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Showing below up to 250 results in range #251 to #500.

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  1. NU32
  2. NU32: 16x2 LCD
  3. NU32: A Detailed Look at Programming the PIC32 on the NU32
  4. NU32: Analog-to-Digital Conversion
  5. NU32: Analog Input
  6. NU32: Bootloading from command line
  7. NU32: Counters and Timers
  8. NU32: Digital Input and Output
  9. NU32: Driving RC servo motors
  10. NU32: Driving a stepper motor
  11. NU32: I2C Synchronous Serial Communication
  12. NU32: Input Capture
  13. NU32: Introduction to the PIC32
  14. NU32: Output Compare, PWM, and Analog Output
  15. NU32: Pulse Width Modulation
  16. NU32: Quickstart
  17. NU32: SPI Synchronous Serial Communication
  18. NU32: Serial Communication with the PC
  19. NU32: Software to Install
  20. NU32: Starting a New Project and Putting it on the NU32
  21. NU32: UART Asynchronous Serial Communication
  22. NU32: Using the Comparator
  23. NU32: Using the MAX9918 current sensor
  24. NU32: Using the MCP42X1 SPI Digital Potentiometer
  25. NU32: Using the TB6612 H-Bridge
  26. NU32: Using the dsPIC33FJ12MC201 QEI to SPI board
  27. NU32: VC0706 Serial Camera
  28. NU32: Watchdog Timer
  29. NU32: What is in the NU32 Kit
  30. NU32 Book Errata
  31. NU32 Electronics and Mechatronics Kits
  32. NU32 Software
  33. NU32 Videos
  34. NU32v2: A Detailed Look at Programming the PIC32
  35. NU32v2: Analog Input
  36. NU32v2: Benchmark Test
  37. NU32v2: Counters and Timers
  38. NU32v2: Digital I/O Assembly Code
  39. NU32v2: Digital Input and Output
  40. NU32v2: Digital Signal Processing
  41. NU32v2: Flash Self-Programming
  42. NU32v2: I2C Synchronous Serial Communication
  43. NU32v2: Input Capture
  44. NU32v2: Interrupts
  45. NU32v2: Introduction to the PIC32
  46. NU32v2: Nokia 5110 LCD
  47. NU32v2: Output Compare, PWM, and Analog Output
  48. NU32v2: SPI Synchronous Serial Communication
  49. NU32v2: Serial Communication with the PC
  50. NU32v2: Simple Analog Input
  51. NU32v2: Software to Install
  52. NU32v2: Starting a New Project and Putting it on the NU32v2
  53. NU32v2: The NU32v2 Serial Bootloader and PC Application
  54. NU32v2: UART Asynchronous Serial Communication
  55. NU32v2: Using the L293D H-Bridge
  56. NU32v2: Using the LS7183 Quadrature Clock Converter
  57. NU32v2: Using the Simulator
  58. NU32v2: Watchdog Timer
  59. NU32v2: What is in the NU32v2 Kit
  60. NUScope
  61. NUScope 2011
  62. NatNetLinux
  63. Node.js
  64. Northwestern Design Competition
  65. OBSOLETE NU32 video page
  66. Old Index Page
  67. Operational Amplifiers (Op-Amps)
  68. Optical Locating
  69. Optics
  70. Opto-isolators
  71. Optointerrupter
  72. Optoreflector
  73. PC/104 stacks and Matlab xPC
  74. PC104 Break Out Board
  75. PC104 Overview
  76. PC104 Power
  77. PCB Artist
  78. PIC/C18 Compiler Tips and Troubleshooting
  79. PIC16F684
  80. PIC16F684 Registers
  81. PIC18F4520: Analog Inputs
  82. PIC18F4520: Comparator
  83. PIC18F4520: Digital Inputs
  84. PIC18F4520: Digital Outputs
  85. PIC18F4520: PWM Motor Control
  86. PIC18F4520: Serial Digital-to-Analog Conversion
  87. PIC18F4520: Timers
  88. PIC32MX: Analog Inputs
  89. PIC32MX: Benchmarking Mathematical Operations
  90. PIC32MX: Digital Inputs
  91. PIC32MX: Digital Outputs
  92. PIC32MX: Driving a Stepper Motor
  93. PIC32MX: Encoder Motor Control
  94. PIC32MX: FFT of Analog Input
  95. PIC32MX: High-speed Wireless Communication
  96. PIC32MX: I2C
  97. PIC32MX: I2C Communication between PIC32s
  98. PIC32MX: I2C DAC
  99. PIC32MX: I2C EEPROM
  100. PIC32MX: I2C External RAM
  101. PIC32MX: Interfacing to a Secure Digital (SD) Flash Card
  102. PIC32MX: Interfacing with Force Sensors from a Scale
  103. PIC32MX: Inverse FFT
  104. PIC32MX: PWM Motor Control
  105. PIC32MX: Parallel LCD
  106. PIC32MX: RS232
  107. PIC32MX: SPI Communication between PIC32s
  108. PIC32MX: SPI DAC
  109. PIC32MX: SPI EEPROM
  110. PIC32MX: SPI External RAM
  111. PIC32MX: Servo Control
  112. PIC32MX: Sinusoidal Analog Output
  113. PIC32MX: USB Communication
  114. PIC32MX: USB Communication with a PC
  115. PIC32MX: XBee Wireless Round-trip Latency
  116. PIC32 Example: HelloWorld
  117. PIC32 in DIP package
  118. PIC32book
  119. PIC 18f4550
  120. PIC Analog-Digital-Converter Example
