LTC1863LIGN#PBF

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Data Acquisition - Analog to Digital Converters (ADC) are used for the conversion of analog signal to digital signal for further processing. The LTC1863LIGN#PBF is an example of a data acquisition ADC from Linear Technology. It is a highly accurate, low cost, 14 bit ADC designed for use in industrial and medical applications.

The LTC1863LIGN#PBF consists of a single monolithic integrated circuit that uses a two stage chopper-stabilization process to reduce the effects of drift, temperature, and nonlinearity errors. This makes the device suitable for applications such as medical diagnostics and instrumentation. This ADC has a temperature range of -40°C to +125°C and a sampling speed of 10MS/s. It is powered by a single +5V supply and has an average power consumption of under 1.5mW.

The LTC1863LIGN#PBF is a 14-bit flash analog-to-digital converter (ADC). It uses a 2-stage chopper-stabilization architecture to reduce drift errors and provide high accuracy. The ADC includes an offset voltmeter and a reference amplifier that are used to measure and apply various analog inputs to convert from analog to digital. It has a voltage reference range of 0V to +4.8V, a resolution of 14 bits, and a maximum sample rate of 10MS/s.

The user can select between the TWI (two wire interface), I2S, or SPI for communication and data transfer. An interrupt pin allows for external trigger of the conversion process. The LTC1863LIGN#PBF has a common-mode rejection ratio of 80dB, which makes it suitable for applications with noisy environments. The device also features a unique “self-calibration” feature that allows users to self calibrate the device in order to achieve accuracy as high as 0.5LSB over the full temperature range.

In summary, the LTC1863LING#PBF is a highly accurate, low cost, 14 bit ADC designed for use in industrial and medical applications. It uses a two-stage chopper-stabilization process to reduce the effects of drift, temperature, and nonlinearity errors. It has a voltage reference range of 0V to +4.8V, a resolution of 14 bits, and a maximum throughput of 10MS/s. Furthermore, the device offers an interrupt pin, a common-mode rejection ratio of 80dB, and a self-calibration feature for better accuracy.

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