Challenges in Low Power Microprocessor Design Quiz Question and Answers 39 PDF Book Download

Challenges in low power microprocessor design quiz, challenges in low power microprocessor design MCQs with answers, arm processor test prep 39 to learn electrical engineering courses for online engineering degree. Introduction to arm processors quiz questions and answers, challenges in low power microprocessor design multiple choice questions (MCQs) to practice arm processors test with answers for online colleges and universities courses. Learn challenges in low power microprocessor design MCQs, arm cortex-m processor series, cortex- mo+ processor, cortex-a processor, challenges in low power microprocessor design test prep for engineering certification.

Learn challenges in low power microprocessor design test with multiple choice question (MCQs): power contribution of memory arrays depends upon, with choices length of datapath, alu speed, size of cache, and number of inputs for online bachelor degree. Learn introduction to arm processors questions and answers for problem-solving, merit scholarships assessment test.

Quiz on Challenges in Low Power Microprocessor Design Worksheet 39

Challenges in Low Power Microprocessor Design Quiz

MCQ: Power contribution of memory arrays depends upon

  1. length of datapath
  2. ALU speed
  3. size of cache
  4. number of inputs

C

Cortex-A Processor Quiz

MCQ: A secure program execution environment in ARM processors is provided by

  1. TrustZone
  2. Java support
  3. RTOS
  4. Proxy

A

Cortex- MO+ Processor Quiz

MCQ: Number of interrupts present in Cortex-MO+ processors are

  1. 1 to 32
  2. 1 to 16
  3. 1,8,16,32
  4. 1 to 240

A

ARM Cortex-M Processor Series Quiz

MCQ: Which of following supports same instruction set as Cortex-M0 processor?

  1. Cortex-M7 processor
  2. Cortex-M3 processor
  3. Cortex-M4 processors
  4. Cortex-M0+ processor

D

Cortex-M4 Processor Quiz

MCQ: Performance of Cortex-M4 processor with Dhrystone 2.1 benchmark is

  1. 2.33 MHz
  2. 1.02 MHz
  3. 3.4 MHz
  4. 12.32 MHz

C