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RLC
1. http://www.editgrid.com/user/physicsmatayom
2. http://www2.se-ed.net/sathapornprom/rlcparalell1.htm

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RLC_parallele1

! Copy to Excel--A1---	B1	C1	D1
http://sathaporn.exteen.com	RLC_parallel1		D2
Variables	Value	excel-code	D3
Input R(Ohm)=	100	=100	D4
Input L(H)=	0.1	=0.1	D5
Input C(F)=	0.0001	=0.0001	D6
Input f(Hz)=	50	=50	D7
Input Vrms(V)=	220	=220	D8
XC(ohm)=1/(2*p*f*C)	31.83	=1/(2*PI()*$B$7*$B$6)	D9
XL(Ohm)=2*p*f*L	31.42	=2*PI()*$B$7*$B$5	D10
IR,rms=VR,rms,+X-axis-Phase_vector	2.2	=$B$8/$B$4	D11
IC,rms=VC,rms,+Y-axis-Phase_vector	6.91	=$C$8/$C$9	D12
IL,rms=VL,rms,-Y-axis-Phase_vector	7	=$C$8/$C$10	D13
Irms=SQRT(IR2+(IC-IL)2)	2.2	=SQRT($C$11^2-($C$12-$C$13)^2)	D14
tanf=(IC-IL)/IR	-0.04	=($B$12-$B$13)/$B$11	D15
f=phase(deg)=atan(phase)*180/pi()	-2.38	=ATAN($C$15)*180/PI()	D16
Z(ohm)=Vrms/Irms	99.91	=$C$8/$C$14	D17
1/Z=SQRT((1/R)2+(1/XC-1/XL)2)	0.01	=SQRT(1/$C$4^2-(1/$C$9-1/$C$10)^ 2)	D18
Z=1/SQRT((1/R)2+(1/XC-1/XL)2)	100.09	=1/$C$18	D19
Power factor=cosf	1	=COS($C$15*PI()/180)	D20
Peffective(W)=Irms*Vrms*cosf	484	=$C$14*$C$8*$C$20	D21
fresonance(Hz)=1/(2*p*sqrt(L*C))	50.33	=1/(2*PI()*SQRT($C$5*$C$6))	! ---D22---end copy to excel

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edit @ 26 Dec 2007 19:56:35 by physicsmatayom