Merge pull request #5 in MCU16CE/dspic33ck-power-pwm-phase-shift from ~A14426/dspic33ck-power-pwm-phase-shift:feature/initial_release to develop

* commit '260bbefd7d905076bb2b02ba6f68842e09a99ab2':
  try another readme edit
  try another readme edit
  edit readme.md file
  another edit for README.md fie
  edited changelog.md and README.md file

Author: areiter128

README.md

@@ -74,24 +74,23 @@ Although MCC also supports configuration tools for the High Resolution PWM modul
 In each PWM example code project the PWM configuration procedure is located in the user file pwm.c, where each register bit required to achieve/enable the specific function or mode of interest is set and its function described with comments.
 Once users are familiar with the architecture, features and capabilities, both configuration options (generic peripheral library or MCC) may be used.
 
-*a) Project Directory Structure*
-The project contains two sub-directories
-- config: location of all hardware abstraction header files
-- common: location of generic peripheral drivers 
-- MCC Generated Files: all device configuration files auto-generated by MCC
-- root: application user code
+#### a) Project Directory Structure <br/>
+The project contains four sub-directories
+1. config: location of all hardware abstraction header files
+2. common: location of generic peripheral drivers 
+3. MCC Generated Files: all device configuration files auto-generated by MCC
+4. root: application user code
 
 On the hard drive, main.c/h are located in the MPLAB X project directory. 
 All other user files, incl. peripheral drivers, are located in the sub-directory *sources*. 
 Files generated by MCC are always located in their own sub-directory *mcc_generated-files* 
 
-*b) Using the generic PWM peripheral driver*
-The PWM peripheral driver files p33c_pwm.c/h provide data structures representing the Special Function Register (SFR) sets of PWM generators and the PAM base module. These 'virtual' PWM objects are used to load, read and modify PWM generator configurations without the need to hard-coded instructions, which would make the code hard to migrate from one peripheral to another or even across devices.
-To simplify PWM configurations, in these examples, each register is reset to a known default state before the user configuration of interest is set. Thus, only the register setting which really matter for a certain features/function are shown.
+#### b) Using the generic PWM peripheral driver <br/>  
+The PWM peripheral driver files p33c_pwm.c/h provide data structures representing the Special Function Register (SFR) sets of PWM generators and the PWM base module. These 'virtual' PWM objects are used to load, read and modify PWM generator configurations without the need for hard-coded instructions, which would make the code hard to migrate from one peripheral to another or even across devices.To simplify PWM configurations, in these examples, each register is reset to a known default state before the user configuration of interest is set. Thus, only the register setting which really matters for a certain features/function are shown.
 
 To learn more about the generic PWM driver, its supported features and intended use cases, please read the comments inside p33c_pwm.c.
 
-*c) Executing the Code Example*
+#### c) Executing the Code Example <br/> 
 This code has been written to automatically start up and perform the function of interest. Please read the demo instructions on top of file main.c to learn more about the code example, test points, expected signals and demo mode operation.
 
 

changelog.md

@@ -1,4 +1,4 @@
-# dspic33c-power-pwm-phase-shift, release v1.0.0
+# dspic33ck-power-pwm-phase-shift, release v1.0.0
 
 ### Release Highlights
 This is the initial release demonstrating the basic configuration of a high-resolution PWM generator of the dsPIC33C family of devices.