LTC2483IDD#TRPBF

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The LTC2483IDD#TRPBF is a high performance, 16-bit resolution, 4-channel simultaneous sampling analog-to-digital converter (ADC) designed by Linear Technology Corporation (LTC). It is a low-power, low-cost and high-accuracy ADC perfect for use in a variety of data acquisition applications.

The LTC2483IDD#TRPBF uses a proprietary four channel differential-input architecture to provide high performance. It is capable of simultaneously sampling four independent differential analog inputs and converting them to digital output data. Each input channel can sample ranges from +/-20mV to +/-80V with a 16-bit resolution and a 50kHz-16MHz conversion rate.

The LTC2483IDD#TRPBF is well-suited for data acquisition applications including biomedical systems, alternative energy systems and industrial perceptive systems. The robust performance, high resolution, wide dynamic input signal range, fast throughput and low power consumption make it ideal for sensors with incompatible signal ranges or signal levels.

The LTC2483IDD#TRPBF works by beginning with the analog signal which is inputted into the ADC. The on-chip sample and hold circuits capture and store the analog signal in a holding capacitor. The stored analog signal is then transferred to the input one bit at a time through the Digital to Analog Converter (DAC). The feedback loop continually updates the DAC until the input signal and output signal match. The result is a single digital representation of the original input signal that is outputted from the converter.

In addition, the LTC2483IDD#TRPBF offers numerous integrated functions that provide enhanced performance and ease of use. These features include programmable gain, bit selection, offset registers, temperature measurement, temperature-to-digital conversion, temperature compensation and programmable gain amplifier (PGA) mode.

The LTC2483IDD#TRPBF is ideally suited for data acquisition systems requiring high performance, accuracy, reliability and low power consumption. Its robust performance, wide dynamic input signal range and fast throughput make it an ideal choice for data acquisition applications.

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