- #1
Maverickans
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Hello, I'm reading a paper at the moment and I came across this:
We now apply the solution technique to a single-phase, 3 kW, 240 V ASD heat pump. The ASD has smoothing capacitor C = 4200 pF, (corresponding to approximately 6% ripple in dc voltage), and total impedance (sum of Thevenin and local line) = 8% ∠ 45° (expressed on a base of 240 V, 5 kVA).
Please, could someone help me in finding the actual values of R and L in the circuit attached, with the above values. Also, if possible, is there a way to know the values of Rth, Lth, R1, and L1 individually, with the given information?
Thanks :)
We now apply the solution technique to a single-phase, 3 kW, 240 V ASD heat pump. The ASD has smoothing capacitor C = 4200 pF, (corresponding to approximately 6% ripple in dc voltage), and total impedance (sum of Thevenin and local line) = 8% ∠ 45° (expressed on a base of 240 V, 5 kVA).
Please, could someone help me in finding the actual values of R and L in the circuit attached, with the above values. Also, if possible, is there a way to know the values of Rth, Lth, R1, and L1 individually, with the given information?
Thanks :)