JK Flip-Flop Circuit | ChatDiagram

JK Flip-Flop

A JK flip-flop is a clocked storage element with two control inputs. At the active clock edge, J and K can command set, reset or hold behavior; when both are high, the output toggles. This avoids the invalid input state associated with a simple SR latch. The diagram labels J, K, clock, Q and Q-bar explicitly, making it useful for timing discussions and counter design. A JK flip-flop can be configured as a toggle stage by tying J and K high, or adapted for other logic functions with appropriate input connections.

種類 回路図規格 IEEE Std 315 / ANSI Y32.2エンジン schematex-circuit更新日 2026/9/24

依頼内容

“Draw a 5 V 74HC76 JK flip-flop with J, K and clock inputs, plus Q and Q-bar outputs with 10 kΩ loads to ground.”

次はこちらTie J and K high for toggle mode.Add an active-low clear input.

この図に含まれるもの

図の背後にある意思決定を読み解く。

01J and K inputs

The pair controls set, reset, hold and toggle behavior.

02Clock input

State changes occur on the active clock edge.

03Outputs

Q and Q-bar provide complementary state signals.

Use this for counters or demonstrations of JK flip-flop behavior.

回路図のテンプレートをすべて見る →

よくある質問

What happens when J and K are both high?

The output toggles on each active clock edge.

How is JK different from SR?

JK defines toggle behavior when both inputs are active rather than leaving an invalid state.

What is JK toggle mode used for?

It is commonly used in binary counters and frequency-divider stages.