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A clean, 15-%-efficient module (STC), 1 m2 in size, has its own 90% effi- cient inverter. Its NOCT is 44° C and its rated power degrades by 0.5%/° C above the 25° C STC.
a. What would its STC rated power be?
b. Find the kWh that it would be expected to deliver on a 15° C day with daylong insolation equal to 6 kWh/m2?
Compute the expected frequency of oscillation from the equation. Compare the calculation and simulation results and discuss how to make a Wien Bridge tune to different frequencies.
Show that the time displacement in a periodic function has no effect on the magnitude spectrum, but changes the phase spectrum by an amount of -nω0τ radians for the component of the frequency nω0 if the time displacement is τ.
To learn the function and basic operation of the instruments comprising a test bench.
Replicate the simulation on the cover for a 2D TM mode, at a frequency of 2 GHz with a lens of radius 1 m. Use a second-order Mur boundary on all edges. How well does the lens produce a plane wave as you vary the input frequency?
A Complete Guide about Solar Panel Installation with Step by Step Procedure and with Calculation and Images
Design a combinational circuit that can detect whether a pattern of at least three adjacent 1s occur anywhere in an 8-bit input, and that outputs a 1 in that case. The inputs are a , b, c, d, e, f, g, and h, and the output is y.
Two short antennas each of length 10cm at the origin carry identical currents of I = 5 Sin (wt). One is in the az direction and the other one is in the ay direction. If the frequency of the antenna is 60 MHz then calculate
design a stable optical cavity using one mirror with infinite radius of curvature and 95% reflectivity. We want the cavity to 1 m long. Assume the second mirror is 100% reflective. a. Design the cavity such that g1g2 product is 0.5
Now, we want to build a circuit that counts the number of 1s in a 6-bit unsigned numbers using full and half adder circuits as building blocks. Design the simplest circuit that can accomplish this task.
For the network of given figure, VL must be 8 V before the system is activated. If the switch is closed at t = 0 s, how long will it take for the system to be activated?
a generic rectifier is supplied from a 115v 60hz ac source and operates with a firing angel of 30 degrees. For the output voltage of the rectifier find: The dc component The rms value othe ac component
In a FWR circuit using an LC filter, , μF and RLΩ. Calculate Idc , Vdc , ripple factor for an input of ( ) . Sol: = sin
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