Starting with the code below

Write a C-program that reads in a 20Hz sine wave with an amplitude of 1V (rms) through ADCO channel and writes out its derivative at DACO channel. Use a sampling frequency of 750 Hz. Again, start with sine_io.c for creating this program. sine_io.c reads in voltages from an a/d and same voltage to a d/a. This is done at Program updated in Feb. 2019 outputs the approximately 1KHz #include #include #inc lude #include #include #include #include #include #include "Win626.h" "App626.h" #de fine SAMPLE RATE 1000.0 #define EOPL #define PERFORMANCE COUNTS 3323900 #de fine RANGE 5V typedef DWORD HBD; 0x80 0x10 //-**WARNING! -DO NOT CHANGE THE CODE BETWEEN WARNINGS //--_ * * * * *WARNNG ! CODE BETWEEN WARNINGS- DO NOT CHANGE THE /sleepfor takes a LARGE INTEGER (64 bits) and returns after the input number of performance clicks have passed from that time. This can serve as a timer for a real-time loop to ensure that a loop executes a certain number of performance clicks For these machines running Windows 7 there thus providing a high resolution timer performance is used are 3323900 performance clicks per second, capable of ensuring reasonable real-time properly. void sleepfor (LARGE INTEGER from, long performance clicks) LARGE INTEGER pco long pe diff; QueryPerformanceCounter (&pco) pc-diff = (long) pco.QuadPart -(long) from.QuadPart; if (pc diff> performance clicks) printf while(pe diff