The feedback resistors all seem so big compared to other resistors. Is there a reason for this? Do I have to make them this big in my final design?
KCC's Quizzes AQQ305 about a mutual exponentiation equation
1. Quote of the month: "A train station is where a train stops. A bus station is where a bus stops. I have a work station on my desk, so..." - unknown
2. Quiz AQQ305 about finding a mutual exponential equation
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Quiz: How Well Do You Know Adaptive Power Switching?
Is your I/O module overheating? The AD74416H's Adaptive Power Switching (APS) can cut heat dissipation by up to 40% — but how well do you really understand how it works?
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The feedback resistors all seem so big compared to other resistors. Is there a reason for this? Do I have to make them this big in my final design?
Hi JRStaley,
The aim is quickly develop, prototype, and evaluate power solutions. By making the feedback resistors large, the output voltage can be easily modified given the resistor combination defined in the "Configuration Settings" section of the board's demo manual. The size of these feedback resistors may not be this big in the final design.
Best Regards,
Anthony
Hi JRStaley,
The aim is quickly develop, prototype, and evaluate power solutions. By making the feedback resistors large, the output voltage can be easily modified given the resistor combination defined in the "Configuration Settings" section of the board's demo manual. The size of these feedback resistors may not be this big in the final design.
Best Regards,
Anthony