LTC2376CDE-18#PBF

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Data acquisition relates to all aspects of data capture and is used in countless disciplines and industries in fields such who work with scientific procedures, engineering, medical and automotive. One of the processes of data acquisition is the conversion of an analog signal to a digital signal with the help of an analog-to-digital converter (ADC). When it comes to ADCs, the ‘LTC2376CDE-18#PBF’ is one of the best choices.

The LTC2376CDE-18#PBF is an ultralow-noise, 24-bit successive-approximation-register (SAR) analog-to-digital converters that provides excellent AC and DC accuracy for both unipolar and bipolar inputs. It can handle samples rates up to 3 MSPS with a conversion time of only 1.02 µs and exhibits very low offset and gain errors. The linearity and spurs specifications are also excellent and make it suitable for many high-performance applications. The operating range is from 4.5V to 5.5V with a maximum input voltage of ±VREF.

The LTC2376CDE-18#PBF integrates many features that provide the user with the ability to program the device according to their requirements. The controls set includes variable reference amplified as well as direct bypass reference with power-on reset, gain, unipolar/bipolar setting, full-scale range selection, and power mode. The flexibility of the device allows designers to optimize power consumption and performance. The device has built-in self-calibration circuitry and offers an adjustable digital filter for increased precision.

The LTC2376 is designed primarily for low-frequency analog inputs including industrial process control, temperature measurement and environmental measurements, where accuracy is essential. Other applications include strain gauges and bridge circuits, automotive sensors, general-purpose data acquisition systems, as well as audio and video production equipment.

At its core, the LTC2376 is a successive approximation analog-to-digital converter. The analog input is first converted to a digital representation using the successive approximation method. This approach involves sequentially approximating the input signal to the nearest possible binary value. Starting with the most significant bit (MSB), the converter compares the input voltage to a reference voltage and sets the corresponding output bit (MSB) accordingly. The comparison process is repeated until all bits have been determined. This process is repeated for each sample.

The LTC2376 also features a hardware-based fast settling filter that minimizes undesirable noise and helps in reducing latency time, which makes it suitable for high-speed data acquisition applications. There are also a variety of power modes which enable the user to select the power savings mode that best suits their application. This helps in reducing the overall power consumption and increases system efficiency.

In a nutshell, the LTC2376CDE-18#PBF is a high-performance, low-power, 24-bit analog-to-digital converter designed for applications requiring low-noise conversion, excellent accuracy and low power consumption. It comes with a variety of integrated features and is suitable for a wide range of applications from industrial process control to audio production. Its ultralow-noise design makes it an ideal choice for use in demanding environments, and its adjustable digital filter provides additional power savings and latency reduction.

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