5dB SNR, allowing for higher accuracy readings than other ADC devices. It also has a 10MHz 1.8V/2.5V/3V input, allowing it to measure wide and dynamic range signals accurately over a wide range of frequencies. The device is designed to be directly compatible with microcontrollers, FPGAs and other types of controllers, making it easy to incorporate into existing systems.

The LTC2335CLX-16#PBF\'s sigma-delta encoding method of conversion makes it a great choice for data acquisition applications. The Sigma-Delta conversion scheme allows the ADC to quickly and accurately converts input signals into digital data. With its high SNR and low power consumption, the LTC2335CLX-16#PBF has all the features necessary for data acquisition applications.

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