Power Monitors
Analog Devices’ power monitoring ICs provide an integrated solution for digital current and voltage measurement via an on-chip, 12-bit analog-to-digital converter (ADC). Leveraging ADI’s precision analog design techniques, ADI’s products are twice as precise as competing devices, offering best-in-class accuracy (<±0.8%). The power monitors complete the industry’s only monitor and sequencer family to deliver <±1% accuracy for 2 to 12 supplies.
Product Selection Table
Latest Resources
Technical Articles
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IBIS Modeling—Part 3: How to Achieve a Quality Level 3 IBIS Model Through Bench Measurement
Analog Dialogue
- Virtual Electronics Lab: How to Create an Oscilloscope Using Python and ADALM2000
- Power over Ethernet—Supply of Ethernet Devices Via Data Lines
- High Accuracy Energy Monitoring Solutions from Linear Technology
- I2C Primer: What is I2C? (Part 1)
Application Notes
- AN-166: In Flight Update with Linduino PDF
- AN-155: Fault Log Decoding with Linduino PSM PDF
- AN-153: Linduino for Power System Management PDF
- AN-152: Power System Management Addressing (Rev. A) PDF
- AN-145: Overview of the EEPROM in LTC PSM Devices PDF
Videos
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Financial Times: Powering a Transition to Mass Electrification with EV Charging Infrastructure
Signals+
- Intelligent Motion Control Solutions Enable Agile Production
- LTC3337: Nanopower Battery SoH Monitor & Precision Coulomb Counter
- ADI & Mouser Chalk Talk: CbM Impact on Smart Manufacturing
- 利用LTC2971电源系统管理(PSM)功能为核心提供54V电压
Design Notes
Product Selector Card
- Power System Manager and Super Sequencer Selection Guide PDF
- Precision High Side Current Sense Amplifiers PDF
- Digital Power System Management PDF
- Power and Thermal Monitoring PDF
- Energy Meter with Integrated Sense Resistor PDF
Webcasts
- Accelerating Design Process and Time-to-Market with Synopsys Saber Models for ADI Components
- Behavioral Sources, Parameters, and Expression Evaluation in LTspice
- Power Management Choices for Signal Chains: Keeping all the precision you designed for
- Isolated Gate Driver Timing Fundamentals
- Multi-Channel System Improvements Using Hardened DSP in Digitizer ICs