11001
Getting Started with Microchip Tools: MPLAB® IDE, MPSIM™ Simulator and MPLAB ICD
11002 Getting Started with Mid-Range Microcontroller Family
Architecture, Instruction Set and Assembly Programming
11003 Getting Started with PIC18 Architecture, Instruction Set and
Assembly Programming
11004 Getting Started with 16-bit MCU Architecture, Instruction Set and
Assembly Programming
11006 New Features of the PIC24F Low Pin Count Family
11007 Features of Microchip’s next generation of low pin count 8/16-bit
microcontrollers.
11009 PIC18 Peripheral Configuration and MPLAB® C18 C Compiler
Programming Techniques
11010 Standard 16-bit Peripheral Configuration and MPLAB® C30 C Compiler
Techniques
11011 PIC24 Extended Peripheral Configuration, Libraries and Programming
using MPLAB® C30
11012 Advanced 16-bit Peripheral Configuration and C Programming
Techniques
11013 MPLAB® IDE and Development Tools: Today and Tomorrow
11014 MPLAB® Simulator Fundamentals
11015 MPLAB® Simulators Advanced Stimulus
11016 Debugging Techniques using Stimulus within the MPLAB® Simulators
11017 MPLAB® C18 - An Introduction to Compiler Features
11018 Introduction to the Visual Device Initializer (MPLAB® VDI)
11019 MPLAB® In-Circuit Debuggers for Advanced Users
11020 Software Methods (Pre-Conference)
11021 Software Methods 1–Organization & Basic Loop
11022 Software Methods 2 - State Machines and Timing
11023 Software Methods 3 - Multitasking
11024 Introduction to Embedded Programming using C
11025 Using Application Libraries with Microchip’s 16-bit
Microcontrollers
11026 Advanced Features in MPLAB® C30 v3.0
11027 Rapid Application Development with Object Oriented Programmable
Integrated Circuits
11028 A Comprehension of CCS C Compiler Advanced Techniques
11029 Using the CCS C Compiler for Rapid Development of Microcontroller
Applications
11030 Using the HI-TECH PRO C compiler and introducing HI-TIDE™ and
C-Wiz
11031 FreeRTOS on Microchip’s 16-bit Microcontrollers
11032 Hacking the GNU Linker!
11033 Embedded Design for Microchip in a Linux Environment
11034 Modular Coding Techniques using MPLINK™ Linker
11035 Using a High-Speed, High-Density SPI EEPROM to Implement a
Real-World Datalogging Application
11036 Using an I²C™ EEPROM to Implement a Temperature Datalogger
11037 Communicate with PIC16 and PIC18 MCUs via the PC serial port
11038 I²C™ Development using the PICkit™ Serial Analyzer
11039 Controller Area Network (CAN) Basics
11040 CAN (Controller Area Network) in-depth using ECAN™
11041 Controlling an automotive window lift using LIN 2.0 /SAE J2602
11042 Hands-On LIN bus
11043 USB From Scratch
11044 Introduction to Full-Speed USB
11045 Full-Speed USB Hands-on Training
11046 Using the Microchip General Purpose USB Windows Driver (Windows
Application Programming)
11047 Introduction to VB.Net
11048 USB Made Easy with VB.Net
11049 USB - Mass Storage Device
11050 Hands-on with the Microchip TCP/IP Stack
11051 Introduction to ZigBee™ and Microchip’s ZigBee Stack
11052 Microchip Wireless Protocol (MiWi™ Protocol)
11053 Wireless Antenna Design and Testing for Microchip Technology’s
MRF24J40
11054 Microchip’s IrDA® Stack for 16-bit PIC® Microcontrollers
11055 Tips and tricks in designing RF Communications Link with FSK
Transceivers
11056 Op Amp Fundamentals
11057 Active Filter Design
11058 Introduction to Ceramic Based Sensors: Ultrasonic, Pryo-infrared,
and PTC Thermistors
11059 Ceramic Resonators and Practical Application
11060 Signal Conditioning in the Embedded World
11061 Power, Ground and Noise
11062 Mixed signal design for the analog newbie.
11063 Energy Metering Solutions from Microchip
11064 Designing for Noise in Embedded Systems
11065 Hands-on with Digital Potentiometers
11066 Using Tuning Fork Crystals with Microcontrollers
11067 How to Work with a Test Lab to Achieve Certification
11068 Virtual System Prototyping for 16-bit devices using MPLAB® IDE and
Proteus VSM
11069 DSO Debug Techniques for Embedded Systems
11070 Selecting and Using Oscilloscope Probes for System Analysis
11071 LCD Hands-On for Embedded Engineers
11072 Data EEPROM Emulation for PIC18, PIC24 and dsPIC33F Flash Devices
11073 Developing “Cool” Graphical User Interface with a PIC® MCU
11074 Application Specific Tips ‘n Tricks for the dsPIC® Digital Signal
Controllers (DSC)
11075 Delta-Sigma ADC for Sensor Applications
11076 The Magic Touch Capacitive Touch Sensors
11077 Battery Authentication Using PIC10F222 Microcontrollers
11078 Battery Power For Portable Applications
11079 Stepping into Stepper Motors
11080 Intelligently Controlling Brushed DC Motors
11081 Intelligent Motor Control: A Fan Application
11082 PID Closed Loop Control on a PIC16F MCU
11083 AC Induction Motor Control with dsPIC® Digital Signal Controller
(DSC)
11084 Sensorless FOC for PMSM with dsPIC® Digital Signal Controller
(DSC)
11085 dsPIC® Digital Signal Controllers (DSC) Motor Control Workshop
11086 Introduction to SMPS Topologies, Design and Analog/Digital Control
11087 Advanced SMPS Analog and Digital Control Theory
11088 Intelligent Power Supply Design
11089 SMPS Basics Using the dsPIC® SMPS Digital Signal Controllers (DSCs)
11091 Advanced SMPS Applications with AC/DC Reference Design using the
dsPIC® DSC SMPS Family
11092 Digital Power Factor Correction (PFC) Using the dsPIC30F6010A
11093 The Eyes of the Microcontroller - Interfacing Optoelectronic
Sensors to the PIC® Microcontroller
11094 Color Feedback and Control in Solid State Illumination Systems
11095 G.711 and G.726A Speech Compression with the PIC24H and dsPIC33F
11096 DSP - Part 1: Introduction to Signal Processing using the dsPIC®
Digital Signal Controllers (DSC).
11097 DSP - Part 2: Using the DSP features of the dsPIC® Digital Signal
Controllers (DSCs).
11098 DSP - Part 3: Using software design tools to design a DSP
application on the dsPIC® Digital Signal Controller (DSC)
11099 Implementing an I²C™ Thermal Controller on a PIC® Microcontroller
11100 Temperature Sensing for Embedded Systems
11101 Plant Tour