10 Questions
What input conditions would prevent a stop signal from occurring in the manufacturing process?
Temperature = 750 degrees Celsius and Speed > 15 m/s
Under what condition would a stop signal (X-1) occur in the manufacturing process?
Volume is greater than 1000 liters and Speed is less than or equal to 15 m/s
In the context of the manufacturing process's logic circuit, what happens if both Speed and Volume are below their thresholds?
The process continues without interruption
What is the significance of each condition mentioned in the table for determining the stop signal in the manufacturing process?
All conditions must be met simultaneously for a stop signal
What makes a JK flip-flop unique compared to other flip-flops like D and T flip-flops?
It has both J and K inputs for controlling state transitions
Which scenario would lead to the activation of the stop signal (X-1) in the manufacturing process?
Volume = 1000 liters and Speed > 15 m/s
How is Excess-3 code derived from BCD (Binary Coded Decimal) code?
By adding 3 to each BCD digit
In a JK flip-flop, what happens when both J and K inputs are set to 1?
Toggle the output state
What advantage does Excess-3 code offer over other binary codes in digital arithmetic operations?
It reduces the possibility of decimal carry errors
In a JK flip-flop, if the current state is Q=1 with J=0 and K=1, what will be the next state when a clock pulse arrives?
Q=0
Test your knowledge on logic gates used in a manufacturing process control system. The quiz includes scenarios where AND, OR, and NOT gates are utilized to determine the STOP signal based on various conditions like volume, temperature, and speed.
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