1) Draw timing diagram. Q0,Q1,Q2,Q3 start with 0 HIGH —o CLK 2) Design a four-bit shift register with parallel load using D flip-flops. There are two control inputs: shift and load . When shift = 1, the content of the register is shifted by one position. New data are transferred into the register when load = 1 and shift = 0. I both control inputs are equal to 0, the content of the register does not change. 1) Draw timing diagram. Q0,Q1,Q2,Q3 start with 0HIGHFF0FFIFF2FF3CLKKoK,K,CLK162) Design a four-bit shift register with parallel load using D flip-flops. There are twocontrol inputs: shift and load. When shift = 1, the content of the register is shifted byone position. New data are transferred into the register when load = 1 and shift = 0. Ifboth control inputs are equal to 0, the content of the register does not change.

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Answered: 1) Draw timing diagram. Q0,Q1,Q2,Q3…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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1) Draw timing diagram. Q0,Q1,Q2,Q3 start with 0 HIGH —o CLK 2) Design a four-bit shift register with parallel load using D flip-flops. There are two control inputs: shift and load . When shift = 1, the content of the register is shifted by one position. New data are transferred into the register when load = 1 and shift = 0. I both control inputs are equal to 0, the content of the register does not change.

1) Draw timing diagram. Q0,Q1,Q2,Q3 start with 0
HIGH
FF0
FFI
FF2
FF3
CLK
Ko
K,
K,
CLK
16
2) Design a four-bit shift register with parallel load using D flip-flops. There are two
control inputs: shift and load. When shift = 1, the content of the register is shifted by
one position. New data are transferred into the register when load = 1 and shift = 0. If
both control inputs are equal to 0, the content of the register does not change.

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