Lab concerning Inverters experiement

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In summary, the conversation discusses a lab involving inverters and the use of a 7404 hex inverter IC, 6 LED's, and a logic switch. The lab requires the wiring of the LED's and IC in a specific configuration in order to light up specific LED's depending on the position of the switch. The conversation also mentions a table and questions related to the lab, as well as referencing an image on the second page of the lab document which shows circuit configurations and provides a datasheet for further information.
  • #1
Petenerd
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I have to conduct a lab concerning inverters. I'm using a 7404 hex inverter IC, 6 LED's with 150Ω resisters, and 1 logic switch. Can someone tone it down a little bit so I can undersetand what the lab is wanting me to do? And what does the image on the second page show (Figure 3-7 and 3-8)?





For table 3-6: 1, 0 going down. Questions: (2.) 0 (3.) 0 (4.) logical 1 (5.) Boolean expression not A means A is inverted.
 

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All you're doing is wiring up the LED's and 7404 so that every other LED is lit. In switch position 1, LED's 1, 3 and 5 light. In position 2, LED's 2, 4 & 6 light.

Not really comparable in difficulty to the Millikan oil drop experiment ... :-)
 
  • #3
Your answer to question 4 assumes a logical 1 input. You could say that the logical state of the output will be the logical state of the input.

The images are schematic diagrams which show 2 circuit configurations. I see an input terminal for a switch, an inverter, a LED, and a resistor on the first diagram, same on the second diagram, but with multiple inverters and LEDs. The numbers near the input and output of each inverter give you a reference to a specific pin on the IC.

You should familiarize yourself with the datasheet: http://www.onsemi.com/pub_link/Collateral/74HC04.REV1.PDF
 
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FAQ: Lab concerning Inverters experiement

What is the purpose of an inverter experiment in a lab?

An inverter experiment in a lab is used to study the behavior and characteristics of inverters, which are electronic devices that convert direct current (DC) into alternating current (AC). This experiment helps to understand the principles and applications of inverters in various electronic devices.

How does an inverter work?

An inverter works by using semiconductors, such as transistors, to switch the DC input on and off at a high frequency. This rapid switching creates an AC output that can be used to power electronic devices. The output frequency of the AC can be controlled by adjusting the switching frequency of the inverter.

What are the different types of inverters used in the experiment?

The most commonly used types of inverters in a lab experiment are square wave, modified sine wave, and pure sine wave inverters. Square wave inverters produce a square-shaped AC output, while modified sine wave inverters produce a stepped AC output. Pure sine wave inverters produce a smooth AC output similar to the power grid.

What are the factors that affect the performance of an inverter in the experiment?

The performance of an inverter in the experiment can be affected by various factors such as the quality and type of components used, the load connected to the inverter, the input voltage, and the ambient temperature. These factors can impact the efficiency, output voltage, and frequency of the inverter.

What are some common applications of inverters studied in the experiment?

Inverters have a wide range of applications, including powering household appliances, solar and wind energy systems, electric vehicles, and emergency backup power systems. In the experiment, students may also learn about the use of inverters in UPS systems, motor drives, and electronic ballasts for lighting.

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