View=-163,-682,3716,1303,0.715977,0,0
Grid=10,10,1
DataSet=*.dat
DataDisplay=*.dpl
OpenDisplay=1
showFrame=0
FrameText0=Title
FrameText1=Drawn By:
FrameText2=Date:
FrameText3=Revision:
Pac P1 5 150 80 18 -26 0 0 "1" 1 "50 Ω" 1 "0 dBm" 0 "1 GHz" 0 "26.85" 0 "SUBCLICK" 0
R R1 5 190 -30 -26 15 0 0 "R_Driver" 1 "26.85" 0 "european" 0 "SMD0603" 0
R R2 5 190 190 -36 -33 0 0 "R_Driver" 1 "26.85" 0 "european" 0 "SMD0603" 0
C C3 5 270 190 -34 -35 0 0 "CS_INT" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
GND * 1 1470 80 0 0 0 0
Pac P2 5 1590 90 18 -26 0 0 "2" 1 "Load" 1 "0 dBm" 0 "1 GHz" 0 "26.85" 0 "SUBCLICK" 0
C C11 5 1500 140 17 -26 0 1 "C_diode" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C10 5 1500 20 17 -26 0 1 "C_diode" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
R R7 5 530 140 -26 15 0 0 "0" 1 "26.85" 0 "european" 0 "SMD0603" 0
R R8 5 530 20 -20 -30 0 0 "0" 1 "26.85" 0 "european" 0 "SMD0603" 0
C C1 5 270 -30 -26 17 0 0 "CS_INT" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C8 5 240 -120 -24 41 0 1 "C_in" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
R R3 5 340 -120 -23 42 0 1 "R_in" 1 "26.85" 0 "european" 0 "SMD0603" 0
GND * 1 340 -170 0 0 0 2
C C7 5 250 280 -27 -61 0 1 "C_in" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
R R4 5 340 280 -19 -63 0 1 "R_in" 1 "26.85" 0 "european" 0 "SMD0603" 0
GND * 1 340 320 0 0 0 0
C C19 5 400 220 17 5 0 1 "C_Rx" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C20 5 400 280 17 -26 0 1 "C_Rx" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
GND * 1 400 310 0 0 0 0
C C18 5 400 -120 17 11 0 1 "C_Rx" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C17 5 400 -60 17 -26 0 1 "C_Rx" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
GND * 1 400 -150 0 0 0 2
C C22 5 670 240 -77 -9 0 1 "56pF" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
GND * 1 670 270 0 0 0 0
C C21 5 670 -80 -77 -9 0 1 "56pF" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
GND * 1 670 -110 0 0 0 2
.SP SP1 1 40 -640 0 79 0 0 "lin" 1 "1 MHz" 1 "30 MHz" 1 "10001" 1 "no" 0 "1" 0 "2" 0 "none" 0
Eqn PTX130W 1 1580 -590 0 8 0 0 "CS_INT=460e-12=" 0 "R_Driver=0.55=" 0 "R_in=10e3=" 0 "C_in=5e-12=" 0 "yes" 0
Eqn Calc1 1 1580 -490 0 8 0 0 "Z_goal_R=0=" 0 "Z_goal_I=0=" 0 "ZdeltaR=abs(Zreal - Z_goal_R)=" 0 "ZdeltaI=abs(Zimag - Z_goal_I)=" 0 "yes" 0
Eqn Impedance 1 1580 -540 0 8 0 0 "Zout=yvalue(rtoz(S[1,1],50),13.56e6)=" 0 "Zreal=real(Zout)=" 0 "Zimag=imag(Zout)=" 0 "yes" 0
.Opt Opt1 4 1150 -630 0 46 0 0 "SP1" 0 "2|2000|1e-3|0.1|1|3" 0 "Var=CS_POL|yes|1000e-12|1e-12|2000e-12|linear" 0 "Var=CP_POL|yes|100e-12|1e-12|1000e-12|linear" 0 "Goal=ZdeltaR|MIN|1|yes" 0 "Goal=ZdeltaI|MIN|1|yes" 0
