Design Center

Embedding multicore PCs for robotics & industrial control
By combining an RTOS and the Windows OS on separate processors in a multicore-based PC platform, builders of robotics, industrial and machine control systems can achieve real time performance while at the same time lowering costs by reducing the number of computers in the system.

• Increasing bandwidth in industrial applications with FPGA co-processors

• Fundamentals of designing with MOSFET power switches

• Variations on a flexible array theme

• S-parameters Without Tears

• Robotics design help you could use

Learning Center

Most Recent Courses

• Calibre DRC Automated Waiver Technology
   60 min
• Introduction to the LabVIEW Platform
  Video Tutorial  15 min.
• Introduction to Programmable Automation Controller (PAC) Technology
  Video Tutorial  20 min.
• Lowering the Cost of Machine Design
  Video Tutorial  10 min.
• NI Smart Camera Out of the Box
  Video Tutorial  4 min.
• Mechatronics PID Control
  Product course  10 Minutes
• Mechatronics PID Tuning
  Product course  15 Minutes

Product Center

Latest Product Articles

• Configuration tool picks best board enclosure
• Toshiba MCU gains SIL3 and ASILD safety approval
• NAND: close your supplier deals, or else
• Low quiescent current synchronous step-down DC/DC controller offers high reliability performance
• High-speed synchronous N-Channel MOSFET driver features powerful gate drive
• Black anodized heatsinks increase thermal performance by 30 percent
• High-speed synchronous N-Channel MOSFET driver features powerful gate drive

Under the Hood

• Extreme design: SuitSat pushes engineers' limits
• Under the Hood: Surveillance on a shoestring

Technical Paper Library

Latest Technical Papers

• Persistent Publish/Subscribe for Embedded Industrial Applications
• Accelerate your MCU-based design process
• IA-32 Features and Flexibility for Next-Generation Industrial Control
• Customizing for Industrial Strength Applications
• PACs for Industrial Control, the Future of Control
• Assuring Data Integrity in an Optically Isolated 3.3 V I²C Bus
• Reliable Solutions for Rugged Environments

Featured Technical Papers

• µPower Precision Dual Op Amp Combines the Advantages of Bipolar and CMOS Amplifiers
  Linear Technology
• Intel Industrial Control Reference Design
  Intel
• Dual ADC Driver with Tightly Matched Gain and Phase Raises Quadrature Demodulation Performance
  Linear Technology
• A Flexible Solution for Industrial Ethernet
  Altera

Webinars

Latest Webinars

• Lowest Power 32-bit Cortex M-series microcontrollers for portable and industrial applications
  NXP
• MMIC Co-Design in ADS for 4G LTE applications
  Agilent Technologies
• Debugging and Characterization of Embedded PCI Express® Applications
  Agilent Technologies
• Applying Multi-core and Virtualization to Industrial Applications
  Wind River and Intel
• Detecting Five Distinct Motions with MEMS Inertial Sensors
  Analog Devices
• LED Driver Selection Methodology
  Linear Technology and Nu Horizons Electronics

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