LTC1093ACN#PBF

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LTC1093ACN#PBF belongs to category of Data Acquisition - ADCs/DACs - Special Purpose. It is a precision 12-bit differential ADC with digital programming. It has a wide input range of ±9V and a selectable digital output voltage resolution of 8, 12, or 16 bits. The microprocessor-controlled ADC provides excellent resolution and low noise while operating from a single power supply.

The LTC1093ACN#PBF application field covers data acquisition and control systems, low-speed digital subsystems in consumer, automotive and medical applications. It is able to process signals in the range of ±2V, ±100mV and ±10mV. With its low power operation from a single +5V supply and a high dynamic range, the device is ideal for applications where space and power are at a premium.

The working principle of LTC1093ACN#PBF is to convert analog signals into digital signals accurately and reliably. The chip contains a high-resolution internal bandgap reference, which offers a stable and accurate conversion. It also provides a temperature compensation feature to ensure a highly accurate reference voltage. This analog-to-digital converter (ADC) supports both single-ended and differential inputs. The digital-to-analog converter (DAC) output can be programmed to 8, 12 or 16-bit resolution, making it suitable for a variety of digital control applications.

The LTC1093ACN#PBF also integrates digital filters, which allows it to accurately calculate the analog input\'s frequency, amplitude and other parameters. These digital outputs can then be used to generate digital signals such as those required by video or communications devices. Additionally, the chip features power-down and power-up control, which enable it to save power when it is not in use.

To sum up, the LTC1093ACN#PBF is an advanced, single-chip analog-to-digital or digital-to-analog converter that is ideal for applications where space and power is at a premium. The chip includes a high-resolution internal bandgap reference and provides excellent performance in data acquisition and control systems, low-speed digital subsystems in consumer, automotive, and medical applications. It provides a temperature compensation feature and digital filters for accurate processing of analog signals, as well as power-down and power-up control for energy-saving operations.

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