b)  Complete a transition table for the monitoring unit. (a state machine that will control the sequence of the display) (see Figure 4.1b).

2. Picture a typical 7-segment LED display (e.g. one digit of a typical digital alarm clock). Your task is to design a combinatorial circuit that controls whether the top-left (LED z_3). LED z_3 is lit for numbers 0, 1, 2, 3, 4, 7, 8 and 9; and blank for all other inputs (including invalid inputs). 2:0123456789 A. Write the truth table for this circuit. (LED z_3 only) B. Express the truth table in Sum-of- Products form. C. Draw the logic diagram for this combinatorial circuit in "PLA-Style". (Hint: Use a ruler or straight edge for wires.)

Draw the ASMD charts for the following state transitions:1. If x=1, control goes from state S1 to state S2; if x=0, generate a conditional operation R<=R+2 and go from S1 to S2.2. If x=1, control goes from S1 to S2 and then to S3; if x=0, control goes from S1 to S3.3. Start from state S1; then if xy=11, go to S2; if xy=01 go to S3; and if xy=10, go to S1; otherwise, go to S3.

UML diagram Please create a state diagram for motor control that is commonly used in household appliances. The motor starts by applying power to both the start and the run windings. - A starting relay determines when the motor has started, at which point the start winding is turned off, leaving only the run winding powered. Appliance motors could be damaged by overheating if they are overloaded or fail to start.

What is the simple block diagram of the blood pressure monitor device (Explain what is the input and output)