National Instruments Our Commitment

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2 National Instruments Our Commitment We equip engineers and scientists with tools that accelerate productivity, innovation, and discovery. 2

3 Do Engineering 3

4 Graphical System Design A Platform-Based Approach for Measurement and Control Test Monitor Embedded Control Cyber Physical Desktops and PC-Based DAQ PXI and Modular Instruments RIO and Custom Designs Open Connectivity with 3 rd Party I/O 4

5 Academia 5

6 National Instruments in Academia 110 Countries Adopted in 50,000+ universities worldwide Used in all engineering and science disciplines 6

7 A Roadmap for a Sustainable Future Take on the Engineering Grand Challenges Create products the rest of the world wants Rekindle the joy of engineering with experiential learning to recruit top International born students 7

8 Clues from FIRST For Inspiration and Recognition of Science and Technology 9

9 6 th Graders Understand PID Control FIRST LEGO League (Middle Schools) Ziegler Nichols Tuning (University) 10

10 NI ELVIS Do Engineering: In the Lab ni.com/nielvis 11

11 National Instruments for Engineering Education Scalable platforms developed for teaching and learning Pedagogical features developed directly into hardware and software Integrated courseware, textbooks and laboratories Enable hands-on experimentation and troubleshooting Textbooks, Curriculum, & Courseware Teaching Software Teaching Laboratory Hardware Curriculum Partners 12

12 NI ELVIS Components 13

13 NI ELVIS Hardware 14

14 NI ELVIS: Engineering Lab Workstation 15

15 NI ELVIS: Engineering Lab Workstation National Instruments Educational Laboratory Virtual Instrumentation Suite 16

16 Oscilloscope ELVIS II+: 100MS/s Sampling Rate ELVIS II: 1.25 MS/s single channel, 500kS/s two channel aggregate 16-bit resolution 1 to 1.5 MHz Bandwidth 1x and 10x probe ±10 V input range AC/DC coupling Digital Multimeter Isolated measurements 5½ digit resolution 60 VDC, 20Vrms, 2 ADC, 2 RMs, 100MΩ Internal Circuit Protection Resettable fuses NI ELVIS USB Connectivity Plug-and-play capability USB 2.0 Connection Power Supply ±15V range 0.2 Hz to 5 MHz Sine 0.2 Hz to 1 MHz Triangle/Square Software or manual control BNC or prototyping board connection 17

17 NI ELVIS Multidisciplinary Teaching Platform Circuits Measurements Control Embedded Communications Electrical, Biomedical, Mechatronics Physics, Chemistry Electrical, Mechanical, Systems Electrical, Computer Electrical, Computer, Physics 18

18 NI ELVIS Software 19

19 NI Multisim for Education

20 What is NI Multisim? Analog, Digital and Power Circuits Teaching Software Improve student comprehension of circuits theory and enable easier transition to the laboratory with NI Multisim Integrated circuit design and SPICE simulation environment Features specific to teaching analog, digital & power theory Interactive controls to change and modify circuit behavior Library of 23,000 devices to match components in laboratory Instruments and analyses to instantly visualize electronics Simulate digital logic gates and power devices in same interface Transition student to laboratory with full integration to: mydaq student-owned measurement device NI ELVIS engineering education laboratory platform NI myrio student design hardware 21

21 What is NI Ultiboard? Printed Circuit Board (PCB) Prototyping Environment Fully integrated design package to enable educators, students and researchers to transfer circuit schematic to prototype Intuitive environment for student senior design projects Transfer files from NI Multisim to NI Ultiboard to: Define PCB board layout dimensions Place connectors, devices and other electronics Route copper connections for final prototype Export to industry standard Gerber, DXF and MCAD formats Full forward and backwards annotation with Multisim User-definable templates for mydaq, NI ELVIS and NI myrio for faster and more accurate minisystem development 22

22 Engaging Students Beyond the Theory Theory, Concepts, and Textbooks Simulation and Analysis Hands-on Exploration Senior Design Projects 23

