LTC2401CMS#PBF

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The LTC2401CMS#PBF is a Data Acquisition-Analog to Digital Converter (ADC) device designed, manufactured and marketed by Linear Technology, a subsidiary of Analog Devices. It is a 24-bit Σ-Δ ADC and allows for a variety of applications, ranging from medical to industrial, automotive, and instrumentation.

The LTC2401CMS#PBF has high DC accuracy, low current consumption and is effective from low-voltage operation levels. It has an integrated temperature sensor and a temperature-compensated voltage reference. Additionally, it has an onboard low-noise 2-pole low-pass filter for noise reduction and can accommodate input voltages as low as ±2 mV. It also includes a differential input mode with programmable gain from 2mV/V to 1024mV/V.

The LTC2401CMS#PBF has several application fields, depending on its designed purpose. It can be used in medical applications like medical imaging, EEG monitoring, and cardio monitoring. It finds use in industrial applications such as motor control, pumps, compressors, and servo position controllers. It can widely used in automotive applications like diesel engine and abs/traction control systems. It can also be used in instrumentation applications, like multi-channel data acquisition systems, process control systems, and I/O control card.

The maximum sampling rate of the LTC2401CMS#PBF is 500 kSps, and the temperature drift is 400 ppm/°C. This ADC has the ability to filter its input signal before performing a digital conversion process. The filter consists of an analog 2-pole low-pass filter that is used to remove unwanted frequencies from the input signal, thus allowing for a more accurate digital conversion.

The ADC can adjust the gain of the input signal before it is sent to the analog to digital conversion engine, allowing it to adapt to a wide range of signal amplitudes. The ADC can also accommodate both offset and gain errors, thus making it more accurate.

The working principle of the LTC2401CMS#PBF is based on the delta-sigma principles, which is also used in some other types of analog to digital converters. In this method, the input signal is converted by one or more analog to digital converters (ADCs) with a low-noise signal output.

The ADCs then send the signal to the delta-sigma modulator. The modulator takes the signal from the ADCs and performs operations to reduce the noise content. The signal is then sent to the digital signal processor where it is converted into digital data. The process is repeated until the desired accuracy is reached.

The LTC2401CMS#PBF is an extremely versatile device, suitable for a wide variety of applications. It has high accuracy, low current consumption and wide signal range, making it an ideal choice for many different applications. It is also cost-effective and easily customizable, making it an attractive choice when looking for an ADC.

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