Consider NOR-based SR-latch shown below. Inputs Reset and Set control the operation: resetting (Q-0) and setting...

 

Transcribed Image Text:

Consider NOR-based SR-latch shown below. Inputs Reset and Set control the operation: resetting (Q-0) and setting (Q-1) state variable Q. Identify outputs Q and Q_bar= Q' and label NOR1 and NOR2 outputs accordingly. Complete the waveform template with a 5 ns propagation delay for the NOR gates. The initial state was unknown. Mark the outputs with "?" after the critical racing of signals SR=11-00. Note that the inputs are active-high. Reset NOR1 Reset Set 0 NOR1 NOR2 10 20 30 40 50 Set NOR2 60 70 80 90 100 ns time Show below the state table, the state diagram and the characteristic equation for the SR latch with active high inputs. Consider NOR-based SR-latch shown below. Inputs Reset and Set control the operation: resetting (Q-0) and setting (Q-1) state variable Q. Identify outputs Q and Q_bar= Q' and label NOR1 and NOR2 outputs accordingly. Complete the waveform template with a 5 ns propagation delay for the NOR gates. The initial state was unknown. Mark the outputs with "?" after the critical racing of signals SR=11-00. Note that the inputs are active-high. Reset NOR1 Reset Set 0 NOR1 NOR2 10 20 30 40 50 Set NOR2 60 70 80 90 100 ns time Show below the state table, the state diagram and the characteristic equation for the SR latch with active high inputs.

Answer rating: 100% (QA)

This is nor nor based SR lat... View the full answer