How to alternate 2 flip flops with 2 clocks?

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SUMMARY

This discussion focuses on the implementation of two flip-flops, F1 and F2, controlled by two clocks, C1 and C2. When clock C1 goes high, it sets F1 high and F2 low, while clock C2, which operates at a slower frequency, sets F2 high and F1 low when it goes high. In the event that both clocks go high simultaneously, clock C2 takes precedence. The discussion emphasizes the need for a truth table, state transition map, and Karnaugh map for proper implementation.

PREREQUISITES
  • Understanding of flip-flop operation and behavior
  • Knowledge of clock signal timing and precedence
  • Familiarity with truth tables and state transition maps
  • Experience with Karnaugh maps for logic simplification
NEXT STEPS
  • Study the design and operation of D flip-flops
  • Learn how to create and analyze truth tables for digital circuits
  • Explore state transition diagrams for sequential logic design
  • Investigate Karnaugh map techniques for minimizing logic expressions
USEFUL FOR

Digital circuit designers, electronics engineers, and students studying sequential logic will benefit from this discussion, particularly those working with flip-flops and clock-driven state machines.

johny radio
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Hello

I've got two flip-flops, F1 and F2.
And a clock C1. Every time the C1 goes High, it should drive F1 high and F2 low.
There's a slower clock, C2. When C2 goes High, it should drive F2 high and F1 low.
If C1 and C2 go high at the same time, C2 wins.

How to do this?

Thank You.
 
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johny radio said:
Hello

I've got two flip-flops, F1 and F2.
And a clock C1. Every time the C1 goes High, it should drive F1 high and F2 low.
There's a slower clock, C2. When C2 goes High, it should drive F2 high and F1 low.
If C1 and C2 go high at the same time, C2 wins.

How to do this?

Thank You.

Truth table, state transition map, Karnaugh map, implementation. Please show us your work. :-)
 

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