1. Intro to CompactRIO – Oregon State University Matt Spiegelberg Field Sales Engineer Oregon / SW Washington 1

2. NI CompactRIO FPGA-Based PAC Reconfigurable FPGA for high-speed and custom I/O timing, triggering, and control Real-time processor for reliable measurement, analysis, connectivity, and control I/O modules with built-in signal conditioning for connection to sensors/actuators Real-Time Processor FPGA

3. CompactRIO Applications Machine Control Packaging/Processing –High-speed motion control, batch control, discrete control Heavy Machinery Control –Real-time signal processing and control of power electronics, hydraulic systems Semiconductor/Biomed –Custom motion and vision inspection, material handling Machine Monitoring Machine Condition Monitoring –Bearing order analysis, lubrication monitoring, cooling, combustion Mobile/portable DSA, NVH –Noise, vibration, harshness; dynamic signal analysis; acoustics Distributed Acquisition –Central controller with distributed I/O nodes over Ethernet/wireless In-Vehicle Data Acquisition –Automobiles, motorcycles, recreational vehicles, research aircraft, trains Engine and ECU test cells –HIL testing of engines and engine controllers, sensor simulation using FPGA Rapid Control Prototyping –Automotive/aerospace control prototyping

4. Distributed System Manager Monitor systems on the network Manage published data Adds test panels to CompactRIO 4

5. NI CompactRIO LabVIEW Real-Time FPGA I/O Modules RIO Scan Interface RIO Scan Interface NI Scan Engine I/O memory table I/O Variables I/O Modules LabVIEW FPGA VI FPGA Host Interface New LabVIEW 8.6 Programming Model for CompactRIO

6. I/O Variable Access Scan Engine Memory Map Physical I/O 6

7. Configurable I/O Alias I/O variable I/O alias Fixed reference Configurable I/O Memory Map AI0 AI1 AI2 AI3 References an I/O variable Adds additional custom scaling Maintains code portability 7

8. NI Scan Engine Network Publishing “Out-of-box” I/O without programming I/O variable and alias publishing Published by NI Scan Engine Configurable update rate Not supported on Touch Panel (yet) Bind to shared variables for additional features 8

9. The NI Scan Engine Configured from cRIO controller properties 9 Runs above time critical priority by default

10. CPU Usage Benchmark 100 Hz 500 Hz 1000 Hz 28.4% CPU 80 PID Channels Use LV FPGA for these applications

11. Automotive Solution1: cRIO A/C ECU Prototyping LabVIEW RT/ FPGA Compact RIO System Digital Input 18CH Thermocouple Input 8CH

12. Design the A/C control model and In vehicle ECU prototyping test system In addition to the ECU prototype model which controls the air conditioner as like a real ECU does, a cRIO itself can measure and save all temperature data and control parameters in a moving car. Benefit from size, low power consumption, speedy boot up from Ignition ON cRIO-9002 cRIO-9102 cRIO-9211 cRIO-9411 cRIO-9932 cRIO-9935 Solution1 cRIO A/C ECU Prototyping

13. CAN Input Axel gap, Engine revolutions Sampling rate: 10msec 802.11g Wireless LAN Operator User Interface 、 Display measurement data for driver 54Mbps maximum data transfer rate Display and save data transferred from vehicle Transfer the action data for driver Generate the report Setting Parameter Test Menu Display measurement data Generate the report Analog Input (Torque, Temperature, Pressure) Sampling rate: 10msec Solution 2 In-vehicle data logging system

14. Deploy FedEx Fire Suppression System with NI Single-Board RIO Embedded temperature monitoring and control of suppression system Protects packages, pilots, and planes from fires Rapid embedded prototyping with CompactRIO and LabVIEW – fast deployment with NI Single-Board RIO “We were able to start with LabVIEW and CompactRIO for prototyping and quickly migrate our code to the new NI Single-Board RIO for deployment – all in less than a year.” Jeremy Snow, President at Ventura Aerospace Prototype 14

15. KCBioMediX 600,000 premature infants born in the U.S. each year NTrainer System based on CompactRIO and LabVIEW Statechart Module –Pressure monitoring/control Going to NI Single-Board RIO for high volumes “With National Instruments LabVIEW and NI CompactRIO, we were able to reduce our development cost by $250,000 … from four months to four weeks.” Dave Stalling, Chief Technical Officer at KCBioMediX 15

16. FAQs Problem: I have used the specialty digital functionality of CompactRIO Scan Mode to configure a digital module as a counter or quadrature encoder and need to reset it programmatically. How can I do this? Solution: The Reset Counter (Scan Interface) VI can be used to reset specialty digital counters, as well as the position measurement of a quadrature encoder. It can be located here:...LabVIEW 8.6\examples\CompactRIO\Shared\Rese t Counter (Scan Interface).vi 16

17. Problem: I am using CompactRIO Scan Mode and need to programmaticlly set the shunt calibration of a channel. How can I do this? Solution: Use the Set Shunt Calibration (Scan Interface) VI located at:...\LabVIEW 8.6\examples\CompactRIO\ Shared\Set Shunt Calibration (Scan Interface).vi 17