23 Course Applications Areas Analog Circuits Resistive, capacitive, and inductive circuits Steady-state and transient circuit analysis techniques AC analysis and frequency response Operational amplifier and filter circuits Digital Circuits Boolean algebra and minimization of logic Sequential and combinational logic design State machines and arithmetic logic Hardware description languages and fieldprogrammable gate arrays (FPGA) Power Electronics AC to DC conversion DC to DC switch mode power supply topologies DC to AC for motor drive and renewable energy Rectifiers, inverters, and power switches PWM and motor drives 24

24 National Instruments Circuits Solution One Single platform for Academics Circuits Teaching Electrical and Electronic Mechanical and Mechatronics Biomedical Engineering Engineering Physics Energy Systems Engineering Scalable Software Integrated Hardware NI ELVIS NI Multisim NI mydaq Analog Circuits Digital Circuits Power Electronics 25

25 The Circuits Teaching Platform Interactive Analysis Models AC and DC analysis models to fully analyze the circuit response. 3D Breadboard Visualization Multisim includes 3D CAD models breadboard ;layout to be established ahead of time in the Lab Graphical Schematic Capture Graphical interface allows easy creation of circuit architecture. Comprehensive Component Library Over 21,000 components incorporating industry standard SPICE models. Virtual Instrumentation Multisim includes virtual instrumentation simulating physical instruments. Multisim for Education goes beyond the theory allowing students to do engineering. 26

26 NI ELVIS Virtual Instruments Digital Multimeter Oscilloscope Function Generator Variable Power Supply Bode Analyzer Dynamic Signal Analyzer Arbitrary Waveform Generator Digital Reader Digital Writer Impedance Analyzer 2 Wire Voltage-Current Analyzer 3 Wire Voltage-Current Analyzer Octave Analyzer Audio Equalizer Datalogger Digital Waveform Viewer DC Level 8-Channel Scope 27

27 Custom Instruments 28

28 NI Multisim Circuit Simulation Environment Interactive circuit teaching solution to engage students Interactive components Intuitive instruments Rated components Circuit behavior visualization Easy-to-use analyses Rapidly adjustable measurements instruments Correlation of theoretical and real measurements 29

29 Instrument Integration with NI Multisim Use NI ELVIS instruments from within NI Multisim Visualize Multisim simulation results Analyze real measurements from NI ELVIS Correlate in a single interface 30

30 Access to NI ELVIS I/O Circuit Application Explorer An Ecosystem for Circuit Design with NI Multisim SPICE Simulation Environment. Application Plugs in Here. Student designs the Circuit Here 31

31 NI ELVIS Courseware 33

32 Circuits Courseware Circuits textbook and supplement containing 11 labs Traditional solution for university laboratories Covers many key topics for a Circuit Fundamentals or Analog Circuits course 34

33 Electronics 101 Courseware PDF Format Courseware Developed in concert with technical college educators for introductory, basic circuits Targeted at Circuit Fundamentals courses 35

34 The Importance of Multisim Multisim is the corner-stone of the NI circuits teaching applications Multisim is a platform that covers ALL circuits teaching courses from first year to grad-school Electrical & Computer Engineering Mechanical & Mechatronics Engineering Biomedical Engineering Physics Analog Circuits Digital Circuits Microcontrollers Controls Power Circuits 36

35 ELVIS II/II+ NI Electronics Education Platform

36 ELVIS II/II+ Add-on NI Digital Electronics FPGA Board

37 ELVIS II/II+ Add-on Freescale HCS12 Microcontroller Teaching Platform

38 QNET Plants for Controls and Mechatronics QNET Vertical Take-Off and Landing (VTOL)

39 QNET Plants for Controls and Mechatronics QNET DC Motor Control

40 QNET Plants for Controls and Mechatronics QNET Inverted Pendulum

41 QNET Plants for Controls and Mechatronics QNET HVAC

42 QNET Plants for Controls and Mechatronics QNET Mechatronics Sensors

43 QNET Plants for Controls and Mechatronics QNET Myoelectric Trainer

44 Emona add-on for NI ELVIS SIGnals & Systems (SIGEx)

45 Emona add-on for NI ELVIS Emona Analog/Digital Telecommunication Board (DATEx)

46 Emona add-on for NI ELVIS Emona Fiber-Optic Telecommunications (FOTEx)

47 Emona add-on for NI ELVIS Emona HELEX Green Engineerng

48 Electronics at The University of Manchester students are now exposed to the hands-on learning experience throughout the first course to complex final year projects. Dr. Danielle George [ School of Electrical and Electronic Engineering ]

