************************************************************************
* RSL  28 Dec 2023     TinyT10m.CKT                   *** TEN METERS ***
* 1-Band power amp for TinyTen  Bipolar 1st stage, MOSFET Final        *
************************************************************************
*
* Design criteria used for 1st stage:
*F=3.5MHZ 50MHz MS21=20.5DB     W=5
*F=3.5MHZ 50MHZ MS11=-15DB LT W=1
*F=3.5MHZ 50MHZ MS22=-15DB LT W=1
*
CA1: 10.1925PF
LA1: 0.022741UH
RS1: 3.06296
RF1: 573.268
LF1: 0.111109UH
*
*CB1: 0.211248PF
*LB1: 0.010554UH
*CC1: 3.56594PF
* Approximate:
CB1: 0.1PF
LB1: 0.001UF
CC1: 0.1PF
*
* Second (Final) stage
CA2: ?1.0PF  123.597PF  20000PF?
LA2: ?0.01UH .016693UH 25.0UH?
*
CAA2: ?1PF 46.4899PF 2000PF?
LAA2: ?0.01UH .164293UH 19UH?
*
RF2: ?300 322.085 1000?
LB2: ?0.01UH .223186UH 10UH?
CB2: ?10PF 176.762PF 50000PF?
CM2: ?10PF 37.0584PF 2000PF?
LC2: ?0.1UH .256899UH 50UH?
CC2: ?0PF 87.5852PF 1000PF?
CN2: ?10PF 46.5715PF 1000PF?
*
BLK
* Input circuit
CAP    1   0      C=CA1
IND    1   3      L=LA1
* Shunt Feedback
RES    3   7      R=RF1
IND    7   4      L=LF1
* Series Feedback
RES    5   0      R=RS1
TWO 3 4 5 BFU590G
* Power feed
ONE  4   0   DEL10UH
* A pi-ntw
CAP  4  0   C=CB1
IND  4  8   L=LB1
CAP  8  0   C=CC1
*
RES 8 21 R=0.01  ; Virtual connect
CAP 21 0    C=CA2
IND 21 42   L=LA2
CAP 42 0    C=CAA2
IND 42 22   L=LAA2
TWO 22 23 0 RD16HHF1
* Power Feed
ONE 23  0   ABRA10UH
RES 22 23   R=RF2
IND 23 26   L=LB2 Q=125 F=29MHZ
CAP 26  0   C=CB2
CAP 23 26   C=CM2
IND 26 27   L=LC2 Q=125 F=29MHZ
CAP 27  0   C=CC2
CAP 26 27   C=CN2
AMP:2POR 1 27
END
*
FREQ
STEP 1.0MHZ 30MHZ 0.1MHZ
*STEP 27.5MHZ 30.0MHZ 0.05MHZ
STEP 30.2MHZ 60MHZ 0.4MHZ
END
*
* Optimize Output stage for 28 to 29 MHZ
OPT
AMP
F=27.5MHZ 30MHz MS21=43DB  GT W=3
F=27.5MHZ 30MHZ MS11=-15DB LT W=1
F=27.5MHZ 30MHZ MS22=-15DB LT W=1
F=45.0MHZ 60MHZ MS21=-15DB LT W=3
END

DATA
RD16HHF1: S
* RD16HHF1 S-PARAMETER DATA (@Vdd=12.5V, Id=800mA)
* Freq.    S11        S21        S12        S22
* [MHz]    (mag)    (ang)                (ang)        (ang)
1MHZ    0.950    -5.00    57.000    170.0    0.010    80.0    0.950  -10.0
10MHZ   0.928    -43.2    50.035    150.2    0.013    60.6    0.705  -44.6
30MHZ   0.761    -96.8    32.68    117.1    0.025    34.3    0.588  -92.6
50MHZ   0.676   -121.9    22.018    101.3    0.027    24.3    0.54  -116.9
100MHZ  0.65    -145.8    11.543    81.0    0.025    20.3    0.543  -138.4
150MHZ  0.679   -156.4    7.56    66.2    0.023    27.0    0.586  -147.1
200MHZ  0.709   -162.7    5.38    55.7    0.022    46.4    0.633  -153.2
*
* Zin   Zout
* 30MHZ   20.02-j89.42    2.99-j3.66    Po=20W, Vdd=12.5V,Pin=0.4W
* 48   34   2.5 pF   in  out  feedback 
END
*
DATA
* NXP S-Param for BFU590G with extrapolation at 39 MHz and lower
BFU590G: S
* # MHz S MA R 50
* BFU590G 5V 80 mA
