j3 Ω 4 Ω w + 220° V 4 1290° A W ZL Find the maximum AC power (in watts) that can be delivered to ZL.
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- Impedance of AC circuit and Admittance of AC circuitSHOW THE CIRCUIT USING ANY SOFTWARE OR YOU CAN DRAW IT MANUAALYY thNAKSSb) The AC bridge shown below in the figure has an Z₁ = 40092 + j2002, Z₂ = 6002 - j3002, Z3 = 50092 and Z4= unknown. Determine the value of the unknown in the CD arm and specify its elements. B Z 2₁ V A 2Find the value of Rab in the CKT.
- 1. Consider the two circuits below being driven by an AC source Vac. What is the impedance between terminals a and b as the frequency goes to zero? What is the impedance as the frequency become extremely high? ell L1 1 ΜΗ C1 1 µF C2 1 µF b t Vac sine L2 1 ΜΗ C3 1 µF L3 1 µH Vac sineIMPEDANCE AND ADMITTANCE OF AC CIRCUIT WHAT ARE THE DIFFERENCE SHOW CIRCUIT AND TABLES4
- 41. Two ac sources feed a common variable resistive load as shown in figure. Under the maximum power transfer condition, the power absorbed by the load resistance R, is lall 6 2 j8 2 6 2 11020 ( 0706 O9020° (a) 2200 W (b) 1250 W (c) 1000 W (d) 625 W10 Q j10 O j10 O ... Vx ell ell 10 V sine -j10 O sine @node x: Y11VX = Isc1 RE IM RE IM Y11 Blank 1 Blank 2 Blank 3 Blank 4244. The apparent power drawn by an a.c. circuit is 20 kVA and reactive power is 12 kVA. The real power in the circuit in kW will be