Question

In: Electrical Engineering

Implement a circuit for following scenario using NOR gate only, draw circuit using multiplexer In a...

Implement a circuit for following scenario using NOR gate only, draw circuit using multiplexer
In a certain chemical – processing plant, a liquid chemical is used in a manufacturing process. The chemical is
stored in three different tanks. A level sensor in each tank produces a HIGH voltage when the level of the chemical in
the tank drops below a specified point. Design a circuit that monitors the chemical level and indicates when the
level in any two of the tanks drops below the specified point. Draw the circuit using NAND gate only and
implement using Multiplexer

Solutions

Expert Solution


Related Solutions

Build AND, OR and NOT gates using NOR gates only. (draw the circuit and show the...
Build AND, OR and NOT gates using NOR gates only. (draw the circuit and show the Boolean logic behind it - formulae Prove A' + AB = A + B using Venn diagram (set concepts) Write ALL the maxterms for a combination of three variables.
Implement AND gate using 3 BJTs. Implement OR gate using 3 BJTs.
Implement AND gate using 3 BJTs. Implement OR gate using 3 BJTs.
2. Design a digital circuit, using a decoder, only Nor gates, a 7-segment display, and D...
2. Design a digital circuit, using a decoder, only Nor gates, a 7-segment display, and D Flip Flops, that repeatedly outputs the sequences of characters ‘P’, ‘E’, ‘A’, ‘L’ if x=0 and ‘L’, ‘E’, ‘A’, ‘P’ if x=1 .
a. Create NAND gate using only transistors.
a. Create NAND gate using only transistors.b. Using the circuit block Create NAND gate using only transistors , attach additional components to the circuit to have the output of ANDgate.c. Explain both circuitsd. Out of CB, CC and CE which circuit will you use to amplify the sound output of your computer and why. Explain.
Implement a 4x4 multiplier using gate level (verilog code and test bench)
Implement a 4x4 multiplier using gate level (verilog code and test bench)
First derive the truth table for the requested modulus sequence, draw the circuit, then implement it...
First derive the truth table for the requested modulus sequence, draw the circuit, then implement it using only the built-in AND, OR, and NOT gates. Exercise 18 [3.0] LOCK Consider a boolean function with inputs: d, e, f, g. The value of the inputs can be defined as V = 8*d + 4*e + 2*f + 1*g. The output of this function is true if V mod 3 is 1.
Implement 1x4 de-multiplexer using data flow modeling in verilog, also write its test bench.
Implement 1x4 de-multiplexer using data flow modeling in verilog, also write its test bench.
a) Draw and label your own circuit diagram using standard schematic symbols for a circuit with...
a) Draw and label your own circuit diagram using standard schematic symbols for a circuit with a 12 V battery, a 15 ohm resistor, a 400 mH inductor, and a switch, all in series. b) Write a diffferential equation (in the form of a loop equation) describing the behavior of this circuit after the switch is closed. c) The switch is first closed at time t = 0. Write down an equation for current in the circuit as a function...
Write a C++ program (using pointers and dynamic memory allocation only) to implement the following functions...
Write a C++ program (using pointers and dynamic memory allocation only) to implement the following functions and call it from the main function. (1)Write a function whose signature looks like (char*, char) which returns true if the 1st parameter cstring contains the 2nd parameter char, or false otherwise. (2)Create an array of Planets. Populate the array and print the contents of the array using the pointer notation instead of the subscripts.
Procedure a. Design and build a circuit based on the subtractor adder to implement the following...
Procedure a. Design and build a circuit based on the subtractor adder to implement the following equation: Y=2X +1.5 b. Check the operation of the circuit, entering 10 different values ​​of X and measuring the result obtained in Y. Use a source of +-15 volts to polarize the circuit c. Graph the results and obtain the equation of that graph.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT