MPAE-20426: Readme updates after TW review

Author: teodor-petre

README.md

@@ -53,7 +53,7 @@ To program the Curiosity Nano board with this MPLAB X project, follow the steps
 
 The following peripheral and clock configurations are set up using the bare metal code inside the `main.c` source file for the AVR128DA48.
 
-### Setup for Use Case #1 - Configure the OSCHF to run at 1 MHz and activate/deactivate the auto-tune feature
+### Setup for Use Case #1 - Configure the OSCHF to Run at 1 MHz and Activate or Deactivate the Auto-Tune Feature
 
 The following configurations must be made for this project:
 
@@ -71,13 +71,13 @@ Clock:
 <br>Pressing the **SW0** button on the AVR128DA48 Curiosity Nano will enable the auto-tune feature, then it will disable it.
 
 **Results**
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with auto-tune feature deactivated (CLK configured to run at 1 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with auto-tune feature deactivated (CLK configured to run at 1 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_1_CLKOUT_auto-tune_disabled.png">
 
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with auto-tune feature activated (CLK configured to run at 1 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with auto-tune feature activated (CLK configured to run at 1 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_1_CLKOUT_auto-tune_enabled.png">
 
-### Setup for Use Case #2 - Configure the OSCHF to Run at 4 MHz and Activate/Deactivate the Auto-Tune Feature
+### Setup for Use Case #2 - Configure the OSCHF to Run at 4 MHz and Activate or Deactivate the Auto-Tune Feature
 
 The following configurations must be made for this project:
 
@@ -95,13 +95,13 @@ Clock:
 Change the frequency settings to 4 MHz as described in [_TB3234 - Internal High-Frequency Oscillator Calibration Using the Auto-Tune Feature_](https://www.microchip.com/en-us/application-notes/tb3234) and program the project to the board (see instructions above).
 
 **Results**
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with auto-tune feature deactivated (CLK configured to run at 4 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with auto-tune feature deactivated (CLK configured to run at 4 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_2_CLKOUT_auto-tune_disabled.png">
 
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with auto-tune feature activated (CLK configured to run at 4 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with auto-tune feature activated (CLK configured to run at 4 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_2_CLKOUT_auto-tune_enabled.png">
 
-### Setup for Use Case #3 - Configure the OSCHF to Run at 24 MHz and Activate/Deactivate the Auto-Tune Feature
+### Setup for Use Case #3 - Configure the OSCHF to Run at 24 MHz and Activate or Deactivate the Auto-Tune Feature
 
 The following configurations must be made for this project:
 
@@ -116,16 +116,16 @@ Clock:
 | :-------: | :-----------: |
 | PC7 (SW0) | Digital input |
 
-Change the frequency settings to 24 MHz as described in T[_TB3234 - Internal High-Frequency Oscillator Calibration Using the Auto-Tune Feature_](https://www.microchip.com/en-us/application-notes/tb3234) and program the project to the board (see instructions above).
+Change the frequency settings to 24 MHz as described in [_TB3234 - Internal High-Frequency Oscillator Calibration Using the Auto-Tune Feature_](https://www.microchip.com/en-us/application-notes/tb3234) and program the project to the board (see instructions above).
 
 **Results**
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with auto-tune feature deactivated (CLK configured to run at 24 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with auto-tune feature deactivated (CLK configured to run at 24 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_3_CLKOUT_auto-tune_disabled.png">
 
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with auto-tune feature activated (CLK configured to run at 24 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with auto-tune feature activated (CLK configured to run at 24 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_3_CLKOUT_auto-tune_enabled.png">
 
-### Setup for Use Case #4 - Configure the OSCHF to Run at 4 MHz with Incorrect Tuning Value
+### Setup for Use Case #4 - Configure the OSCHF to Run at 4 MHz With Incorrect Tuning Value
 
 The following configurations must be made for this project:
 
@@ -143,10 +143,10 @@ Clock:
 Change the frequency settings to 4 MHz with incorrect tune value as described in [_TB3234 - Internal High-Frequency Oscillator Calibration Using the Auto-Tune Feature_](https://www.microchip.com/en-us/application-notes/tb3234) and program the project to the board (see instructions above).
 
 **Results**
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with incorrect tuning value (CLK configured to run at 4 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with incorrect tuning value (CLK configured to run at 4 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_4_CLKOUT_incorrect_tune.png">
 
-<br>The figure below presents the output signal on PA7 (CLKOUT) pin with auto-tune feature activated (CLK configured to run at 4 MHz).
+<br>The following figure presents the output signal on PA7 pin (CLKOUT) with auto-tune feature activated (CLK configured to run at 4 MHz).
 <br><img src="images/AVR-DA_Autotune_use_case_4_CLKOUT_auto-tune_enabled.png">
 
 ## Summary
@@ -192,9 +192,9 @@ This chapter demonstrates how to use the MPLAB X IDE to program an AVR device wi
 - [Back to Use Cases](#use-cases)
 - [Back to Operation](#operation)
 - [Back to Setup](#setup)
-  - [Back to Setup for Use Case #1](#setup-for-use-case-1---configure-the-oschf-to-run-at-1-mhz-and-activatedeactivate-the-auto-tune-feature)
-  - [Back to Setup for Use Case #2](#setup-for-use-case-2---configure-the-oschf-to-run-at-4-mhz-and-activatedeactivate-the-auto-tune-feature)
-  - [Back to Setup for Use Case #3](#setup-for-use-case-3---configure-the-oschf-to-run-at-24-mhz-and-activatedeactivate-the-auto-tune-feature)
+  - [Back to Setup for Use Case #1](#setup-for-use-case-1---configure-the-oschf-to-run-at-1-mhz-and-activate-or-deactivate-the-auto-tune-feature)
+  - [Back to Setup for Use Case #2](#setup-for-use-case-2---configure-the-oschf-to-run-at-4-mhz-and-activate-or-deactivate-the-auto-tune-feature)
+  - [Back to Setup for Use Case #3](#setup-for-use-case-3---configure-the-oschf-to-run-at-24-mhz-and-activate-or-deactivate-the-auto-tune-feature)
   - [Back to Setup for Use Case #4](#setup-for-use-case-4---configure-the-oschf-to-run-at-4-mhz-with-incorrect-tuning-value)
 - [Back to Summary](#summary)
 - [Back to How to Program the Curiosity Nano Board](#how-to-program-the-curiosity-nano-board)