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using módé 2. 37. Assuming that XTAL = 11.0592 MHz and that we are generating a square wave on pin P1.3, find the highest square wave frequency that we can gener- ate using mode 2. %3D bet YTA I- 16 MHz ond that wo oro on

using módé 2. 37. Assuming that XTAL = 11.0592 MHz and that we are generating a square wave on pin P1.3, find the highest square wave frequency that we can gener- ate using mode 2. %3D bet YTA I- 16 MHz ond that wo oro on

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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21. Assume that XTAL 16 MHz. Find the TH1,TL1 value to generate a time delay of 5 ms. Timer 1 is programmed in mode I. 22. Assuming that XTAL = 11.0592 MHz, program Timer 0 to generate a time delay of 2.5 ms. 23. Assuming that XTAL 11.0592 MHz, program Timer 1 to generate a time delay of 0.2 ms. 24. Assuming that XTAL 20 MHz, program Timer 1 to generate a time delay of 100 ms. 25. Assuming that XTAL = 11.0592 MHz, and we are generating a square wave on pin P1.2, find the lowest square wave frequency that we can generate using mode 1. 26. Assuming that XTAL = 11.0592 MHz, and we are generating a square wave on pin P1.2, find the highest square wave frequency that we can generate using mode 1. 27. Assuming that XTAL = 16 MHz, and we are generating a square wave on pin P1.2, find the lowest square wave frequency that we can generate using mode 1. 28. Assuming that XTAL = 16 MHz, and we are generating a square wave on pin P1.2, find the highest square wave frequency that we can generate using mode 1. 29. In mode 2 assuming that TH1 = FIH, indicate which states timer 2 goes through until TF1 is raised. How many states is that? 30. Program Timer 1 to generate a square wave of 1 kHz. Assume that XTAL = 11.0592 MHz. 31. Program Timer 0 to generate a square wave of 3 kHz. Assume that XTAL = 11.0592 MHz. 32. Program Timer 0 to generate a square wave of 0.5 kHz. Assume that XTAL = 20 MHz. 33. Program Timer 1 to generate a square wave of 10 kHz. Assume that XTAL = 20 MHz. 34. Assuming that XTAL= 11.0592 MHz, show a program to generate a 1-second time delay. Use any timer you want. 35. Assuming that XTAL = 16 MHz, show a program to generate a 0.25-second time delay. Use any timer you want. 36. Assuming that XTAL 11.0592 MHz and that we are generating a square wave on pin P1.3, find the lowest square wave frequency that we can generate using mode 2. 37. Assuming that XTAL = 11.0592 MHz and that we are generating a square wave on pin P1.3, find the highest square wave frequency that we can gener- ate using mode 2. 38. Assuming that XTAL 16 MHz and that we are generating a square wave on pin P1.3, find the lowest square wave frequency that we can generate using mode 2. 39. Assuming that XTAL 16 MHz and that we are generating a square wave on pin P1.3, find the highest square wave frequency that we can generate using mode 2. 40. Find the value (in hex) loaded into TH in each of the following.
Transcribed Image Text:21. Assume that XTAL 16 MHz. Find the TH1,TL1 value to generate a time delay of 5 ms. Timer 1 is programmed in mode I. 22. Assuming that XTAL = 11.0592 MHz, program Timer 0 to generate a time delay of 2.5 ms. 23. Assuming that XTAL 11.0592 MHz, program Timer 1 to generate a time delay of 0.2 ms. 24. Assuming that XTAL 20 MHz, program Timer 1 to generate a time delay of 100 ms. 25. Assuming that XTAL = 11.0592 MHz, and we are generating a square wave on pin P1.2, find the lowest square wave frequency that we can generate using mode 1. 26. Assuming that XTAL = 11.0592 MHz, and we are generating a square wave on pin P1.2, find the highest square wave frequency that we can generate using mode 1. 27. Assuming that XTAL = 16 MHz, and we are generating a square wave on pin P1.2, find the lowest square wave frequency that we can generate using mode 1. 28. Assuming that XTAL = 16 MHz, and we are generating a square wave on pin P1.2, find the highest square wave frequency that we can generate using mode 1. 29. In mode 2 assuming that TH1 = FIH, indicate which states timer 2 goes through until TF1 is raised. How many states is that? 30. Program Timer 1 to generate a square wave of 1 kHz. Assume that XTAL = 11.0592 MHz. 31. Program Timer 0 to generate a square wave of 3 kHz. Assume that XTAL = 11.0592 MHz. 32. Program Timer 0 to generate a square wave of 0.5 kHz. Assume that XTAL = 20 MHz. 33. Program Timer 1 to generate a square wave of 10 kHz. Assume that XTAL = 20 MHz. 34. Assuming that XTAL= 11.0592 MHz, show a program to generate a 1-second time delay. Use any timer you want. 35. Assuming that XTAL = 16 MHz, show a program to generate a 0.25-second time delay. Use any timer you want. 36. Assuming that XTAL 11.0592 MHz and that we are generating a square wave on pin P1.3, find the lowest square wave frequency that we can generate using mode 2. 37. Assuming that XTAL = 11.0592 MHz and that we are generating a square wave on pin P1.3, find the highest square wave frequency that we can gener- ate using mode 2. 38. Assuming that XTAL 16 MHz and that we are generating a square wave on pin P1.3, find the lowest square wave frequency that we can generate using mode 2. 39. Assuming that XTAL 16 MHz and that we are generating a square wave on pin P1.3, find the highest square wave frequency that we can generate using mode 2. 40. Find the value (in hex) loaded into TH in each of the following.
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