Eqn Tag_impedance 1 1580 -640 0 8 0 0 "C_INT_LIS=30e-12=" 0 "CS_T=18e-12=" 0 "yes" 0
C C9 5 960 80 -1 -30 0 1 "CP_LIS" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C5 5 670 80 -122 -9 0 1 "CP_POL" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C4 4 530 190 -26 17 0 0 "CS_POL" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C2 4 530 -30 -35 -34 0 0 "CS_POL" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
Eqn Calc2 1 1580 -440 0 8 0 0 "L_POL=XS_POL/(2*pi*13.56e6)=" 0 "L_LIS=XS_LIS/(2*pi*13.56e6)=" 0 "yes" 0
MUT Tr1 5 840 80 -29 38 0 0 "L_POL" 0 "L_LIS" 0 "K" 1 "RS_POL" 0 "RS_LIS" 0
Eqn Input_Poller 1 440 -620 0 8 0 0 "RS_POL==" 1 "XS_POL==" 1 "yes" 0
Eqn coupling 1 640 -620 0 8 0 0 "XS_short==" 1 "XS_open==" 1 "calculated_k=sqrt(1-XS_short/XS_open)=" 0 "yes" 0
Eqn Input_Listener 1 790 -620 0 8 0 0 "RS_LIS==" 1 "XS_LIS==" 1 "yes" 0
Eqn Coupling 1 650 -500 0 8 0 0 "K==" 1 "yes" 0
Eqn Matching_Listener 1 800 -500 0 8 0 0 "CP_LIS==" 1 "CS_LIS==" 1 "yes" 0
Eqn Input_Load 1 950 -620 0 8 0 0 "Load=(Batt_V+Vdrop)/Batt_I=" 0 "C_diode=30e-12=" 0 "Batt_V==" 1 "Batt_I==" 1 "Vdrop=0.4=" 0 "yes" 0
Eqn Matching_Poller 1 440 -500 0 8 0 0 "CS_POL==" 1 "CP_POL==" 1 "C_Rx=10e-12=" 0 "yes" 0
C C13 5 1430 70 -15 35 0 1 "C_INT_LIS" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
R R6 4 1110 140 -26 15 0 0 "0" 1 "26.85" 0 "european" 0 "SMD0603" 0
R R5 4 1110 20 -26 15 0 0 "0" 1 "26.85" 0 "european" 0 "SMD0603" 0
C C15 5 1110 -30 -26 17 0 0 "CS_LIS" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C16 5 1110 190 -26 17 0 0 "CS_LIS" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
GND * 1 1200 100 0 0 0 0
C C24 1 1230 140 17 -26 0 1 "C_EMI" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
C C23 1 1230 30 17 -26 0 1 "C_EMI" 1 "0" 0 "" 0 "neutral" 0 "SMD0603" 0
L L2 1 1320 190 -26 10 0 0 "L_EMI" 1 "0" 0 "" 0 "SELF-WE-PD3S" 0
L L1 1 1320 -30 -26 10 0 0 "L_EMI" 1 "R_EMI" 0 "" 0 "SELF-WE-PD3S" 0
Eqn ListenerEMIFilter 1 980 -500 0 8 0 0 "L_EMI=120n=" 1 "C_EMI=470p=" 1 "R_EMI=1=" 1 "yes" 0
810 -30 810 50 "" 0 0 0 ""
810 110 810 190 "" 0 0 0 ""
870 -30 870 50 "" 0 0 0 ""
870 110 870 190 "" 0 0 0 ""
870 -30 960 -30 "" 0 0 0 ""
870 190 960 190 "" 0 0 0 ""
560 -30 570 -30 "" 0 0 0 ""
670 -30 810 -30 "" 0 0 0 ""
670 -30 670 50 "" 0 0 0 ""
560 190 570 190 "" 0 0 0 ""
670 190 810 190 "" 0 0 0 ""
670 110 670 190 "" 0 0 0 ""
150 -30 150 50 "" 0 0 0 ""
150 -30 160 -30 "" 0 0 0 ""
300 -30 400 -30 "" 0 0 0 ""
150 110 150 190 "" 0 0 0 ""
150 190 160 190 "" 0 0 0 ""
300 190 400 190 "" 0 0 0 ""
220 190 240 190 "" 0 0 0 ""
960 -30 960 50 "" 0 0 0 ""
960 110 960 190 "" 0 0 0 ""
1590 -30 1590 60 "" 0 0 0 ""
1590 120 1590 190 "" 0 0 0 ""
1500 -30 1590 -30 "" 0 0 0 ""
