A company that processes salmon and products derived from it, in southern Chile, has implemented a digital system that allows automatic feeding of fish when they are in storage ponds.

This system was designed and currently the company requires knowledge of the digital logic used for the system to work. In this sense, the project documentation was reviewed and the following digital circuit is available: 

You are required to develop a report that contains:

• Introduction.
• Development.
• Conclusions.
• Bibliographic references.
• In the report you must detail the assigned activities.

The assigned activities are specified below:

1. Identify the logic gates of the circuit presented, their respective truth table and the commercial integrated circuit. Additionally, it indicates the number of gates required to design the physical circuit.
2. Check the operation using the circuit simulation in Proteus, once you build the logic table or truth table of the circuit.
3. Try some cases of the truth table (at least 3) to contrast the table created with the simulation and Design a new circuit where the output signal is activated only when the combination of the switches represents an odd number.
4.  

A	B	C	Salida
0	0	0	Par*
0	0	1
0	1	0	Par
0	1	1
1	0	0	Par
1	0	1
1	1	0	Par
1	1	1

 

* For the design consider the number 0 as an even number.

 Using the Proteus electronic simulator, design circuit diagrams using logic gates and test their operation.

 

EVALUATION INDICATORS

Differentiates the symbiology and operation of the different types of logic gates, with the purpose of presenting logical expressions in an industrial context.

Compare the operation of the different types of logic gates, considering their truth table, to check their behavior in an industrial context.

It uses different types of gates and an electronic simulator, with the aim of designing circuit diagrams and checking their operation in an industrial context.

ABC F