Achieving High Accuracy System Designs with Zero-drift Amplifiers


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ADA4528-1: Lowest Noise, Zero-drift Amplifier Enabling 24bit Resolution | 2:30
Muna Acosta, Precision Amplifier Group

Using ADI’s latest breakthrough design, ADA4528-1 achieves the industry’s lowest noise floor, enabling designers to optimize system resolution by amplifying smaller input signals.

Visit the ADA4528-1 product Page
Download the ADA4528-1 Application Note (pdf)

RESOURCES FOR ZERO-DRIFT AMPLIFIERS

Application Notes | AN-1114 (pdf)
Lowest noise Zero-drift amplifier has 5.6nV/√Hz voltage noise density

Tutorial | MT-055 (pdf)
Chopper stabilized (auto-zero) precision op amps

Technical Articles
To chop or auto-zero: That is the question (pdf)
Demystifying auto-zero amplifiers-Part 1
Demystifying auto-zero amplifiers-Part 2 (pdf)

Ask the Application Engineer | Zero-drift op Amps

Circuits from the Lab | CN0079
High precision digital-to-analog conversion using the 16-bit AD5542/AD5541 voltage output DAC, ADR421 reference and AD8628 auto-zero op amp

The Zero-drift Amplifier Brochure (pdf)

Order samples and download data sheets

Zero-drift low noise amps
ADA4528-1, AD8628, AD8629, AD8630

Zero-drift low voltage amps
AD8551, AD8552, AD8554, AD8571, AD8572, AD8574

Zero-drift low power amps
ADA4051-1, ADA4051-2 , AD8538, AD8539

Zero-drift high voltage amps
AD8638, AD8639

Zero-drift current sense amps
AD8207 , AD8217

Zero-drift instrumentation amps
AD8230 , AD8231 , AD8290 , AD8293, AD8553

View All Zero-drift amps

AD8207: first zero-drift current sense amplifier working with extended range PWM common mode signals

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