LTC2484CDD#TRPBF

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Data Acquisition - Analog to Digital Converters (ADC) are crucial pieces of hardware used in signal acquisition and signal processing applications. The type of ADC chosen for a signal acquisition system can be determined by looking at various design factors such as resolution, sampling rate, power consumption, speed, linearity accuracy, digital error correction algorithms, and noise. One of the most efficient and versatile ADCs for signal acquisition applications is the Linear Technology\'s LTC2484CDD#TRPBF.

The LTC2484CDD#TRPBF is a 24-bit, delta-sigma-based, voltage-input ADC with integral high accuracy, low-drift references. It features 26-bit sampling accuracy and low power consumption at just 5.1 mA on a 5 V supply. Its high-speed sampling rate of 1.85 MSPS and low voltage noise of 9.7 µVRMS make it ideal for a wide variety of signal processing and data acquisition applications.

This device also features a differential real-time offset and gain adjust registers to allow for offset and gain settings that do not need to be adjusted after the part is installed. This makes the LTC2484CDD#TRPBF a great choice for applications where high linearity accuracy and low-noise operation is essential.

The LTC2484CDD#TRPBF can be used for many signal acquisition applications, including medical imaging, industrial automation, embedded measurement systems, and telecommunications. It is also well suited for a wide variety of data acquisition applications, such as thermal system analysis, environmental monitoring, and electrical power monitoring.

In addition to the high performance of the LTC2484CDD#TRPBF, the device is also easy to integrate and use. Its triple power supply design allows for direct connection requirements to 5 V, 2.5 V and 1.8 V supplies. It also features enable/shutdown control, flexible voltage scaling, and external reference bypass.

The LTC2484CDD#TRPBF features a self-calibrating architecture which eliminates the need for complex calibration algorithms. This architecture maintains high linearity accuracy over temperature and process variations as well as long-term reliability. It also features an error correction circuit which is capable of detecting, storing, and correcting errors due to various causes, such as noise, power supply ripple, and field interference.

Overall, the Linear Technology\'s LTC2484CDD#TRPBF is an excellent choice for a wide variety of signal and data acquisition applications. It features high performance, low power consumption, and flexible integration, making it ideal for design engineers seeking to optimize performance in demanding applications.

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