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EN O ao O ON CLK TO T Flip-Flop (1) T Flip-Flop (2) · AT (toggle) flip-flop changes state on every tick of the clock. · AT (toggle) flip-flop changes state on every tick of the clock. (a) (b) EN EN (a) (b) Figure 7-31 Positive-edge-triggered T flip-flop: (a) logic symbol; (b) functional behavior. Figure 7-33 Positive-edge-triggered T flip-flop with enable: (a) logic symbol; (b) functional behavior. (a) (b) CLK aoa QN TO EN O >CLK QC O QN |к OQ > CLK EN O TO CLK Qo O QN (a) (b) Figure 7-32 Possible circuit designs for a T flip-flop: (a) using a D flip-flop; (b) using a J-K flip-flop. Figure 7-34 Possible circuits for a T flip-flop with enable: (a) using a D flip-flop; (b) using a J-K flip-flop.

EN O ao O ON CLK TO T Flip-Flop (1) T Flip-Flop (2) · AT (toggle) flip-flop changes state on every tick of the clock. · AT (toggle) flip-flop changes state on every tick of the clock. (a) (b) EN EN (a) (b) Figure 7-31 Positive-edge-triggered T flip-flop: (a) logic symbol; (b) functional behavior. Figure 7-33 Positive-edge-triggered T flip-flop with enable: (a) logic symbol; (b) functional behavior. (a) (b) CLK aoa QN TO EN O >CLK QC O QN |к OQ > CLK EN O TO CLK Qo O QN (a) (b) Figure 7-32 Possible circuit designs for a T flip-flop: (a) using a D flip-flop; (b) using a J-K flip-flop. Figure 7-34 Possible circuits for a T flip-flop with enable: (a) using a D flip-flop; (b) using a J-K flip-flop.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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The following diagram shows how to build a T flip-flop with EN using a D flip-flop. Design a circuit that is equivalent to a D flip-flop using a T flip-flop with EN. Draw the circuit diagram.

EN O ao O ON CLK TO
Transcribed Image Text:EN O ao O ON CLK TO
T Flip-Flop (1) T Flip-Flop (2) · AT (toggle) flip-flop changes state on every tick of the clock. · AT (toggle) flip-flop changes state on every tick of the clock. (a) (b) EN EN (a) (b) Figure 7-31 Positive-edge-triggered T flip-flop: (a) logic symbol; (b) functional behavior. Figure 7-33 Positive-edge-triggered T flip-flop with enable: (a) logic symbol; (b) functional behavior. (a) (b) CLK aoa QN TO EN O >CLK QC O QN |к OQ > CLK EN O TO CLK Qo O QN (a) (b) Figure 7-32 Possible circuit designs for a T flip-flop: (a) using a D flip-flop; (b) using a J-K flip-flop. Figure 7-34 Possible circuits for a T flip-flop with enable: (a) using a D flip-flop; (b) using a J-K flip-flop.
Transcribed Image Text:T Flip-Flop (1) T Flip-Flop (2) · AT (toggle) flip-flop changes state on every tick of the clock. · AT (toggle) flip-flop changes state on every tick of the clock. (a) (b) EN EN (a) (b) Figure 7-31 Positive-edge-triggered T flip-flop: (a) logic symbol; (b) functional behavior. Figure 7-33 Positive-edge-triggered T flip-flop with enable: (a) logic symbol; (b) functional behavior. (a) (b) CLK aoa QN TO EN O >CLK QC O QN |к OQ > CLK EN O TO CLK Qo O QN (a) (b) Figure 7-32 Possible circuit designs for a T flip-flop: (a) using a D flip-flop; (b) using a J-K flip-flop. Figure 7-34 Possible circuits for a T flip-flop with enable: (a) using a D flip-flop; (b) using a J-K flip-flop.
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