The output of the octave function abs(3- 4i) =

D An audio signal having the highest frequency of fM = 15 kHz is input to a 16-bit A/D counter type converter. If the pulse repetition period of clock is 0.15 us, the maximum conversion time is: # 3 E Listen C U1 INPUT REGISTER /COUNTER 07 06 05 04 03 02 01 00 OUTPUT REGISTER De D D4 Da Da Da DO TTTTTT Output Converted Word 9.83 ns 38.25 μs 9.83 ms 4.65 µs $ 4 CHTRI 04 03 02 01 00 R 07 dº U2 % U4 T COMPARATOR G Search or type URL 07 6 Ž U3 D/A CONVERTER Y MacBook Pro O vin Input Analog Signal & 7 U * 00 8 + ( 9 0 )) 0 1 P

An audio signal having the highest frequency of fM = 15 kHz is input to a 16-bit A/D counter type converter. If the pulse repetition period of clock is 0.15 us, the maximum conversion time is: U1 INPUT REGISTER /COUNTER 07 06 05 04 03 02 01 00 07 06 05 04 03 02 01 0 OUTPUT REGISTER 03 02 01 DO ▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬TIT Output Converted Word 9.83 ns 38.25 μs 4.65 με 9.83 ms U2 U4 COMPARATOR DS DI Vin Input Analog Signal U3 D/A CONVERTER

Find the varster function of the circut O vr O vwat) O OA none efthe thoe

Draw the multiple-level NOR circuit for the following expression: CD(B + C) A + (BC’ + DE’)

Write down the Output Equation of the circuit and Draw the waveform of the output Q.

We will use a magnitude comparator and a Quad 2-to-1 MUX. How?

transfer function from the image

MATLAB/OCTAVE function is used to draw data in a discrete format. O Subplot O Plot O Stem O Semilog

I want to confirm if my work is correct. The problem is: For the Astable Multivibrator shown in the figure, take RA=1k, RB=0.5k and C=1microF and calculate the duty cycle and the frequency of the pulse that is generated. Note that you can calculate the frequency from 1/T. I've attached the figure and my work below. The formulas I used is the ones that were provided.