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What is the velocity of a signal propagating along the stippling of Problem 15.7? Express your answer in meters per second and in a percentage of the speed of light. What is the spline's propagation delay? What is its distributed capacitance?
Problem 15.7
An 8-in. strip line trace is fabricated on an FR4 PCB with a width of 24 mils. It is separated from its ground plane by a spacing of 16 mils. Using the refined estimates of Figure 15.10 and Figure 15.16, calculate the strip line's parasitic capacitance per meter and inductance per meter. What is the strip line's characteristic impedance? If we want to lower the characteristic impedance, would we make the layer spacing from trace to ground larger or smaller? If we were constrained to a layer spacing of 16 mils, would we make the trace wider or smaller? If we increased the length of the trace to 16 in., what would happen to the characteristic impedance?
A coil of resistance 50 Ω and inductance 0.318 H is connected in parallel with a circuit comprising a 75 Ω resistor in series with a 159 μF capacitor. The resulting circuit is connected to a 230 V, 50 Hz a.c. supply. Calculate:
Please convert the given block diagram into electrical and than apply KVL and KCL. After that apply state space method
The gasket material used between the rooftop unit and the roof curb is used for what purpose?
The generator is delivering 48 MW to the bus bar at the rated voltage with its field current adjusted for a generated emf of 46 kV per phase. Determine the armature current and the power factor. State whether power factor is lagging or leading
What was the effect of removing the dependent source from the circuit? Does the overall power supplied or power dissipated change?
A disk drive has a constant failure rate and an MTTF of 4,000 hr. What will the probability of failure be for 2-year of operation
The armature of a separately excited (fixed field) DC motor with the parameters given below is to be driven from a single switch DC Chopper. Draw the circuit diagram for the circuit and sketch the waveforms for the motor voltage and current.
the current through a 1.5 mH inductance is i = 2sin10^(6)t mA. find the voltage v, power p, and stored energy w. Plot them versus 10^(6)t for 0
Using the Smith Chart, how do you find the normalized line admittance at a point on the line given the normalized line impedance at that point?
Calculate the gap energy and the emitting wavelength of a GaAs laser that is operated at 100°C. Take the necessary data from the tables in Appendix 4 and Section 19.2.
Air flows over the top and bottom surfaces of the plate, and measurement of the heat transfer rate is 2000 W. What is the drag force on the plate?
The upper and lower conducting plates of a large parallel-plate capacitor are separated by a distanced and maintained at potentials V0 and 0, respectively. A dielectric slab of dielectric constant 6.0
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