![Design a 4-bit down counter (decrement by 1) and analyze for the same metrics. Assume that no enable signal is used in this case. Assume the same delay characteristic equation and hold Design a 4-bit down counter (decrement by 1) and analyze for the same metrics. Assume that no enable signal is used in this case. Assume the same delay characteristic equation and hold](https://study.com/cimages/multimages/16/counter7410591331235208632.png)
Design a 4-bit down counter (decrement by 1) and analyze for the same metrics. Assume that no enable signal is used in this case. Assume the same delay characteristic equation and hold
Proposed 4-bit Asynchronous Down Counter this control signal is 1 then... | Download Scientific Diagram
![logisim - 4-Bit ripple down counter using negative edge-triggered J-K flip flops - Electrical Engineering Stack Exchange logisim - 4-Bit ripple down counter using negative edge-triggered J-K flip flops - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/02YCm.png)
logisim - 4-Bit ripple down counter using negative edge-triggered J-K flip flops - Electrical Engineering Stack Exchange
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