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1) Briefly explain what happens when the VSYNC goes from '1' to '0' for negative sync polarization?2) Briefly explain what happens when the HSYNC goes from '1' to '0' for negative sync polarization?3) If I only know the refresh rate of a monitor, can I roughly say what the period of VSYNC should be? If yes, what is it? If no, what more information do I need to know to "roughly" determine this and with this new information, what is it (give a formula)? (Ignore back porch,front porch and sync pulse negative timings)4) If I only know the refresh rate of a monitor, can I roughly say what the period of HSYNC should be? If yes, what is it? If no, what more information do I need to know to "roughly" determine this and with this new information, what is it (give a formula)? (Ignore back porch,front porch and sync negative pulse timings)5) Suppose that I want to paint the pixel that resides in the 50th column and 200th row of the monitor to color 'cyan' (taking the upper-left of the monitor as the starting point). Knowing that my pixel frequency is 25MHz and my screen has 800x600 pixels ( 800 columns, 600 rows):(Ignore the front porch, back porch and negative sync pulse timings)5-a) How much time from the first time of negative pulse of VSYNC do I have to wait for until I get to control this pixel?5-b) How many negative pulse of HSYNC should I apply from the first time of negative pulse of VSYNC until I have the control of the pixel of interest?5-c) To which pin(s) from RED,GREEN, BLUE of VGA port should I apply a non-zero signal at the time when I have the control of the pixel of interest?
Frequently, the output of transducers are much smaller than what an A/D converter expects on its input. That would require an amplifier to match it. Sometimes the output does not start at 0V. Usually the minimum reference input voltage of an A/D
Dispense requested amount using least number of bills, Write a C program for an automatic teller machine that dispenses money. The user should enter the amount desired (a multiple of 10 dollars)
A microcontroller manufacturer, Agduino, offers a single product which is produced at two different plants. The first plant located in college station produces 2/3 of the microcontrollers. The remaining microcontrollers come from Austin.
The cutoff frequencies of a series resonant circuit are 5400 Hz and 6000 Hz. a. Find the bandwidth of the circuit. b. If Qs is 9.5, find the resonant frequency of the circuit.
An ice chest at a beach party contains 12 cans of soda at 2.36 °C. Each can of soda has a mass of 0.35 kg and a specific heat capacity of 3800 J/(kg C°). Someone adds a 8.06-kg watermelon at 26.3 °C to the chest.
What is the propagation constant at 500 MHz. Use the fact that the velocity of an EM wave in a lossless air-filled line is the same as that of free-space propagation in air. That is, the propagation constant is the same.
The R2= 6 homs load in the circuit is absorbing four times as much average power as the R1 = 20 ohmsohms load. The two loads are matched to the sinusoidal source that has an internal impedance of 500 (angle) 0 1)What is the numerical value of a1
compute the money saved in one month by using CFL (compact fluorescent light) bulb (18 W) instead of using an incandescent lamp (60 W) if the cost of electricity is $.12 per kWh. Assume lights are used for 10 hours a day. (30 days in the month)
Then find the total energy stored in the battery before it is connected to the bulb. Determine the total amount of charge that has pessed through the wires that connect the battery and the bulb.
Design a synchronous sequential circuit with one input line and one output line that recognizes the input string x = 1111. The circuit is also required to recognize overlapping sequence such that if the input string is x = 1101111111010
silicon is doped so that 1 in 10000 Si atoms is replaced by phosphorous atoms. A) Knowing that only 30% of the phosphorous atoms donate electrons at room temperature (30% ionization) , determine the effective doping level and electron concentratio..
Discuss the differences between series and parallel circuits. What are some advantages and disadvantages of each type Discuss why the total power equals the sum of the individual values of power, whether a series circuit or a parallel circuit is u..
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