Write an algorithm and translate it to a C program to generate a periodic signal on PORTC<0> with a frequency of 10KHz. We assume the microcontroller is operating at a frequency of 1MHz.
Write an algorithm and translate it to a C code.
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Write an algorithm and translate it to a C program to generate a periodic signal on...
Write a program for PIC18F4580 microcontroller to blink the LED at the pin RC0 with the frequency of 8Hz using the Timer1 overflow interrupt and the LED at the pin RC7 with the frequency of 0.8Hz using the Timer0 overflow interrupt concurrently. (Assume that Fosc = 8MHz.) (1) Choose the prescaler and the initial value for TMR1, respectively. (Round off the numbers.) (2) Choose the prescaler and the initial value for TMR0, respectively. (Round off the numbers.) (3) Write the...
In 8051 microcontroller to program it using Assembly. Write an assembly program to generate one pulse with high duration of 5 ms and low duration of 2.5 ms using timer 0 with XTAL = 11.0592MHz.
in c
Q3) Write a program to generate three random numbers between 1 and 9 and display them. The user has to enter their sum as soon as possible. These two steps will be repeated continuously. An alarm will be triggered every 5 seconds to display the numb answers so far. If the user did not give a correct answer in 10 seconds, the timer will jump to the main to give an error message "Too slow response!" and terminate...
Translate the High order language program to assembly language and generate PEP9 assembly language code. #include <stdio.h> int main() { int number; scanf(“%d”,&number ); if (number <0) { number =- number; } printf ("%d", number); return0; }
In this section, you write an assembly program to generate a pulse signal. In PIC18 explorer board, timerl is connected to a 32-kHz crystal. Configure timer 1 to generate a 1-kHz pulse signal on RE3. Here is the pseudocode of the program: 1) Configure PORTE.3 as output 2) Write into T1CON Hint: T1SYNC bit should be set to 1 3) Clear TMR1IF 4) Write into TMR1H first and then TMR1L 5) Turn on timer1 6) Wait until TMR1IF is set...
Write Matlab Code Only Generate a multi-tone sinusoidal signal with f1=2000Hz and f2=4000Hz, then by sampling generate the Oversampled and Undersampled version of it and display the frequency response also.
below is used to modulate a carrier to generate the AM signal yt) (Am()) cos(1000t) The periodic signal m() shown a) The power efficiency of the system is measured to be 1 () The type of AM modulation, i.e. SSB, DSBSC, (i) The constant A. (ili) The modulation index 1/13. Determine DSB with carrier enit -3 b) An angle modulated signal is given by d(t-2 cos (2n1061+ sin 2 1000). Find i) The carrier frequency. ii) The baseband signal bandwidth....
Solution required in MATLAB
1. Convolution and Discrete-Time Fourier Series (DTFS) (a) Generate a periodic signal r2[n] with the fundamental period N ralla-sin(2nn/ İ0) + sin(2m, 2 ) + sin(2nn/30) for 0 < n < N-1 Find the fundamental frequency Ω0-2, N, with the fundamental period N. (b) Generate a periodic signal h2[n] with the fundamental period N haln] = (1/2)", for 0 < n < N-1 (e) Using the com ftuction n Matab, compute the compvolution (d) Using the...
(A.) Use MATLAB to generate a pulsed sine wave signal having a frequency F-10KHZ and a pulse width of T-.5ms. The pulse repetition time is 1ms (pulse repetition rate is 1000 pulses/sec), i.e., the signal is zero between pulses. Model the signal to start at time t-0 and to end at a time t=Tstop. Use a sample time of .001ms to approximate an analog environment. Display the signal in MATLAB appropriate for an analog signal, first for Tstop 1ms and...
Write a C program that computes Pi with the approximation algorithm that I introduced in class. I want you to write the program in two different ways: The first version will add up the first 28284277 elements of the approximation series in a simple for loop. I ask you to put the code into a function with this signature: float get_pi_for(void); The second version will break out of a while loop depending on whether a pair of adjacent elements (remember...