'Vout' diaporamas de présentation

TEST YOUR BRAIN!

TEST YOUR BRAIN!. Basic Circuits. Creates a set voltage. Potential Dividers. R1 = 40. R1 = 100. R1 = 20. R1. Vs = 10V. Vs = 10V. Vs = 10V. Vs. Vout = Vs x R2 R1 + R2. Vout = 3.3V. Vout = 5V. Vout = 6.6V. R2 = 20. R2 = 40. R2 = 100.

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Circuits with Resistor Combinations (2.6, 7.7)

Circuits with Resistor Combinations (2.6, 7.7). Dr. Holbert September 13, 2001. Solving Circuits with Series and Parallel Combinations. The combination of series and parallel impedances can be used to find voltages and currents in circuits.

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PSI tests - Comparator Results

PSI tests - Comparator Results. Devices under test and beam conditions Schematics Results Input bias current Output drift I-V acquisition of the comparator outputs Gain Response time SET. Devices under test and beam conditions. DUT LM339D, LP339M and LM139 : SET LM339D and LP339M

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Circuits with Resistor Combinations (2.6, 7.7) ?- Y Transformation (2.7)

Circuits with Resistor Combinations (2.6, 7.7) ?- Y Transformation (2.7). Dr. S. M. Goodnick September 22, 2003. Using MATLAB to Solve Circuits. MATLAB can perform computations with complex numbers. You can use it as a calculator to compute phasors and impedances for AC steady-state analysis.

214 views • 12 slides