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07 Mar 2014 22:25
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Development Tools
- Software Tools
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- MPLAB® X IDE
- Get Started Here
- Installation
- Configuration
- Configuration
- Running Multiple Instances
- Switching USB Drivers (Windows)
- Manually Install USB Drivers (Windows)
- JVM Configuration Options
- Reset to Default State
- Options Window
- Options Window
- General
- Editor
- Fonts & Colors
- Keymap
- C/C++
- Embedded
- Miscellaneous
- User Interface
- Projects
- Projects
- Creating Projects
- Modifying Projects
- Modifying Projects
- File Operations
- Project Properties
- Organizing Projects
- Organizing Projects
- Projects Window
- Files Window
- Favorites Window
- Multiple Projects
- Building Projects
- Project Operations
- Libraries
- Hex Files
- Project Templates
- Files
- Editor
- Editor
- Interface and Shortcuts
- Basic Tasks
- Appearance
- Dynamic Feedback
- Navigation
- Search, Replace, and Refactor
- Productivity Tools
- Productivity Tools
- Automatic Code Formatting
- Tasks List
- Comparing Files (diff)
- Generate Documentation
- Window Management
- Keyboard Shortcuts
- Debugging
- Debugging
- Debugger/Programmer Configuration
- Debug Toolbar
- Viewing Memory and Variables
- Viewing Memory and Variables
- Watches Window
- Variables Window
- Embedded Memory Windows
- Debug Disassembly Window
- Breakpoints
- Call Stack
- Call Graph
- Instrumented Trace and Log
- Data Monitor and Control Interface
- Simulator
- Bug Tracking
- __DEBUG Macro
- Version Control
- Automation
- Troubleshooting
- Extending the IDE
- MPLAB XC8 Compiler
- Get Started Here
- Install MPLAB XC8 Compiler
- More on the way…
- MPLAB XC16 Compiler
- Get Started Here
- Install MPLAB XC16 Compiler
- More on the way…
- MPLAB XC32 Compiler
- Get Started Here
- Install MPLAB XC32 Compiler
- More on the way…
- MPLAB XC32++ Compiler
- Get Started Here
- Install MPLAB XC32++ Compiler
- More on the way…
- Hardware Tools
- Get Started Here
- MPLAB Real ICE
- Get Started Here
- Debug Executive
- Configuration Options
- Trace and Profiling
- Debug Headers
- MPLAB ICD 3
- Get Started Here
- Debug Executive
- Configuration Options
- Debug Headers
- MPLAB PICkit 3
- Get Started Here
- Debug Executive
- Configuration Options
- Debug Headers
- Frequently Asked Questions
Applications
- Embedded Software Integration
- Get Started Here
- MPLAB® Harmony
- Get Started Here
- Installation
- More Coming Soon…
- Microchip Libraries for Applications
- Get Started Here
- More Coming Soon…
- Operating Systems (Coming Soon)
- Coming Soon…
- Wi-Fi® and Ethernet
- Get Started Here
- TCP/IP Protocol Suite
- 802.11/Wi-Fi
- Universal Serial Bus
- Get Started Here
- Coming soon…
- Wired Communications (Coming Soon)
- Get Started Here
- I²C (Coming Soon)
- MOST® (Coming Soon)
- Get Started with MOST
- Coming soon…
- Coming soon…
- Wireless Communications (Coming Soon)
- Get Started Here
- Coming Soon…
- Touch Sensing (Coming Soon)
- Get Started Here
- Coming soon…
- Displays (Coming Soon)
- Get Started Here
- Graphics Modules
- Get Started Here
- Coming Soon…
- Character Modules
- Get Started Here
- Coming Soon…
- Twisted Nematic (TN/STN) Modules
- Get Started Here
- Coming Soon…
- Motor Control (Coming Soon)
- Get Started Here
- Coming Soon…
- Power Conversion (Coming Soon)
- Get Started Here
- Coming soon…
- Signal Conditioning
- Get Started Here
- Operational Amplifiers
- Get Started Here
- Introduction to Op-Amps
- Introduction to Op-Amps
- Part I - Background & Fundamentals
- History
- Ideal Parameters
- Terminals
- Input Modes
- Transfer Characteristics
- Ideal Parameters Revisited
- Linearity
- Specifications
- DC Specifications Explained
- DC Specifications Explained
- Input Voltage Range (VIN,VD,VCM)
- Output Voltage Swing (VOH,VOL)
- Feedback
- Open Loop Gain
- Closed Loop Gain
