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- PIC32MX: I2C Communication between PIC32s
- PIC32MX: I2C DAC
- PIC32MX: I2C EEPROM
- PIC32MX: I2C External RAM
- PIC32MX: Interfacing to a Secure Digital (SD) Flash Card
- PIC32MX: Interfacing with Force Sensors from a Scale
- PIC32MX: Inverse FFT
- PIC32MX: PWM Motor Control
- PIC32MX: Parallel LCD
- PIC32MX: RS232
- PIC32MX: SPI Communication between PIC32s
- PIC32MX: SPI DAC
- PIC32MX: SPI EEPROM
- PIC32MX: SPI External RAM
- PIC32MX: Servo Control
- PIC32MX: Sinusoidal Analog Output
- PIC32MX: USB Communication
- PIC32MX: USB Communication with a PC
- PIC32MX: XBee Wireless Round-trip Latency
- PIC32 Example: HelloWorld
- PIC32 in DIP package
- PIC32book
- PIC 18f4550
- PIC Analog-Digital-Converter Example
- PIC MCUs: 4520 Board
- PIC MCUs: Capabilities of PIC18F4520
- PIC MCUs: Capabilities of PIC32MX
- PIC MCUs: Hardware and Connections
- PIC MCUs: Software
- PIC Microcontroller
- PIC Microcontrollers with C18 Compiler
- PIC Microcontrollers with CCS Compiler
- PIC Motor Control and Serial Port Example
- PIC Motor Control with EEPROM and Interactive Menu Example
- PIC PWM Motor Driver
- PIC RS232
- PIC Servo Controller
- PIC USB
- PIC computation time benchmarks
- PICkit 1
- PPOD-mini: 6-DOF Shaker
- PPOD-mini Project
- PPOD Experiments with a Textured Plate
- PPOD User Guide
- Parallax GPS (Global Positioning System) Receiver Module
- Passive Filters
- Persistence-of-Vision Display
- Phase-Sensitive Detection
- Photocell
- Photodiodes and Phototransistors
- Pic32book
- Piezoactuators
- Portable Sit-to-Stand Device
- Potentiometers
- Practice Making a PCB
- Pressure Sensing
- Printing Circuit Boards
- Processing
- ProcessingPIC32Communication
- Programmable Stiffness Joint
- Programming HID Bootloader on PIC32
- Programming the blue board
- Projects and miscellaneous
- Prototyping circuits
- Pulse Width Modulation
- Pulse width modulation
- QNX
- Quadrature decoding in hardware, or just counters
- Quadrature decoding in software
- RC Servo Theory
- RC and RL Exponential Responses
- RGB LEDs
- RGB Swarm Robot Project Documentation
- RGB Swarm Robot Project E-puck Code (outdated)
- RGB Swarm Robot Quickstart Guide
- Reading RFID tags
- Real-Time Linux for TrackCam
- Reed Switch
- Remote Controlled Wiitar
- Resistive Touchscreen
- Resistors (Ohm's Law), Capacitors, and Inductors
- Robot Club
- Robot Drummer
- Robot Helicopter Project
- Robot Operating System
- Robot Snake
- Rock Paper Scissors Machine
- Rotary Encoder
- Rotational Stiffness
- Running RC servos
- SPI - Serial Peripheral Interface - on the PIC
- SPI communication between PICs
- Sample code for most PIC18F4520 operations
- Sampling-Based Planning
- Schmitt Trigger
- Schmitt Triggers
- Second Order Active Filters
- Semiconductors
- Sensing optical tape
- Sensing retroreflective blocks
- Sensor Overview
- Sensoray 526 Data Aquisition Card
- Sensors
- Serial communication with Matlab
- Servo skeleton with fast & slow interrupts
- Setup, Use, and Modeling of Harmonic Drive Motors with Junus Amps
- Shielding, Grounding, Noise Suppression, etc.
- Solderboard
- Solenoid Theory
- Stability of an Assembly Project
- Stepper Motor Circuits
- Stepper Motor Theory
- Stepper motor control with the PIC
- Storing constant data in program memory
- Strain Gauge
- Swarm Robot Project Documentation
- Swarm Robot Project E-puck Code
- Swarm Robot Project Overview
- Swarm Robot Project Simulator
- Swarm Robot Quickstart Guide
- Swarm Robot Theoretical Research
- Switch Debouncing
- Tektronix CFG253 Function Generator
- Tektronix TDS220 Oscilloscope
- Temp
- Test
- The Gibbot
- The PC/104 Lab Kit
- The brains of the operation
- The sandbox
- Thermistor
- Three-Axis Accelerometer
- Three-speaker Chladni Patterns
- Tools in the lab and shop
- UBW32 Board
- UDP Communications between Target and Host PC
- USB Communication Board
- USB Communication using PIC microcontrollers
- USB bootloading
- USB communication between PICs
- USB communication with C18 and MPLAB
- USB communication with CCS
- USB communication with PC
- Ultrasonic ranging
- Unipolar Stepper Motor Driver Circuit
- Useful code for the blue board
- Using CircuitMaker
- Using LEDs & IREDs
- Using Opto-Isolators to Prevent Interference
- Using RS-232 and Printing to LCD
- Using Solderless Breadboard
- Using a laser
- Using the Basic Stamp Microcontroller
- Using the Host Scope
- Using the LS7166 Quadrature Counter
- Using the LS7366R SPI Quadrature Counter
- Using the Yaskawa Motors
- V-REP Introduction
- VPOD 3DOF Vibratory Device
- Variable Frequency Electrosense
- Vendors and Useful Links
- Vibratory Clock
- Vision-based Cannon
- Voltage and Current Dividers
- Watchdog timer
- Waveform Generation with AD9833
- Waveform Generation with AD9833, and SPI
- WiiMouse
- Wireless PIC bootloading
- Writing Code with the C18 Compiler
- Writing a CSV File
- XBee Interface Board
- XBee radio communication between PICs
- XPC Code From Student Projects
- XPC M-file Communication
- XPC Overview
