Lab 1 All Answers must be types. This lab must be done individually. Don’t forget the Coversheet (your name, lab number, course name)! Read chapter 2 of the textbook. Using the diagram on page 46, answer the following questions: Part I 1- How many timers are available in this architecture? 2- Explain the purpose of Capture/Compare PWM. What is PWM (Hint: You may want to refer to your digital textbook)? 3- How many Capture/Compare PWM are available in the block diagram? 4- Which I/O ports can act as A/D converter? 5- Which I/O ports are used for MSSP? 6- Which ports can be setup as parallel slave port? 7- What is the data bus width going to each I/O port? 8- What is the size of the WREG in the processor in terms of bits? 9- What is BSR? What is the size of BSR in bits? 10- Which memory block can be accessed via BSR? 11- What special features are supported by PIC18F4X2 architecture? Briefly explain each feature. Make sure you tabulate your answers. 12- Which I/O port can be used for interfacing with external devices or peripherals to interrupt the processor? 13- What is the largest possible data RAM address in Hex? 14- What is the largest possible program memory address in Hex? 15- What is the purpose of file select registers? What part of the MPU are they located at? 16- How many file select registers are available in the MPU and how wide is the register? 17- Where does the instruction decoder get inputs from (which memory block)? 18- What does bank select register do? What is this register connected to in the block diagram? 19- What is the difference between PIC18F and PIC18C in terms of memory capabilities? 20- The following questions are regarding PIC18F452/4520: a. Using the resources available on www.microchip.com, show the pin out. b. What is the instruction size for the chip? c. How many I/O pins does it have? d. What is the total number of pins on the chip? e. What is the size of the EEPROM? 21- Using the resources available on www.microchip.com, find and show all different types of PIC18FX families. 22- Which chip in PIC18F family has the largest RAM size?Part II: 1- Read Appendix F, up to F.1.2 and demonstrate how to obtain Fig. F.1. You must provide a screen snapshot. Make sure the device is set to PIC18F452 [Hint: Make sure your program is setup as follow – there are several errors in the textbook!] 2- Read up to F.1.15. Create the Byte.asm file as shown below. Include a snap shot of all your windows. After loading the program you must see the following windows: 3- Answer the following questions: a. What does ORG command do? b. What is the value of PORT C after the program is executed? c. What is the value of the PC counter after the program is completed? d. What do you have to do to store the program starting at 0046 HEX? e. How can you change the program to set the WREG value to be A2 after the program is executed? 4- In this section, you are required to use the 7-Segment LED panel and display 2010 on the panel. Hint: make sure you are using common