MCQsLearn App Free MCQsLearn App Download - Android - iOS
As an Amazon Associate I earn from qualifying purchases.

Switching Circuits and Binary Signals Quiz Questions and Answers PDF Download eBook

Practice Switching Circuits and Binary Signals quiz questions and answers, switching circuits and binary signals MCQs with answers PDF to solve digital logic design worksheet 49 for online graduate programs. Practice Binary Systems quiz questions with answers, switching circuits and binary signals Multiple Choice Questions (MCQs) for online university degrees. Free switching circuits and binary signals MCQs, d flip flop, binary numbers, simplification of boolean function, lamp handball, switching circuits and binary signals test prep for 2 year computer science degree.

"Voltage operated circuits represent as", switching circuits and binary signals Multiple Choice Questions (MCQs) with choices hexadecimal variables, decimal variables, binary variables, and octal variables to learn online classes courses. Learn binary systems questions and answers with free online certification courses for computer and information science.

Quiz on Switching Circuits & Binary Signals PDF Download eBook

Switching Circuits and Binary Signals Quiz

MCQ: Voltage operated circuits represent as

  1. Decimal variables
  2. Hexadecimal variables
  3. Binary variables
  4. Octal variables

C

Lamp Handball Quiz

MCQ: Read Only Memory (ROM) simulator is obtained from Random Access Memory (RAM) when it is operated in the

  1. read only mode
  2. write only mode
  3. read and write mode
  4. write only mode

A

Simplification of Boolean Function Quiz

MCQ: A 12 MHz clock frequency is applied to a cascaded counter containing a modulus-5 counter, a modulus-8 counter, and a modulus-10 counter. The least yield frequency conceivable is?

  1. 4input NAND
  2. 3input NAND
  3. 5input NAND
  4. 6input NAND

B

Binary Numbers Quiz

MCQ: (16)8 in hexadecimal number system is equal to

  1. A
  2. C
  3. E
  4. F

C

D Flip Flop Quiz

MCQ: A D flip-flop which employs a Positive Going Transition (PGT) clock is in a CLEAR condition. What about the following input behavior that would trigger the state to change?

  1. CLK = NGT, D = 0
  2. CLK = PGT, D = 0
  3. CLOCK NGT, D = 1
  4. CLOCK PGT, D = 1

C