3. Generate a square wave of 0.5Hz with a duty of 50% onpin P1.0 as XTAL = 12 MHz.U112DXINTPODADOP0.1/AD1PO 2/AD218XTAL2PO.3/AD3P0.4/AD434PO.S/ADSPO.6/AD6932RSTPO.7/AD7P2.0IAS 21P2.1/49P22/A10PSENALEP2 3/A11P2.4/A12P2.5/A13P2.6/A142526EA20P2.7/A1510P1.02 P1.1P12P1.3P3.ORXDP3 1/TXD11P32TS 12P3.3ANT113P1.4P1.5P34/7014P15/T1P3.6WR151617P1.6P1.7P3.7/RD5065144IR10.01R20.01kD2LED-BIBYD1■LED-BIBY3031-2.1

Given The signal frequency and duty cycle.we need to generate the square wave with all these…

3. Generate a square wave of 0.5Hz with a duty of 50% on pin P1.0 as XTAL = 12 MHz. U1 39 DXTALI XTAL2 PO.O/ADD PO.1/AD1 PO.2/AD2 PO.3/AD3 P0.4/AD4 POSIADS PO.G/ADS PO.7/AD7 30 37 36 35 #34 RST 32 P2.0/AB 21 22 P2.1/49 23 P22A10 P23/A11 P2.4/A12 26 P2.5/A13 27 P26/A14 4 P271A15 Î. R1 P3.0/RXD 0.01 A LB P3.1/TXD P321NTO P3 34NT! P3.4TD P3.5/T1 R2 0.01K P3.6WR P3.7/RD D2 LED-BIBY D1 . LED-BIBY 19 18 9 PSEN ALE EA 10 P1.0 2 P1.1 P12 4P1.3 SP1.4 P1.5 6 7 P1.6 P1.7 D0651 16 17 -20

3. Generate a square wave of 0.5Hz with a duty of 50% on pin P1.0 as XTAL = 12 MHz. U1 39 DXTALI XTAL2 PO.O/ADD PO.1/AD1 PO.2/AD2 PO.3/AD3 P0.4/AD4 POSIADS PO.G/ADS PO.7/AD7 30 37 36 35 #34 RST 32 P2.0/AB 21 22 P2.1/49 23 P22A10 P23/A11 P2.4/A12 26 P2.5/A13 27 P26/A14 4 P271A15 Î. R1 P3.0/RXD 0.01 A LB P3.1/TXD P321NTO P3 34NT! P3.4TD P3.5/T1 R2 0.01K P3.6WR P3.7/RD D2 LED-BIBY D1 . LED-BIBY 19 18 9 PSEN ALE EA 10 P1.0 2 P1.1 P12 4P1.3 SP1.4 P1.5 6 7 P1.6 P1.7 D0651 16 17 -20

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

Determine: a) Describe how the square wave can be created by adding a fundamental frequency. Show this re-lationship graphically. b) Describe how the triangular wave can similarly be created by adding a fundamental frequency.Show this relationship graphically.
The carrier frequency is 600 Hz, and the modulating signal is a single-tone sinusoidal signal. The x-axis is in time while the y- axis is the amplitude of the AM signal. If the peak voltage level of modulating and 1v and signal respectively, determine the modulating index. the carrier are 2V 2 1.5 1 0.5 -0.5 -1 -1.5 -2 0.005 0.01 0.015 0.02 0.025 0.03 0.035 0.04 0.045 0.05 Time (s)
Determine: a) Describe how the square wave can be created by adding a fundamental frequency. Show this re-lationship graphically.
What is the advantage of using square wave-form as an Input Signal? What is the shape of the outputwhen the input signals are sinusoidal and triangular in shape? (Hint: Use Function generator andOscilloscope to observe the output)
2. Write an OCTAVE program to plot the signal given below. P- Pmax Sin(21Ift); where Pmax= 10 MW, -60 Hz. %3D Find out time period and verify it with graph. Assume necessary data.
A schematic design of a full-wave bridge type power supply is given below. Provide the appropriate values for the inductors, diodes, capacitor and resistors, such that the output DC voltage is 6.2 V and the max. output power for the load resistance is 20 mW (percentage error for output voltage and output power is 2%). AC voltage source: Amplitude=311.13, Freq=60, DC offset= 0. For the rectifier part, choose diodes with an appropriate PIV rating. Show all the formulas and computations involved in acquiring the values for the inductors, diodes, capacitor and resistors. In choosing your Zener diode, consider the output voltage and the output current. Note that the output current should be the minimum Zener current. For the value of the series resistor RS, choose a lower value for less ripple but always consider the required output voltage. The ripple voltage peak-to-peak value should be less than or equal to 1% of the required output voltage. Use the formula below for choosing the value…
A schematic design of a full-wave bridge type power supply is given below. Provide the appropriate values for the inductors, diodes, capacitor and resistors, such that the output DC voltage is 7.5 V and the max. output power for the load resistance is 20 mW (percentage error for output voltage and output power is 2%). AC voltage source: Amplitude=311.13, Freq=60, DC offset= 0. For the rectifier part, choose diodes with an appropriate PIV rating. Show all the formulas and computations involved in acquiring the values for the inductors, diodes, capacitor and resistors. • In choosing your Zener diode, consider the output voltage and the output current. Note that the output current should be the minimum Zener current. • For the value of the series resistor RS, choose a lower value for less ripple but always consider the required output voltage. •The ripple voltage peak-to-peak value should be less than or equal to 1% of the required output voltage. Use the formula below for choosing the…
A sine wave carrier is modulated by a single tone so that Emax = 25 mV and Emin = 10 mV. Calculate the modulation index. a.0.67 b.0.29 c.0.43 d.0.60
A sine wave carrier is modulated by a single tone so that Emax = 25 mV and Emin = 10 mV. Calculate the modulation index. a.0.67 b.0.29 c. 0.43 d.0.60
Using MATLAB. Generate a square wave signal whose peak amplitude is 1 V, frequency of 1000 Hz, and 50% duty cycle. Use a sampling rate of 20000 Hz and a duration of 1 s. Plot the signal for a duration of 5 ms. Please help by giving the code. Thank you
Please explain the waveforms, what are the reason why does the 3rd waveform is attenuated. 1st waveform: Carrier signal (2Vpk,20 kHz) 2nd waveform: Information signal (1Vpk,1kHz) 3rd waveform: Receiver signal
a semi-crinlar currend wave nhich Defermine the PMS Value of has a manimum valse of a . (Nofe: the equatim of a gemi- Eramlar wave is ²t y" - a° ). %3D ta