LTC2463CDD#PBF

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Data Acquisition – Analog to Digital Converters (ADC), in particular, the LTC2463CDD#PBF, are vital components in many signal processing and control systems. In order to effectively convert an analog signal into a digital signal, engineers first need to have a good understanding of the application field and working principle of the LTC2463CDD#PBF device when undertaking this task.

The LTC2463CDD#PBF from Linear Technology is a low power, 24-bit, 8-channel analog-to-digital converter with differential input stages. It is designed to convert over a wide temperature range, -40°C to +125°C, and convert up to 8 different analog signals with exceptional precision. Each of the differential inputs can range from -2.2V to +2.2V, making the LTC2463CDD#PBF a versatile and reliable data acquisition devices for a broad range of applications.

The principle of operation for the LTC2463CDD#PBF begins with the device’s CMOS circuitry that is activated by an enable signal. This causes the device to perform an analog-to-digital conversion and to detect a single-ended analog voltage or a differential input or both. When the enable signal is removed, the device’s CMOS circuitry is deactivated, thus returning the circuitry to its low-power, quiescent state.

The device is designed to operate at data rates up to 5.2MSPS, allowing it to measure signals up to the Nyquist limit and beyond. The nanosecond-range sampling times enable it to measure signals with high frequency and low duty update cycles, such as pulse waveforms, without any additional components. The device can perform complex low-noise, high-performance analog-to-digital conversions using two differential inputs with dynamically adjustable gains.

To increase the dynamic range of the device, it also features the patented LTC Differential Element-Integrating Technique (DEITM), which offers up to 30dBc (decibels referenced to the carrier) of dynamic range. The DEITM embodies a unique differential integration technique applied to the output of a dual 10-bit differential inputs, improving the total harmonic distortion performance of the device. The DEITM also resolves harmonic distortion from input signals and increases the noise-immunity of the device, eliminating the need for excessive noise filtering.

The LTC2463CDD#PBF analog-to-digital converter is able to convert both low-level and high-level analog signals, making it a versatile choice for a broad range of applications. This includes industrial systems and equipment, medical equipment, telecommunications systems, avionics, and other electronic equipment that require accurate and reliable data acquisition. The device can also be used in precision measurement systems and in wide band audio applications.

The LTC2463CDD#PBF is a very versatile device that provides the user with the ability to perform a variety of analog-to-digital conversions with exceptional precision. Its wide temperature range, dynamic input range, and integrated DEITM technology make this device a reliable choice for a range of applications. It is a vital component of many signal processing and control systems.

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