LTC2314HTS8-14#TRPBF

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The LTC2314HTS8-14#TRPBF is an 8-Bit, Octal, Successive Approximation, Analog to Digital Converter (ADC). It operates from a 2.7V single supply, and contains an internal clock, sample and hold, and serial interface. The ADC features octal parallel output structure which provides two sample-and-hold inputs and two sets of differential voltage inputs. In addition, it has a temperature range of -40 to +85°C and a power consumption of 8mW.

LTC2314HTS8-14#TRPBF Application Field

The LTC2314HTS8-14#TRPBF is ideal for data acquisition, medical instrumentation, industrial test equipment, and communication systems applications. The octal parallel I/O structure makes it suitable to use as an 8-channel ADC with simultaneous sampling, suitable for multiplexed data acquisition. Furthermore, the wide input range makes it ideal for industrial applications where transducers are used for signal conditioning. The temperature range of the device makes it ideal for temperature sensing applications.

LTC2314HTS8-14#TRPBF Working Principle

The LTC2314HTS8-14#TRPBF operates using the typical SAR (successive approximation register) working principle. All the algorithms required to perform an analog-to-digital conversion and related functions are built into the ADC. The chip contains an internal reference and clock, eliminating the requirement for an external reference and oscillator when used in data acquisition and industrial applications. Using differential voltage inputs, it can also provide good noise immunity. When in use, the chip will begin by setting register bits to zero and then incrementally setting bits to either 1s or 0s depending on the input voltage. When the calculated value is equal to the target value, the conversion is complete and the output is generated.

The ADC uses a 14-bit successive approximation register to generate a digital data output. To ensure consistent, reliable results, the ADC is designed with a built-in reference and clock, eliminating the need for external components. The chip also has a programmable sample and hold circuit, helping to ensure fast and precise results. Furthermore, the chip contains an easy to use serial interface, allowing for communication with other digital devices.

The ADC\'s optimized power consumption of 8mW makes it an ideal solution for portable or battery-powered applications. Its wide temperature range of -40°C up to +85°C allows for reliable operation in a wide variety of environments. The ADC is also available in a range of packages, including BGA, Tssop, and TSOP, making it easily and quickly integrated into systems.

Conclusion

The LTC2314HTS8-14#TRPBF is a highly integrated, high-precision, 8-channel analog to digital converter. It uses a SAR (successive approximation register) working principle and has a wide temperature range. The chip contains an internal reference and clock, eliminating the requirement for an external reference and oscillator when used in data acquisition and industrial applications. Furthermore, its optimized power consumption of 8mW makes it an ideal solution for portable or battery-powered applications. The ADC is available in a range of packages and is suitable for multiplexed data acquisition and industrial applications.

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