- Bandwidth
- Input Offset Voltage (VOS)
- Input Bias and Offset Current
- Common Mode Rejection (CMRR)
- Power Supply Rejection (PSRR)
- Power Supply Requirements
- Input Impedance
- Output Impedance
- AC Specifications Explained
- Part II - Basic Configurations
- Closed Loop Configuration
- Open Loop Configuration
- Part III - Op-Amp Responses
- Open-Loop Gain Revisited
- Decibels (dB)
- Closed Loop Gain Revisited
- Bandwidth Revisited
- Stability
- Phase Margin and Gain Margin
- Internal and External RC Networks
- Compensation Network
- Part IV - Comparators and Summing Amplifiers
- Comparators
- Inverting Summing Amplifiers
- Non-Inverting Summing Amplifiers
- Digital Signal Processing (Coming Soon)
- Get Started Here
- Coming Soon…
- Authentication (Coming Soon)
- Get Started Here
- Coming soon…
- Hardware-Software Integration
- Get Started Here
- Coming soon…
Products
- 8-bit PIC Microcontrollers
- Get Started Here
- 8-bit Microcontroller Summary
- Peripherals (All Families)
- Analog to Digital Converter (ADC)
- Configurable Logic Cell (CLC)
- Complementary Waveform Generator (CWG)
- Numerically Controlled Oscillator (NCO)
- Baseline Family Reference
- Baseline Family
- Architecture
- Coming Soon…
- Instruction Set
- Mid-Range Family Reference
- Mid-Range Family
- Architecture
- Coming Soon…
- Instruction Set
- Coming Soon…
- Enhanced Mid-Range Family Reference
- Enhanced Mid-Range Family
- Architecture
- Coming Soon…
- Instruction Set
- Coming Soon…
- Peripherals
- Peripherals
- Analog to Digital Converter (ADC)
- Configurable Logic Cell (CLC)
- Complementary Waveform Generator (CWG)
- Numerically Controlled Oscillator (NCO)
- PIC18 Family Reference
- PIC18 Family
- Architecture
- Coming Soon…
- Instruction Set
- Coming Soon…
- 16-bit PIC Microcontrollers (Coming Soon)
- Get Started Here
- Coming Soon…
- 32-bit PIC Microcontrollers
- Get Started Here
- PIC32 Device Overview
- Oscillator Configuration
- PIC32MX Oscillator System Features
- PIC32MX Oscillator Configuration
- PIC32MX OSCConfig Library Function
- Block Diagram
- PLL Subsystem
- USB PLL Subsystem
- Special Features
- Device Configuration Registers
- On-chip voltage regulator
- On-chip temperature sensor
- Programming and Diagnostics
- ICSP
- JTAG
- Migrating from PIC32MX to PIC32MZ
- Oscillator & PLL Differences
- Oscillator & PLL Configuration
- Primary Oscillator Configuration
- Oscillator Selection
- Secondary Oscillator Enable
- PLL Configuration
- Crystal/Oscillator Selection for USB
- USB PLL Configuration
- Peripheral Bus Clock Configuration
- CPU Clock Configuration
- FRC Oscillator Clock Divider Default
- Fail-Safe Clock Monitor (FSCM)
- Clock Config for Max Speed with 24MHz Crystal
- ADC Differences
- CPU Differences
- Reset Differences
- DMA Differences
- Peripheral Differences
- Interrupt Differences
- Flash Programming Differences
- Package Differences
- Oscillator & PLL Differences
- Optimizing PIC32 Performance
- Analog (Coming Soon)
- Get Started Here
- Coming Soon…
- Memory (Coming Soon)
- Get Started Here
- Coming Soon…
- Wireless (Coming Soon)
- Get Started Here
- Coming Soon…
07 Mar 2014 22:25.
| Designing with Microchip’s Graphics Library | 05 Mar 2014 21:46 |
| Uninstallation | 05 Mar 2014 20:26 |
| Enable Parallel Make | 05 Mar 2014 20:23 |
| Configure File Build Options | 05 Mar 2014 20:00 |
| Keyboard Shortcuts | 05 Mar 2014 19:37 |
| Options Window: Keymap | 05 Mar 2014 19:36 |
| Regulatory Considerations | 05 Mar 2014 19:26 |
| 802.11 Regulatory Considerations | 05 Mar 2014 19:25 |
| 802.11 Power Management | 05 Mar 2014 19:24 |
| 802.11 Power Management | 05 Mar 2014 19:24 |
| 802.11/Wi-Fi® Security | 05 Mar 2014 19:23 |
| 802.11/Wi-Fi® Security | 05 Mar 2014 19:22 |
| Connecting to the Network | 05 Mar 2014 19:20 |
| Connecting to the Network | 05 Mar 2014 19:19 |
| Network Configurations | 05 Mar 2014 19:18 |
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