Draw a logic gate circuit for the following functions: F = AB’ + C’(A + B) F = (X’Y+Z) + (X +YZ’)
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Draw a logic gate circuit for the following functions:
- F = AB’ + C’(A + B)
- F = (X’Y+Z) + (X +YZ’)
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- Create the logic circuit diagram for zF= X’Y + XZ’Construct the corresponding logic circuit for the following expression using only AND gates and OR gates and INVERTERS. Do not simplify! x = AB(C+D) 6) z = (A + B + CDE) + BCDDraw the equivalent logic circuit diagram of the given expression. F= (a'b') + (ac)
- From the following truth table: i) Construct Karnaugh Map (SOP)ii) Design combinational logic circuit using 2-input NAND Gateiii) Design combinational logic circuit using 4:1 MultiplexerChoose a suitable BCD equivalent of a decimal number (432.56)10 3. Select a suitable logic family, which has extremely low power consumption. a) b) c) d) 0100 0011 0010.0101 0100 0100 0011 0010.0100 0110 0100 0011 0010.0101 0110 None of the aboveDesign a combinational logic circuit that converts a three-bit binary number from code A to code B, according to the table on the right. Answer the following questions: Code A Code B 000 000 100 001 110 010 010 011 011 100 001 101 101 110 111 111 Implement your circuit using two 2-by-4 decoders (with enables) only. Explain your implementation. You can use as many ‘OR’ gates and inverters as you need. Implement your circuit using 4-by-1 multiplexers and the fewest number of additional logic gates (if needed). Provide the complete implementation.
- Design a combinational logic circuit that converts a three-bit binary number from code A to code B, according to the table on the right. Answer the following questions: Code A Code B 000 000 001 001 011 010 010 011 110 100 111 101 101 110 100 111 Construct the truth table for the circuit.Prove the equality of the following boolean expression (AB)'.(CD)'=(AB+CD)'.state this theorem.implement using logic gates alsoPlease can you help me with this function:- F’ = ABC’ + B’C’ + C’D’ 1. Draw the logic diagram for output F’ in terms of the inputs A, B, C and D. 2. Draw the function F’ by using minimum number of NAND gates.
- Using Logisim, draw the combinational logic circuit diagram by using the equation: (ab’ . (a + c))’ + a’b . (a +b’ + c’)’29. The following figure shows the circuit design of logic operations. Select a FALSE statement. answer choices: If GPIO pin 12 is LOW and GPIO pin 16 is HIGH, then only LED_B is on. If GPIO pin 12 is HIGH and GPIO pin 16 is HIGH, then only LED_Y is on. If GPIO pin 12 is HIGH and GPIO pin 16 is LOW, then only LED_A is on. If GPIO pin 12 is LOW and GPIO pin 16 is LOW, the all LEDs are off.Convert the boolean expression F = z + xy' to NAND-NAND, and create the resulting logic diagram