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Race conditions | CircuitVerse
https://learn.circuitverse.org/docs/seq-design/race-conditions.html#:~:text=If%20the%20clock%20is%20High%20for%20a%20time,the%20level-triggered%20flip-flop.%20Use%20of%20master-slave%20JK%20flip-flop
Race Around Condition in JK Flip Flop and T-Flip Flop
https://www.includehelp.com/basics/race-around-condition-in-jk-flip-flop-and-t-flip-flop.aspx
There are three ways using which we can eliminate the race around condition in JK flip flop, which are discussed below: Race around condition exists when tp ≥ Δt. Thus, by keeping tp < Δt, we can avoid race around condition. Use of edge triggering in flip flops. By using a master-slave flip-flop. T-Flip Flop
What is Race around Condition? - Goseeko blog
https://www.goseeko.com/blog/what-is-race-around-condition/
Race Around Condition in JK Flip-flop For J-K flip-flop, if J=K=1, and if clk=1 for a long period of time, then output Q will toggle as long as CLK remains high which makes the output unstable or uncertain. This is called a race around condition in J-K flip-flop. We can overcome this problem by making the clock =1 for very less duration.
Race conditions | CircuitVerse
https://learn.circuitverse.org/docs/seq-design/race-conditions.html
If the clock is High for a time interval less than the propagation delay of the flip flop then racing around condition can be eliminated. This is done by using the edge-triggered flip flop rather than using the level-triggered flip-flop. Use of master-slave JK flip-flop
Master-Slave JK Flip Flop - GeeksforGeeks
https://www.geeksforgeeks.org/master-slave-jk-flip-flop/
Prerequisite – Flip-flop types and their Conversion. Race Around Condition In JK Flip-flop – For J-K flip-flop, if J=K=1, and if clk=1 for a long period of time, then Q output will toggle as long as CLK is high, which makes the output of the flip-flop unstable or uncertain. This problem is called race around condition in J-K flip-flop.
digital logic - What is race condition in flip-flops ...
https://electronics.stackexchange.com/questions/155949/what-is-race-condition-in-flip-flops
Race around condition only exists in latches as they are level triggered devices and clock pulses may remain high for a period where for invalid inputs the output fluctuates indefinitely until the clock pulse is high. This is eliminated by using master slave latches (JK) or flip flops which are edge triggered devices.
[Solved] Race around condition can be removed by using …
https://testbook.com/question-answer/race-around-condition-can-be-removed-by-using-the--5f7556278ee9426e808039f1
Race around condition: For JK flip-flop if J, K, and Clock are equal to 1 the state of flip-flop keeps on toggling which leads to uncertainty in determining the output of the flip-flop. This problem is called Race around the condition. This can be eliminated by using the following methods. Increasing the delay of flip-flop.
[Solved] What is the condition necessary to avoid Race ...
https://testbook.com/question-answer/what-is-the-condition-necessary-to-avoid-race-arou--5f3ed88f34256c54c4c8257a
For JK flip-flop if J, K, and Clock are equal to 1 the state of flip-flop keeps on toggling which leads to uncertainty in determining the output of the flip-flop. This problem is called Race around the condition. This can be eliminated by using the following methods. Increasing the delay of flip-flop; Use of edge-triggered flip-flop
Explain the race around condition in JK flip-flop. State ...
https://www.ques10.com/p/15395/explain-the-race-around-condition-in-jk-flip-flo-1/
Steps to avoid racing condition in JK Flip flop: If the Clock On or High time is less than the propagation delay of the flip flop then racing can be avoided. This is done by using edge triggering rather than level triggering. If the flip flop is made to toggle over one clock period then racing can be avoided. This introduced the concept of Master Slave JK flip flop.
What is a race around condition related to JK Flip Flop ...
https://www.quora.com/What-is-a-race-around-condition-related-to-JK-Flip-Flop
In flip flops when clock pulse is applied, output changes when input changes. But in JK flip flop, when J=1,K=1 , at each clock pulse output changes(output toggles) without any change in the input.This is called RACE AROUND CONDITION. Reason: First let us consider the initial output Q be high(or 1). then S becomes 0 , R becomes 1.
JK Flip Flop: What is it? (Truth Table & Timing Diagram ...
https://www.electrical4u.com/jk-flip-flop/
Next if J = 1, K = 0, Q = 1 and Q̅ = 0, then X 1 = X 2 = 0 which results in Q = 1 (and thus Q̅ = 0). For the same case if Q = 0 and Q̅ = 1, then X 1 = 0, X 2 = 1 which leads to Q̅ = 0 and hence Q is forced to value 1. This means that for the case of J = 1 and K = 0, flip-flop output will always be set i.e. Q = 1 and Q̅ = 0.
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