By Ata Elahi, Trevor Arjeski
This ebook offers a hands-on method of studying ARM meeting language with using a TI microcontroller. The ebook begins with an creation to laptop structure after which discusses quantity structures and electronic good judgment. The textual content covers ARM meeting Language, ARM Cortex structure and its elements, and Experiments utilizing TILM3S1968. Written for these drawn to studying embedded programming utilizing an ARM Microcontroller.
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Extra resources for ARM Assembly Language with Hardware Experiments
Fig. 10 Operation of 8*1 MUX 32 2 Logic Gates and Introduction to Computer Architecture Fig. 11 shows decoder truth table Short Answer Questions 1. List the components of a microcomputer. 2. Explain the functions of a CPU. 3. List the functions of an ALU. 4. What is the function of a control unit? 5. What does RAM stand for? 6. What is SRAM? discuss its applications 7. Define DRAM and SDRAM and explain their applications. 8. Explain the function of an address bus and a data bus. 9. What does IC stand for?
Data Bus The data bus is used to carry data to and from the memory and represents the size of each location in memory. 14 each location can hold only four bits. If a memory IC has eight data lines, then each location can hold eight bits. The size of a memory IC is represented by 2n × m where n is the number of address lines and m is the size of each location. 3, where n = 3 and m = 4, the size of the memory is: 23 * 4 = 32 bits Control Bus The control bus carries control signals from the control unit to the computer components in order to control the operation of each component.
TST (Test Instruction): The test instruction has following format TST Oprand1, Operand2: The Test Instruction performs AND operation between operand1 and Operand2 and set appropriate flag bit. 4 and a zero will placed in the least significant bit, the logical shift left multiply the contents of register by 2. /6/55QVKLIWWROHIW5QWLPHVDQGVWRUHUHVXOWLQ5 44 3 ARM Instructions Part I Fig. 4 Logical shift left 0 0 1 0 0 0 1 1 0 0 1 0 0 0 1 1 0 Carry Flag Fig. 8: What is contents of R1 after executing following Instruction, assume R1 contains 0x00000500.
ARM Assembly Language with Hardware Experiments by Ata Elahi, Trevor Arjeski