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Consider a design of the cascode op amp of Fig. 13.10 for which I = 400 μA and IB = 250 μA. Assume that all transistors are operated at / VOV / = 0.2 V and that for all devices, / VA / = 10 V. Find Gm, Ro, and Av . Also, if the op amp is connected in the feedback configuration shown in Fig. P13.22, find the voltage gain and output resistance of the closed-loop amplifier.
Show that it is reasonable to assume that butane behaves as an ideal gas during this process. Determine the work done by the butane during the process.
Explain how one heat treatment process and two other treatment processes affect the structure, properties and behaviour of the parent material
A four-cylinder, four-stroke, 2.2-L gasoline engine operates on the Otto cycle with a compression ratio of 10. The air is at 100 kPa and 60°C at the beginning of the compression process, and the maximum pressure in the cycle is 8 MPa. The compress..
For the efficiencies of the transformer, what power factor are we assuming for the load? Also No load losses are the same as the losses in the Core resistance under open circuit test, correct? Also do we have to do test for both the 120 tap and 2..
The seminal vesicles: A) are located in the abdominal cavity. B) are in the scrotum.
provide a logic diagram that shows how a memr sometimes called oe signal and a memw signal can be generated from the
reading assignments - read and have a good understanding of mil-std-499 and mil-std-499a. be sure that you have
A concrete foundation mat in the shape of a regular hexagon with 3-m sides supports four column loads as shown. Determine the magnitude and the point of application of the resultant of the four loads.
Create a presentation of an ideal performance management system
Determine the temperature rise in metal temperature due to the increase in scale thickness from 30 microns to 500 microns. The overall heat transfer coefficient is given by [10]:
Calculate the maximum pressure and temperature and the thermal efficiency of this cycle. Compare the results with those of a conventional Otto cycle having the same given variables.
Formulate a mixed-integer-linear-programming model for the problem above by defining the decision variables, expressing objective function and constraints as functions
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