Chemical analysis and analytical instruments

Using chemical and analytical instruments for testing and measurement in the real world to benefit humanity. For example, this includes applications such as environmental air and water quality monitoring, material and product analysis to improve product quality, petroleum and geophysical exploration, and deepening scientific exploration. Chemical analysis involves the use of light detection and charged ion beams, redox reactions, and other technologies. The analysis methods for implementing these technologies are selected according to the sample type and measurement characteristics, including spectroscopy, spectrometry and electrochemistry. Accurate high confidence detection, recognition, and characteristic characterization are inseparable from precise detection functions and electronic devices. ADI's excellent signal chain, sensor, power supply, and processor solutions ensure that detection limits (LOD) and accuracy are not limited by electronic product design.

ADUCM355

Precision Analog Microcontroller with Chemical Sensor Interface

ADA4530-1

Picoamp input bias current electrometer amplifier

ADA4350

FET input analog front-end with ADC driver

AD7175-2

24 bit, 250 KSPS Σ-Δ Type ADC with 20 MS setup time and true rail to rail buffer

AD7124-4

4-channel, low noise, low-power 24-bit integrated PGA and reference voltage source Σ-Δ Type ADC

ad7798

3-channel, low noise, low power consumption, 16 bit Σ-Δ Type ADC with built-in instrument amplifier

AD7980

16 bit, 1 MSPS, PulSAR ADC, packaged in MSOP/LFCSP

AD5791

1ppm, 20 bit, ± 1 LSB INL, voltage output DAC

ADAQ7980

16 bit, 1 MSPS, integrated data collection subsystem, packaged with LGA

ADUCM350

Configurable impedance network analyzer and potentiostat integrated with Cortex M3 core

ADUCM360

Integrated ARM CORTEX M3 and dual channel Σ-Δ Low Power Precision Analog Microcontroller for Type ADC