-
High Performance Power Management
-
Embedded Processors for Industrial Applications
-
Motor and Power Control Brochure (pdf)
-
Explore ADI's Interface
Products Brochure
Application Specific Motor Control
Application Specific Motor Control
Typical application specific motor control solutions are based on simple microcontrollers - controlling the DC or AC motor with a simple speed reference or just open loop. In these types of controller systems Analog Devices' mixed signal integration offers complete solutions directly applicable from simple software and hardware implementation.
APPLICATION SPECIFIC MOTOR CONTROL SYSTEM DIAGRAM
Hover over the blue blocks to view ADI product recommendations. Click a part number to access the product page.
SELECT A PRODUCT
- Supply Side
- Phase
- Low Side
- Level Shifting
- Supply Side
- Phase
- Command Input
FEEDBACK & SENSING
Current Sensing
Voltage Sensing
Analog Input
- 8-bit
- 16-bit
- Fixed Point
- Isolated RS-485/422
- Non-Isolated RS-485/422
- Isolated RS-232
- Non-Isolated RS-232
- Isolated USB
COMMUNICATIONS
Embedded Controllers
Physical Layer Devices
Resources & Related Information
Technical Articles
- High-Side Current Sensing: Difference Amplifier vs. Current-Sense Amplifier (pdf)
- iCoupler® Digital Isolators Protect RS-232, RS-485, and CAN Buses in Industrial, Instrumentation, and Computer Applications
- Industrial-Strength Features Make a Difference in Embedded Processing (ECN, Dec. 2009)
- Graphical Embedded System Design Empowers Life Saving Spider Robots (pdf)
- Powerful Design Tools for Motion Control Applications
- White Paper: Sensorless Vector Control Techniques for Ultra Efficient Motor Control (pdf)
Learning Resources
- Webcast: Solving Isolation Challenges in Industrial Automation
- MT-071 Tutorial: Analog Isolation Amplifiers (pdf)
- AN-960 Application Note: RS-485/RS-422 Circuit Implementation Guide (pdf)
- Webcast: Solving Embedded Design Challenges in Motor Control
- Webcast: Converters in Motion: A/D Converter Considerations for Motor Control
Circuits from the Lab Reference Circuits
- A Novel Analog-to-Analog Isolator Using an Isolated Sigma-Delta Modulator, Isolated DC-to-DC Converter, and Active Filter
- High Current Driver for the AD2S1210 Resolver-to-Digital Reference Signal Output
- High Speed Instrumentation Amplifier Using the AD8271 Difference Amplifier and the ADA4627-1 JFET Input Op Amp
- High Voltage, High Precision Current Sensing with Output Level Shifting Using the AD8210 Current Sense Amplifier and the AD8274 Difference Amplifier
- More Circuits from the Lab
