Nicholas Fornaciari
Wentworth Institute of Technology
Mechanical Engineering '20
LabVIEW Assignments
Celsius to Fahrenheit
This VI converts Celsius to Fahrenheit, while also displaying the change in the meters.
Audio Level
This VI allows for the increase of DC levels and AC levels to create a typical audio level indicator. The DC level is what causes the audio indicators to fill solid green where the AC signal represents different frequencies and noise levels.
Colorcode
This VI lets the user to choose the colors from a resistor band and output the equivalent resistance of that resistor.
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Power Calculator
This VI will take the voltage in mV and the current in mA and output the power in microwatts.
Random Variable
This VI generates a random number between 0 and 1 over an inputted time interval.
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Digital Logic
This VI allows the user to set the Boolean values of A, B, and C and will output the results.
While Loop
This VI counts up over the inputted time interval. The output value is given as a decimal value on a display as well as on a slide.
Up-Down Binary Counter
This VI is a 12 bit binary counter. It uses a time interval and a switch as inputs. It counts up over the interval. It also outputs the current value as a binary number and a decimal number on a display.
Binary conversion
This VI converts a binary number to a decimal number. It also has a level indicator that shows the current decimal value.
For Count
This VI takes a count number and count interval and increases the value of a slide over the interval up to one less than the count.
Nested Count
This VI allows for a selected number of iterations for a for loop, a number of repeats for a nested for loop, and the amount of time for a delay between repeats. The tanks will fill up accordingly and also output the number of repeats that have passed in both loops.
Up-Down Meter
This VI is simply a meter that goes up and down the bars starting from the bottom ending at the top, then restarting the whole loop
Binary Add
This VI allows for the input of two numbers and have them added together. It will then represent all of the numbers as both decimal and binary
Binary count
This VI allows for the input of two numbers and have them added together. It will then represent all of the numbers as both decimal and binary.