- Buck Signal: Buck Mode evaluates  . This inequality always evaluates to false since max value of . This inequality always evaluates to false since max value of (0.4) is less than minimum value of (0.4) is less than minimum value of (1.6). Hence Buck Signal is always 0. (1.6). Hence Buck Signal is always 0.
- Boost Signal: Boost evaluates  . This inequality always evaluates to false since max value of . This inequality always evaluates to false since max value of (1.2) is less than minimum value of (1.2) is less than minimum value of (2.4). Hence Boost Signal is always 0. (2.4). Hence Boost Signal is always 0.
- Boost Signal1: Boost1 evaluates  . This inequality always evaluates to true since . This inequality always evaluates to true since is true. Hence Boost Signal1 is always 10. 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. . 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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1st input: 0.3 - 0.4V
2nd input: 0.4 - 1.2V
3rd input: 1.2 - 2V
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  Yash
      
 2023-9-22
        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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