Which of the following statement is incorrect? A. Assuming that XTAL = 10 MHz, TCNTO = 50 to generate a delay of 15 us in Normal mode. B. Assuming that XTAL = 16 MHz, Prescalar N = 8 and OCRO= 7 to generate a square wave pulse with duty cycle 50% and frequency 1MHZ. C. Assuming that XTAL = 10 MHz, OCRO = 149 to generate a delay of 15 us in CTC mode. D. Assuming that XTAL = 8 MHz, Prescalar N = 256 and TCNTO= 131 to generate a delay of 4 ms in Normal mode. %3D

Which of the following statement is incorrect? A. Assuming that XTAL = 10 MHz, TCNTO = 50 to generate a delay of 15 us in Normal mode. B. Assuming that XTAL = 16 MHz, Prescalar N = 8 and OCRO= 7 to generate a square wave pulse with duty cycle 50% and frequency 1MHZ. C. Assuming that XTAL = 10 MHz, OCRO = 149 to generate a delay of 15 us in CTC mode. D. Assuming that XTAL = 8 MHz, Prescalar N = 256 and TCNTO= 131 to generate a delay of 4 ms in Normal mode. %3D

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

What do you mean by EMI shielding? What is the requirement for EMI shielding. Discuss the use of polymeric materials for radiation shielding.
ver is in the side dulation factor m. This emphasis .8. A carrier wave of 500 watts is subjected to 100% amplitude modulation. Determine: (ii) power of modulated wave. (i) power in sidebands Solutien
Explain the principle behind SP log and gamma ray log?
Electronics Circuit: BJT biasing A fixed bias NPN BJT (Beta = 90) circuit is connected to a 16VDC supply with the following components Rb= 470 KOhms, Rc= 2.7KOhms. Determine the Emitter Voltage (Ve). а. 0.7 milliVolts b. 0.0 Volts c. 0.89 Volts d. 0.7 Volts
Q3: A sinusoidally modulated AM waveform is shown below, Determine: 1. Peak amplitude of the upper and lower side frequencies. 2. Peak amplitude of the unmodulated carrier. 3. The modulation index and it is percentage. 4. The total power and the power efficiency. 5. Plot the frequency and the power spectrum of the modulated signal if the frequency of the carrier and the modulating signal are 2MHz and 15KHz respectively. 12 6 0 -6 -12 T
Question 20 only
Solve the question
Explain clinical applications for function magnetic resonance imaging (fMRI) and magnetic resonance spectroscopy (MRS)
Optoelectronic
Explain the concept of spread spectrum modulation.
The power of operating frequency in AM station is 145 W, and there is 89% modulation depth. (assuming single side band suppressed carrier). What is the power of the side bands?
5.