Lr1=38.4514647453448
L11=6.77604174321048
L22=Lr1-L11-W50
S12=0.5008
S23=0.9685
L2=K2*Lr1
L3=K3*Lr1
L4=K4*Lr1
Lr4=K1*Lr1
L42=Lr4-L41-W50
S34=0.9875
S45=0.5303
L5=K5*Lr1
K1=0.975131011283515
L41=6.61424287231546
K2=1.00596548213902
K3=1.00219893760926
K4=0.994348146551798
K5=1.00188484397154
MLIN
ID=TL7
W=W50 mm
L=10 mm
MLIN
ID=TL6
W=W50 mm
L=10 mm
MLEF
ID=TL27
W=Wr mm
L=L42 mm
MLEF
ID=TL25
W=Wr mm
L=L22 mm
MCURVE
ID=TL28
W=Wr mm
ANG=180 Deg
R=4 mm
MCURVE
ID=TL17
W=Wr mm
ANG=180 Deg
R=4 mm
MCURVE
ID=TL8
W=Wr mm
ANG=180 Deg
R=4 mm
MCURVE
ID=TL5
W=Wr mm
ANG=180 Deg
R=4 mm
MCURVE
ID=TL3
W=Wr mm
ANG=180 Deg
R=4 mm
MCFIL
ID=TL9
W=Wr mm
S=S23 mm
L=L3 mm
MCFIL
ID=TL4
W=Wr mm
S=S34 mm
L=L4 mm
MCFIL
ID=TL2
W=Wr mm
S=S45 mm
L=L5 mm
MCFIL
ID=TL1
W=Wr mm
S=S12 mm
L=L2 mm
PORT
P=2
Z=50 Ohm
PORT
P=1
Z=50 Ohm
1
2
3
MTEEX$
ID=MT4
1
2
3
MTEEX$
ID=MT1
MLIN
ID=TL26
W=Wr mm
L=L41 mm
MLIN
ID=TL24
W=Wr mm
L=L11 mm
RF Electronics:
Design and Simulation
Cornelis J. Kikkert
James Cook University
Townsville, Queensland, Australia
4th Edi�on 2022
RF Electronics: Design and Simulation
B www.cadence.com/go/awr
