In a state diagram, the transition from a current state to the next state is determined by

Related MCQs

• In a sequential circuit the next state is determined by and              
• Consider an up/down counter that counts between 0 and 15, if external input(X) is “0” the counter counts upward (0000 to 1111) and if external input (X) is “1” the counter counts downward (1111 to 0000), now suppose that the present state is “1100” and X=1, the next state of the counter will be
• The average transition delay time for the signal to propagate from input to output when the signals change in value. It is expressed in ns is
• The low to high or high to low transition of the clock is considered to be a(n)                
• If the region beneath the gate is left initially uncharged the gate field must induce a channel before current can flow. Thus the gate voltage enhances the channel current and sucha device is said to operate in the
•                is used to simplify the circuit that determines the next state.
• Given the state diagram of an up/down counter, we can find                
• Given the state diagram of an up/down counter, we can find                
• The diagram given below represents                   
• Above is the circuit diagram of