Version 1.1
- Non-enhanced Core Device Support
- HI-TECH 9.81 Lite and Standard Compiler Support
- Acquisition variable array sensor_data is now initialized to 0x47F to reduce the required initialization time
- New configuration option CVD_SETTLING_DELAY adjusts the amount of time the CVD acquisition will wait for the voltages on the external sensor and internal ADC hold capacitor to settle. See this guide for more information.
- New configuration option CVD_CHOLD_CHARGE_DELAY adjusts the amount of time the CVD acquisition will wait for the voltage on the internal ADC hold capacitor to reach steady state (VDD or VSS) before connecting the two capacitors and allowing their voltages to settle. See this guide for more information.
- The scan order of the CVD acquisition has been reversed to ensure maximum sensitivity for larger external sensor capacitances. This means the waveform will change when viewed on a scope. See this guide for more information.
- GENERATE_STORAGE_FUNCTION() and GENERATE_JUMP_TABLE() macros have been redesigned with a more elegant implementation.
- The mTouchCVD.h file has been split-in-two in order to accomodate the new Microchip Applications Library directory structure. A local copy of mTouchCVD.h should be included in your application's includes directory. mTouchCVD_processConfiguration.h, the other half of the original mTouchCVD.h file, only needs to be available in the library folders and does not require a local copy.
- Sensor 0's reference is now defined in the process configuration header file to help de-clutter the acquisition.c file.
- Many documentation updates including:
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New 'Troubleshooting' sections designed to make it easier to solve common problems:
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Redesigned main page to help new users find information
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Guides to creating new projects in MPLAB 8 and MPLAB X
Version 1.0 - First Public Release
- 64-Pin Device Support
- HI-TECH 9.81 PRO Compiler Support
- Comm/HardwareProfile update to support devices with >1 UART modules
- New CVD_DEBUG_OUTPUT_RAW and CVD_DEBUG_OUTPUT_AVG configuration options to quickly adjust comm output