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| circuit_design:uebung_3.3.3 [2021/12/09 02:16] – tfischer | circuit_design:uebung_3.3.3 [2023/03/28 10:13] (aktuell) – mexleadmin |
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| In the Application Notes [[http://ww1.microchip.com/downloads/en/appnotes/90003132a.pdf|MTP3132]] from the manufacturer Microchip, a block diagram is given on the 2nd page, which explains the use of the operational amplifier module of various PIC controllers. | In the Application Notes [[http://ww1.microchip.com/downloads/en/appnotes/90003132a.pdf|MTP3132]] from the manufacturer Microchip, a block diagram is given on the 2nd page, which explains the use of the operational amplifier module of various PIC controllers. |
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| - The logic input signal "$UG$" is shown in the block diagram. What happens in the logic circuit when it takes the value TRUE? | - The logic input signal "$\rm UG$" is shown in the block diagram. What happens in the logic circuit when it takes the value TRUE? |
| - Which operational amplifier circuit does this set? | - Which operational amplifier circuit does this set? |
| - For what purpose is this adjusted op amp circuit used? | - For what purpose is this adjusted op amp circuit used? |
| - The microcontroller [[http://ww1.microchip.com/downloads/en/DeviceDoc/40001652D.pdf|PIC16F527]] uses the explained op amp: in the microcontroller are 2 op amps $OP1$ and $OP2$. at which pin of the microcontroller can these be found? | - The microcontroller [[http://ww1.microchip.com/downloads/en/DeviceDoc/40001652D.pdf|PIC16F527]] uses the explained op amp: in the microcontroller are 2 op amps $\rm OP1$ and $\rm OP2$. at which pin of the microcontroller can these be found? |
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| </WRAP></WRAP></panel> | </WRAP></WRAP></panel> |
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