49 NI mydaq Do Engineering: Anywhere, Anytime Analog ICs Supplied by ni.com/mydaq 52

50 Universities Using NI mydaq 53

51 NI mydaq USB controlled, bus powered Analog Input: 2 channels, 200kS/s/ch, 16-bit Analog Output: 2 channels, 200kS/s/ch, 16-bit DIO: 8 lines CTR: 1 counter Integrated DMM: V, A, Ohm Power Supply: +5V, +/-15V 3.5mm stereo audio jacks Power Supply: +5V 8 DIO lines, 1 counter 2 AI lines 2 AO lines Power Supply: +/- 15 V ELVISmx SW Instruments: DMM, O-scope, FGEN, Bode, DSA, ARB, Digital In/Out Audio IN/OUT Analog ICs Supplied by Integrated DMM 54

52 NI mydaq Ecosystem mysolartracker Solar Tracker mygrid Smart Grid myturbine Wind Turbine myfarm PV Drip Irrigation mywing Wind Tunnel/Air Foil System mydyno Dynamometer System myheli Vertical Take-off & Landing System 55

53 NI mydaq at University of Colorado Boulder I am convinced that this can cause a revolution in education. Professor Michael Lightner [ Chair, Department of Electrical, Computer, and Energy Engineering, and Former IEEE President ]

54 NI myrio Xilinx FPGA and Dual-core ARM Cortex -A9 processor WiFi, LEDs, push button, accelerometer onboard 10 analog inputs, 6 analog outputs, 40 digital I/O lines 3 Kits Available Starter Kit Embedded Mechatronics 57

55 NI myrio Starter Kit Digital devices (LEDs, switches, 7- segment display) Analog devices (potentiometer, thermistor, photo resistor, force sensing resistor, Hall effect) Audio devices (microphone, speaker, buzzer) Other devices (battery holder, encoder, DC motor, basic electronic components) 58

56 NI myrio Mechatronics 2 DC gear motors with encoders H-bridge driver Accelerometer Triple-axis gyro Infrared proximity sensor Ambient light sensor Ultrasonic range finder Compass Hobby servo motors 59

57 NI myrio Embedded Kit RFID reader kit Numeric keypad LED matrix Digital potentiometer Character LCD (UART or SPI) Digital temperature sensor EEPROM 60

58 NI USRP LabVIEW based Software Defined Radio Flexible Easy-to-use Affordable For Education and Research Up to 20 MHz real-time bandwidth RF options from 50 MHz 6 GHz LabVIEW driver & examples 61

59 NI USRP Academic Teaching & Research Academic Education Rapid Prototyping Physical Layer Design Record and Playback GPS Simulator Communications Intelligence Surveillance Deployable Radio Record & Playback Record & Playback MIMO Safety Radio 62

60 NI USRP RF Direction Finding & Localization Tx: Single RF Tone MUSIC direction finding algorithm Prototyped using LabVIEW with MathScript RT Continuous phase alignment compensation Synchronized up to 12 USRP radios Rx: Uniform Linear Array with ¼ wavelength spacing Dr. Athanassios Manikas Comm & Array Processing Chair Imperial College, London 63

61 NI USRP MIMO OFDM Testbed Algorithm design in MathScript RT 128 subcarrier OFDM, 4 QAM, spatial diversity Independent, phase coherent Tx & Rx Dr. Robert Heath Director WNCG University of Texas at Austin 64

62 NI USRP Software Defined Radio Ecosystem Single Software Framework with Design to Test Flow Extensive Analysis Libraries NI Universal Software Radio Peripheral Up to 5.5 GHz Highperformance FPGA-based Architecture Compatible with standard models of computation GCC 65

63 NI USRP at Stanford University with the NI USRP, we re able to provide exposure in introductory courses for the first time. Dr. Sachin Katti [ Electrical Engineering & Computer Science ]