  121. PIC MCUs: 4520 Board
  122. PIC MCUs: Capabilities of PIC18F4520
  123. PIC MCUs: Capabilities of PIC32MX
  124. PIC MCUs: Hardware and Connections
  125. PIC MCUs: Software
  126. PIC Microcontroller
  127. PIC Microcontrollers with C18 Compiler
  128. PIC Microcontrollers with CCS Compiler
  129. PIC Motor Control and Serial Port Example
  130. PIC Motor Control with EEPROM and Interactive Menu Example
  131. PIC PWM Motor Driver
  132. PIC RS232
  133. PIC Servo Controller
  134. PIC USB
  135. PIC computation time benchmarks
  136. PICkit 1
  137. PPOD-mini: 6-DOF Shaker
  138. PPOD-mini Project
  139. PPOD Experiments with a Textured Plate
  140. PPOD User Guide
  141. Parallax GPS (Global Positioning System) Receiver Module
  142. Passive Filters
  143. Persistence-of-Vision Display
  144. Phase-Sensitive Detection
  145. Photocell
  146. Photodiodes and Phototransistors
  147. Pic32book
  148. Piezoactuators
  149. Portable Sit-to-Stand Device
  150. Potentiometers
  151. Practice Making a PCB
  152. Pressure Sensing
  153. Printing Circuit Boards
  154. Processing
  155. ProcessingPIC32Communication
  156. Programmable Stiffness Joint
  157. Programming HID Bootloader on PIC32
  158. Programming the blue board
  159. Projects and miscellaneous
  160. Prototyping circuits
  161. Pulse Width Modulation
  162. Pulse width modulation
  163. QNX
  164. Quadrature decoding in hardware, or just counters
  165. Quadrature decoding in software
  166. RC Servo Theory
  167. RC and RL Exponential Responses
  168. RGB LEDs
  169. RGB Swarm Robot Project Documentation
  170. RGB Swarm Robot Project E-puck Code (outdated)
  171. RGB Swarm Robot Quickstart Guide
  172. Reading RFID tags
  173. Real-Time Linux for TrackCam
  174. Reed Switch
  175. Remote Controlled Wiitar
  176. Resistive Touchscreen
  177. Resistors (Ohm's Law), Capacitors, and Inductors
  178. Robot Club
  179. Robot Drummer
  180. Robot Helicopter Project
  181. Robot Operating System
  182. Robot Snake
  183. Rock Paper Scissors Machine
  184. Rotary Encoder
  185. Rotational Stiffness
  186. Running RC servos
  187. SPI - Serial Peripheral Interface - on the PIC
  188. SPI communication between PICs
  189. Sample code for most PIC18F4520 operations
  190. Sampling-Based Planning
  191. Schmitt Trigger
  192. Schmitt Triggers
  193. Second Order Active Filters
  194. Semiconductors
  195. Sensing optical tape
  196. Sensing retroreflective blocks
  197. Sensor Overview
  198. Sensoray 526 Data Aquisition Card
  199. Sensors
  200. Serial communication with Matlab
  201. Servo skeleton with fast & slow interrupts
  202. Setup, Use, and Modeling of Harmonic Drive Motors with Junus Amps
  203. Shielding, Grounding, Noise Suppression, etc.
  204. Solderboard
  205. Solenoid Theory
  206. Stability of an Assembly Project
  207. Stepper Motor Circuits
  208. Stepper Motor Theory
  209. Stepper motor control with the PIC
  210. Storing constant data in program memory
  211. Strain Gauge
  212. Swarm Robot Project Documentation
  213. Swarm Robot Project E-puck Code
  214. Swarm Robot Project Overview
  215. Swarm Robot Project Simulator
  216. Swarm Robot Quickstart Guide
  217. Swarm Robot Theoretical Research
  218. Switch Debouncing
  219. Tektronix CFG253 Function Generator
  220. Tektronix TDS220 Oscilloscope
  221. Temp
  222. Test
  223. The Gibbot
  224. The PC/104 Lab Kit
  225. The brains of the operation
  226. The sandbox
  227. Thermistor
  228. Three-Axis Accelerometer
  229. Three-speaker Chladni Patterns
  230. Tools in the lab and shop
  231. UBW32 Board
  232. UDP Communications between Target and Host PC
  233. USB Communication Board
  234. USB Communication using PIC microcontrollers
  235. USB bootloading
  236. USB communication between PICs
  237. USB communication with C18 and MPLAB
  238. USB communication with CCS
  239. USB communication with PC
  240. Ultrasonic ranging
  241. Unipolar Stepper Motor Driver Circuit
  242. Useful code for the blue board
  243. Using CircuitMaker
  244. Using LEDs & IREDs
  245. Using Opto-Isolators to Prevent Interference
  246. Using RS-232 and Printing to LCD
  247. Using Solderless Breadboard
  248. Using a laser
  249. Using the Basic Stamp Microcontroller
  250. Using the Host Scope

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