LTC2411-1CMS#PBF

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Data Acquisition - Analog to Digital Converters (ADCs) offer the ability to take real-world signals and convert them into an appropriate digital format. A common form of ADC used today is the LTC2411-1CMS#PBF. This article will discuss the application fields and working principle of this ADC.

LTC2411-1CMS#PBF is a 26-bit delta-sigma ADC, making it ideal for high resolution and single-supply signal acquisition applications. It has 1.25V voltage reference, 63uV of resolution, 1ppm of gain nonlinearity, and supports up to 3 MHz sampling rate. This makes it well suited for a wide range of applications that require precision signal conversion. Industrial temperature monitoring, data logging, strain gauge measurements, and various other precision measurements are a few of the applications it’s good for.

The LTC2411-1CMS#PBF uses a delta-sigma architecture, which is ideal for low cost and low power applications. This architecture uses a simple loop consisting of an integrator, a digital-to-analog converter, and an analog-to-digital converter. The input signal is applied to the integrator, which sums the signal over time. The output of the integrator is then converted to a digital signal by the ADC, which is then fed back to the integrator to complete the loop. This loop allows the circuit to continuously measure and update the digital signal, ensuring continuous and accurate results.

In addition to its low power usage and accuracy, the LTC2411-1CMS#PBF also has a programmable gain amplifier. This allows a user to adjust the gain of the amplifier from 0 to 128, which can be important for applications that require different ranges of input signals. This makes the amplifier especially suitable for applications that involve measurements from strain gauges, temperature sensors, and other low power components.

The LTC2411-1CMS#PBF is designed to be used in a wide variety of signal processing applications, and offers a combination of low cost, accuracy, and low power usage. Its programmable gain amplifier makes it ideal for precision measurements, while its delta-sigma architecture makes it more power efficient than alternative solutions. This makes it a great choice for a wide range of applications, and makes it a standard solution for high resolution signal acquisition.

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