NI Multisim project design in electronics implementing LED conditions
Budget: $10 – $30 USD
I need help that I need to complete multisim project that I need someone who had experiences Op-Amp with adder to get this condition using the comparator for LEDS condition:
This criterion is subdivided into four sub-criteria (Performance
Indicator) and three of them are subdivided again (performance indicators #1,
#2 and #4) (see attached rubric). For the purpose of ABET it is required to show you the
average obtained on a scale from 1 to 4 of each "performance indicator" and in
each outcome (in this case of outcome (3)), present the percentage obtained
of the "outcome" and whether or not it meets the established metrics. The metric used by the
Department of Electrical follows:
• Average outcome (3) > 3.2: Achieved
• 2.8 ≤ Mean outcome (3) ≤ 3.2: Marginally Achieved
(Marginally achieved)
• Average outcome (3) < 2.8: Unachieved
Design and implement an electronic system that searches and presents the
average of each “performance indicator (P.I.)” (there are four P.I.), the average of the
“Outcome (3)” on a scale of 1 to 4 where 1 = 1 V, 2 = 2 V and so on
up to 4 = 4 V), present the percentage obtained from the “outcome” and show in a
visually using LEDs (e.g. green, yellow, red) the level of reach of the
criterion described above (achieved, marginally achieved, not achieved). To the
present the percentage obtained from the outcome, we are going to assume that if the student
got 100% in outcome (3), the voltmeter will read 10 V, 90% equals 9
V and so on until, if you get 10%, the voltmeter will read 1 V.
The only parameter that the user must enter is the score.
obtained in each "performance indicator" or in each subdivision of these. (see
attached rubric). The user must enter 1 V if the student earned a
score of “1” (“Beginning”), 2 V got 2 points (“Developing”) and so on.
successively up to 4 V = 4 points (“Exemplary”). In other words, the system
must have “13 DC sources” available as possible inputs and the system will
will take care of doing the rest without user intervention).
I provide more detail in chat that I need to implement are few steps to complete. The deadline is may 4th at 8:00AM (EST)
Requirements someone who had experience in Op-Amp adder or amplifier.
This criterion is subdivided into four sub-criteria (Performance
Indicator) and three of them are subdivided again (performance indicators #1,
#2 and #4) (see attached rubric). For the purpose of ABET it is required to show you the
average obtained on a scale from 1 to 4 of each "performance indicator" and in
each outcome (in this case of outcome (3)), present the percentage obtained
of the "outcome" and whether or not it meets the established metrics. The metric used by the
Department of Electrical follows:
• Average outcome (3) > 3.2: Achieved
• 2.8 ≤ Mean outcome (3) ≤ 3.2: Marginally Achieved
(Marginally achieved)
• Average outcome (3) < 2.8: Unachieved
Design and implement an electronic system that searches and presents the
average of each “performance indicator (P.I.)” (there are four P.I.), the average of the
“Outcome (3)” on a scale of 1 to 4 where 1 = 1 V, 2 = 2 V and so on
up to 4 = 4 V), present the percentage obtained from the “outcome” and show in a
visually using LEDs (e.g. green, yellow, red) the level of reach of the
criterion described above (achieved, marginally achieved, not achieved). To the
present the percentage obtained from the outcome, we are going to assume that if the student
got 100% in outcome (3), the voltmeter will read 10 V, 90% equals 9
V and so on until, if you get 10%, the voltmeter will read 1 V.
The only parameter that the user must enter is the score.
obtained in each "performance indicator" or in each subdivision of these. (see
attached rubric). The user must enter 1 V if the student earned a
score of “1” (“Beginning”), 2 V got 2 points (“Developing”) and so on.
successively up to 4 V = 4 points (“Exemplary”). In other words, the system
must have “13 DC sources” available as possible inputs and the system will
will take care of doing the rest without user intervention).
I provide more detail in chat that I need to implement are few steps to complete. The deadline is may 4th at 8:00AM (EST)
Requirements someone who had experience in Op-Amp adder or amplifier.