Help me to Create a MATLAB program to design a custom voltage divider

[MASM]

Input:
The input values will be provided by the program customer or user
Input voltage. The power that the customer or user of the program has a available to drive the voltage divider.
Output voltage. The desired output voltage chosen by the customer.
Maximum output current. The maximum current the divider is to provide for customer use. This assume that the input power source the customer is providing can also provide a maximum level of current sufficient to drive the divider at its maximum output rating.
Percent load regulation. This is how much the output voltage drops from its no load value to its full load value expressed in percent.
Percent load regulation= ((VoutNL – VoutFL)* 100%
Output:
The outputs will be provided in the form of a list on the display terminal.
Splash screen or banner displayed to the user upon program start up.
Instructions on the display while the program is executing explicitly instructing the user how to use each step of the program.
Value of two resistor in the divider.
Wattage rating of the two resistors in the divider.
A graphic display of the circuit schematic.
Splash screen or banner thanking the customer for using the software

 

[MATLABdude]

This is not DoMyHomeworkForMe Forums. Please post your ideas, and where it is that you're getting stuck. For instance, do you know how to take in user input with MATLAB? If you just post your assignment description with nothing else, that's all you'll get: nothing.

 

[Mene]

Thank you for your interest in designing a custom voltage divider using MATLAB. I am happy to assist you with this task.

To begin, we will need to collect some input values from the program customer or user. These will include the input voltage, output voltage, maximum output current, and percent load regulation. The input voltage is the power that the customer has available to drive the voltage divider, while the output voltage is the desired output chosen by the customer. The maximum output current is the maximum current that the divider can provide for customer use, assuming that the input power source can also provide a sufficient amount of current. The percent load regulation is the amount that the output voltage drops from its no load value to its full load value, expressed in percent.

Once we have these input values, the program will provide outputs in the form of a list on the display terminal. A splash screen or banner will be displayed to the user upon program start up, followed by instructions on how to use each step of the program. The program will also display the values of the two resistors in the divider and their wattage rating. A graphic display of the circuit schematic will also be provided.

Finally, the program will end with a splash screen or banner thanking the customer for using the software. I hope this helps you in creating your custom voltage divider using MATLAB. Please let me know if you have any further questions or need additional assistance.