1500 -30 1500 -10 "" 0 0 0 ""
1500 190 1590 190 "" 0 0 0 ""
1500 170 1500 190 "" 0 0 0 ""
1500 50 1500 80 "" 0 0 0 ""
1500 80 1500 110 "" 0 0 0 ""
1470 80 1500 80 "" 0 0 0 ""
490 20 500 20 "" 0 0 0 ""
490 -30 500 -30 "" 0 0 0 ""
490 -30 490 20 "" 0 0 0 ""
560 20 570 20 "" 0 0 0 ""
570 -30 670 -30 "" 0 0 0 ""
570 -30 570 20 "" 0 0 0 ""
560 140 570 140 "" 0 0 0 ""
570 190 670 190 "" 0 0 0 ""
570 140 570 190 "" 0 0 0 ""
490 140 500 140 "" 0 0 0 ""
490 190 500 190 "" 0 0 0 ""
490 140 490 190 "" 0 0 0 ""
220 -30 240 -30 "" 0 0 0 ""
240 -150 340 -150 "" 0 0 0 ""
240 -90 340 -90 "" 0 0 0 ""
340 -170 340 -150 "" 0 0 0 ""
250 310 340 310 "" 0 0 0 ""
250 250 340 250 "" 0 0 0 ""
340 310 340 320 "" 0 0 0 ""
400 190 490 190 "" 0 0 0 ""
340 250 400 250 "" 0 0 0 ""
400 -30 490 -30 "" 0 0 0 ""
340 -90 400 -90 "" 0 0 0 ""
670 190 670 210 "" 0 0 0 ""
670 -50 670 -30 "" 0 0 0 ""
1430 -30 1500 -30 "" 0 0 0 ""
1430 -30 1430 40 "" 0 0 0 ""
1430 190 1500 190 "" 0 0 0 ""
1430 100 1430 190 "" 0 0 0 ""
1140 -30 1150 -30 "" 0 0 0 ""
1140 190 1150 190 "" 0 0 0 ""
1070 20 1080 20 "" 0 0 0 ""
960 -30 1070 -30 "" 0 0 0 ""
1070 -30 1080 -30 "" 0 0 0 ""
1070 -30 1070 20 "" 0 0 0 ""
1140 20 1150 20 "" 0 0 0 ""
1150 -30 1150 20 "" 0 0 0 ""
1140 140 1150 140 "" 0 0 0 ""
1150 140 1150 190 "" 0 0 0 ""
1070 140 1080 140 "" 0 0 0 ""
960 190 1070 190 "" 0 0 0 ""
1070 190 1080 190 "" 0 0 0 ""
1070 140 1070 190 "" 0 0 0 ""
1230 170 1230 190 "" 0 0 0 ""
1150 -30 1230 -30 "" 0 0 0 ""
1150 190 1230 190 "" 0 0 0 ""
1230 -30 1230 0 "" 0 0 0 ""
1230 60 1230 90 "" 0 0 0 ""
1200 90 1200 100 "" 0 0 0 ""
1230 90 1230 110 "" 0 0 0 ""
1200 90 1230 90 "" 0 0 0 ""
1350 -30 1430 -30 "" 0 0 0 ""
1230 -30 1290 -30 "" 0 0 0 ""
1350 190 1430 190 "" 0 0 0 ""
1230 190 1290 190 "" 0 0 0 ""
<"Zreal" "" #0000ff 0 3 1 0 0 0 "">
<"Zimag" "" #0000ff 0 3 1 0 0 0 "">
<"Zout" "" #0000ff 0 3 1 0 0 0 "">
<"CS_POL.opt" "" #0000ff 0 3 1 0 0 0 "">
<"CP_POL.opt" "" #0000ff 0 3 1 0 0 0 "">
<"calculated_k" "" #0000ff 0 3 1 0 0 0 "">
<"Load" "" #0000ff 0 3 1 0 0 0 "">
<"L_POL" "" #0000ff 0 3 1 0 0 0 "">
<"L_LIS" "" #0000ff 0 3 1 0 0 0 "">
Arrow 300 470 1630 0 16 8 #000000 4 4 0
Rectangle 770 -260 140 650 #000000 2 1 #c0c0c0 1 0
Rectangle 940 -260 90 650 #000000 2 1 #c0c0c0 1 0
Rectangle 1400 -260 280 650 #000000 2 1 #c0c0c0 1 0
Rectangle 30 -290 810 730 #ff0000 2 1 #c0c0c0 1 0
Text 85 -249 16 #000000 0 PTX130W model
Text 945 -69 16 #000000 90 Listener parallel matching
Text 1635 -289 24 #000000 0 Listener
Text 35 -289 24 #000000 0 Poller
Rectangle 70 -260 310 650 #000000 2 1 #c0c0c0 1 0
Rectangle 480 -260 270 650 #000000 2 1 #c0c0c0 1 0
Text 485 -249 16 #000000 0 Poller matching
