Design a circuit that provides a relationship between output voltage v? and input voltage vs such that v? = 12vs – 10. Two op amps, a 6-V battery and several resistors are available.
What will be an ideal response?
 ANSWER.png)
You might also like to view...
Given the graph below, what must the firm operating at size #4 due if prices were to decline from P to PLR? ________.
What type of pump is used in most piping systems??
What will be an ideal response?
If a furnace is found with a puddle of oil in the combustion chamber, _____
a. fire the burner for one or two seconds at a time b. manually light the oil and allow it to burn away c. turn on the main blower until it evaporates d. pump out or soak up the excess oil from the chamber
Assume that the coupling between the motor and the inertial load of Problem 19.25 is flexible (e.g., a long shaft). This can be modeled by adding a torsional spring between the motor inertia and the load inertia. Now we can no longer lump together the two inertias and damping coefficients as if they were one; we need to write separate equations for the two inertias. In total, there will be three equations in this system: the motor electrical equation, the motor mechanical equation (Jm and Bm), and the load mechanical equation (J and B)
a. Sketch a diagram of the system. b. Use free-body diagrams to write each of the two mechanical equations. Set up the equations in matrix form. c. Compute the transfer function from input voltage to load speed, using the method of determinants.