Precision High Voltage Solutions
Analog Devices’ precision high-voltage signal chains combine precision high-voltage amplifiers, high-voltage digital-to-analog converters (DACs), difference amplifiers, and matched resistor networks. Drive signal chains are offered at several voltage, current drive, density, and slew rates, allowing system designers to find a solution optimized for their needs. Each signal chain provides example solutions to drive high-voltage signals up to 216 V or currents up to 2 A.
Precision high-voltage measurement signal chains support a range of common-mode voltages, allowing interchangeable density, dynamic range, and accuracy depending on application needs. These signal chains provide examples to measure large differential signals up to 220 V or small differential signals with a large common-mode voltage.
Value and Benefits
Our tailored drive and measure solutions are suitable for high-voltage ATE, automotive test, and source measurement units (SMUs). Drive solutions are tailored for piezoelectric positioning and actuation and MEMS mirror control applications by varying density, drive voltage, drive current, and protection features.
Scalable single and multi-channel solutions
Tailor over voltage and current ranges
Utilize drive and measurement options
Precision High Voltage Signal Chains
High Voltage/High Current Drive
Signal chain options for high voltage drive or high current drive.
Power Solutions
Resources
High Differential Voltage Measurement
Buffered and non-buffered signal chain options for measuring differential voltages up to ±110 V are shown below.
Power Solutions
Resources
High Common-Mode Current Measurement
When measuring nA load currents, a high input impedance is required. Two high accuracy buffered options are provided with ADHV4702-1 as the input stage. One uses a difference amplifier while the other creates a difference amplifier using the LT5400 matched resistor network.
Resources
Training and Support
Trainings and Tutorials
Video
Jan 29, 2019
09:05Driving SAR ADCs Part 7: Distortion caused by large Rfilt
Video
Jan 17, 2019
07:45Driving SAR ADCs Part 3: Designing the RC Filter
Video
Jan 17, 2019
08:39Driving SAR ADCs Part 4: Simulating Analog Input Model in LTspice
Video
Jan 17, 2019
06:10Driving SAR ADCs Part 1: Analog Input Model
Video
Jan 17, 2019
05:00Driving SAR ADCs Part 6: Driver Ringing and Instability
Video
Jan 17, 2019
04:57Driving SAR ADCs Part 2: Kickback Calculations
Video
Jan 17, 2019
09:13Driving SAR ADCs Part 5: Precision ADC Driver Tool
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