Critical Observation/Thinking (One paragraph) of the following:
Implement the design on Explorer 16 as Project 1. LED D10 will be used as the RUN LED indicator.
Write an application (in C) which does the following:
1. Make the RUN LED(D10) toggle at every 3.5 Seconds (exact) interval using one of the Timer (Timer 1) module of the Microcontroller.
2. The Knight Rider pattern now consists of 7 LEDs (D9-D3). If the switch (S3) is open, the pattern is from Left to Right direction. If the switch (S3) is closed, the pattern is from Right to Left direction.
3. Repeat the whole process in an infinite way.
Based on the given information, the critical observation is that this project involves implementing a design on the Explorer 16 development board. The design includes using LED D10 as the RUN LED indicator and controlling its toggle at a specific interval of 3.5 seconds using Timer 1. Additionally, there is a Knight Rider pattern involving 7 LEDs (D9-D3), with the direction of the pattern being determined by the state of switch S3 (open for left to right, closed for right to left). The process is desired to repeat infinitely. Overall, this project combines programming and hardware components to control LEDs and create a specific pattern.
The design on Explorer 16 involves using LED D10 as the RUN LED indicator. The application, written in C, has three main functions. Firstly, it makes the RUN LED (D10) toggle at an exact interval of 3.5 seconds using Timer 1 module of the Microcontroller. Secondly, the Knight Rider pattern is implemented using 7 LEDs (D9-D3). The direction of the pattern, either from left to right or right to left, is determined by the state of switch (S3) - if it is open, the pattern moves from left to right, and if it is closed, the pattern moves from right to left. Finally, the entire process is repeated infinite times.
The given design on Explorer 16 involves implementing a project that utilizes LED D10 as the indicator for the RUN LED. The objective is to write an application in C to accomplish the following tasks:
1. Create a toggle effect on the RUN LED (D10) with an exact interval of 3.5 seconds using Timer 1 module of the Microcontroller. This means that the LED will turn on and off every 3.5 seconds.
2. Modify the Knight Rider pattern to consist of 7 LEDs (D9-D3). The direction of the pattern depends on the state of switch S3. If S3 is open, the pattern will move from left to right. If S3 is closed, the pattern will move from right to left.
3. The entire process should be repeated infinitely, meaning the application will continuously execute these tasks in a loop.
In summary, the application will toggle the RUN LED every 3.5 seconds and control the Knight Rider pattern direction based on the state of switch S3. This sequence will repeat indefinitely.