LTC2382HMS-16#PBF

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Data Acquisition - Analog to Digital Converters (ADCs) are devices that convert analog signals such as voltage or current into digital signals that can be stored, manipulated and retrieved. The LTC2382HMS-16#PBF is a precision 16-bit successive approximation register (SAR) Analog to Digital Converter, designed for low-power, low-cost applications, such as instrumentation and consumer electronics.

The LTC2382HMS-16#PBF operates from a single 3-volt power supply, and consumes just 250µA while performing a conversion. It can interface with a wide range of input signals, including inputs ranging from 0V to 1V and 0V to 2V, with a sampling rate of up to 25MSPS (million samples per second).

The LTC2382HMS-16#PBF is designed for precision measurement applications where a high input impedance and low supply current are important. The device features an input range from ± 1LSB to ± 7LSB and a throughput rate of up to 25MSPS. This high throughput combined with low power and low cost make the device ideal for portable and battery powered applications.

The LTC2382HMS-16#PBF features a fast and accurate on-chip reference and calibration circuit that can be programmed for different input range combinations. The device also features a flexible analog input multiplexer that allows it to operate on a wide range of input voltages. The on-chip reference and calibration circuitry continuously tracks and compensates for environmental temperature variation and process variation, maintaining critical accuracy and throughput performance.

The LTC2382HMS-16#PBF is designed in a low-profile 16-pin TSSOP package and is ideal for use in space-critical applications such as portable medical instruments, sensor systems, automotive and energy control systems, and communication systems. Its easy-to-use programming interface and its wide input range make it a preferred choice for industrial, automotive and other precision applications.

The working principle of the LTC2382HMS-16#PBF is based on its 16-bit high speed successive approximation register (SAR) analog to digital conversion architecture. In a conversion cycle, the device first samples the input signal and then proceeds to use an iterative algorithm to successively refine the output digital code. This process is repeated until the digital code is within one LSB of the input signal. The result of this process is then latched into a register, ready to be read by the external microcontroller.

The LTC2382HMS-16#PBF uses a flexible programming interface and dedicated input/output (I/O) pins to allow it to communicate with other peripheral devices. The integrated I/O pins together with the on-chip reference and calibration circuitry make the LTC2382HMS-16#PBF a highly reliable data acquisition component for many applications.

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