Text 485 311 16 #000000 0 Short Series capacitors \n in case optimizer gives \n a value of 1.5nF or higher \n for CS_POL.opt
Text 1935 111 22 #000000 0 first step: \n For the Poller measurement antennas shall be placed in nominal charging position and application specific setting, Listener antenna open. \n Repeat for Listener same way. \n Then short one antenna and measure parameters. With this coupling factor can be also calculated. \n \n second step: \n Insert measured/simulated antenna parameters (Poller impedance and Listener impedance); \n set coupling factor k to 0 \n run optimizer to determine poller matching \n resonance shall be at 13.56MHz, impedance should be minimized real part + 0j part; Antenna real impedance at 13.56MHz will influence this greatly \n Copy CS_Reader.opt and CP_Reader.opt to Poller matching \n \n third step: \n Set the coupling factor to the measured value and the load as defined by the charging requirements. \n deactivate optimizer \n run simulation \n start tuning tool \n Tune the Listener to 13.56 MHz either with the series capacitance or series parallel combination. \n For applications with a low charge current and medium to low coupling a parallel matching may be more suitable. \n For this case it may be necessary to tune the Listener antenna to a higher frequency to prevent detuning of the Poller. \n Detuning at can be observed when the driver’s load impedance moves away from the real axis at 13.56MHz in the Smith Chart. \n Typical values for L_EMI and C_EMI are L_EMI = 120nH and C_EMI =470pF. R_EMI needs to be adjusted to the specific component that will be used. \n In general it is recommended to include the EMI filter on the listener device. For low power applications tests can be performed to see if it is really necessary to pass EMI. \n \n fourth step: \n The impedance the driver sees at 13.56MHz (S11) shall be close to real axis 5 Ohms, the Listener might need to be retuned slightly to get the impedance the driver sees S11 back to the real axis. \n If the chosen matching topology will not allow a tuning close this impedance it might be considered to change the matching topology on the listener. \n \n Verify performance in the system.
Rectangle 840 -290 900 730 #00aa00 2 1 #c0c0c0 1 0
Text 1415 -249 16 #000000 0 PTX30W + load model
Text 775 -69 16 #000000 90 Poller to listener coupling
Rectangle 1040 -260 140 650 #000000 2 1 #c0c0c0 1 0
Text 1045 -79 16 #000000 90 Listener series matching
Text 1055 271 16 #000000 0 Short series \n capacitors \n when using \n a parallel \n matching
Rectangle 1190 -260 200 650 #000000 2 1 #c0c0c0 1 0
Text 1195 -249 16 #000000 0 Listener EMI Filter
Text 615 481 20 #000000 0 Instructions how to use the tool