- Buck Signal: Buck Mode evaluates
. This inequality always evaluates to false since max value of
(0.4) is less than minimum value of
(1.6). Hence Buck Signal is always 0.
- Boost Signal: Boost evaluates
. This inequality always evaluates to false since max value of
(1.2) is less than minimum value of
(2.4). Hence Boost Signal is always 0.
- Boost Signal1: Boost1 evaluates
. This inequality always evaluates to true since
is true. Hence Boost Signal1 is always 10.
- Stabilized: The AND condition evaluates
. From above stated inequalities, we have established that BuckBoost is always true, BuckBoost1 is always true and BuckBoost2 is always false. Hence Stabilized is always 0.
Hi! I need some help. I'm confused as to why this selection mode circuit I modified won't work properly with three inputs.
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![](https://www.mathworks.com/matlabcentral/answers/uploaded_files/1478626/image.png)
1st input: 0.3 - 0.4V
2nd input: 0.4 - 1.2V
3rd input: 1.2 - 2V
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Yash
2023년 9월 22일
I understand that you are trying to analyze why the selection mode circuit isn't functioning properly. As per the specified input ranges the outport signals would evaluate to:
I hope this helps!
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