*  Freq-MHz   S11-mag  S11-arg   S21-mag  S21-arg   S12-mag  S12-arg   S22-mag  S22-arg
1MHZ    0.48    -3     75    178    0.007    75    0.95    -5
10MHZ   0.43    -20    72    160    0.008    74    0.89    -20
20MHZ   0.37    -80    68    145    0.009    73    0.81    -35
30MHZ   0.35    -120   63    137    0.01     71    0.73    -50
40MHZ   0.37067  -140.65    57.784   129.22  0.011699    69.98    0.6477   -65.86
50MHZ   0.40488  -146.75    50.386   122.31  0.013655    68.85   0.57877   -76.18
60MHZ   0.42559  -152.29    43.995   117.93  0.015348    68.90   0.52284   -84.74
70MHZ   0.44039  -156.15    39.069   113.92  0.017081    69.33   0.47893   -91.97
80MHZ   0.45096  -159.44    35.009   110.67  0.018787    69.83    0.4444   -98.19
90MHZ   0.45876  -162.15    31.671   107.99  0.020478    70.43    0.4165  -103.68
100MHZ   0.46458  -164.50    28.868   105.73  0.022185    71.01   0.39396  -108.52
120MHZ   0.4736  -168.33    24.485   101.97  0.025639    72.12   0.36004  -116.81
140MHZ   0.47773  -171.09    21.217    99.09  0.029222    72.92   0.33762  -123.36
160MHZ   0.4811  -173.45    18.675    96.80  0.032846    73.35   0.32249  -128.89
180MHZ   0.48458  -175.44    16.685    94.77  0.036457    73.69    0.3115  -133.63
200MHZ   0.48658  -177.27    15.086    92.98  0.040063    73.94    0.3032  -137.62
220MHZ   0.48895  -178.83    13.776    91.33  0.043627    74.11   0.29685  -141.03
240MHZ   0.49027   179.65    12.664    89.91  0.047258    74.16   0.29209  -144.04
280MHZ   0.49289   177.00    10.905    87.29  0.054501    73.95    0.2858  -149.00
340MHZ   0.49567   173.48    9.0275    83.90  0.065375    73.33   0.28066  -154.68
400MHZ   0.49817   170.31    7.7034    80.82  0.076138    72.41   0.27884  -159.10
420MHZ   0.49807   169.20     7.337    79.88  0.079769    72.20   0.27764  -160.45
433MHZ    0.4983   168.69    7.1213    79.30  0.082195    71.92   0.27755  -161.08
460MHZ   0.49908   167.51    6.7133    78.11  0.087112    71.32   0.27814  -162.42
500MHZ     0.501   165.67    6.1897    76.30  0.094106    70.46   0.27878  -164.56
600MHZ   0.50261   161.01    5.1817    72.10   0.11184    68.46   0.28013  -168.43
700MHZ    0.5058   156.90    4.4636    68.12   0.12946    66.09   0.28344  -171.67
800MHZ   0.50925   152.80    3.9223    64.21   0.14644    63.68   0.28794  -174.76
900MHZ   0.51128   148.78    3.5017    60.53    0.1637    61.25   0.29216  -177.13
1000MHZ   0.51383   144.88    3.1683    56.91   0.18044    58.65   0.29842  -179.43
1200MHZ   0.52101   137.71    2.6657    49.84   0.21226    53.35   0.31119   176.19
1250MHZ   0.52401   135.83    2.5682    48.13   0.21983    52.08   0.31499   175.11
1300MHZ   0.52606   133.98    2.4761    46.41   0.22736    50.79   0.31864   174.07
1500MHZ   0.53459   126.81    2.1736    39.83   0.25598    45.84   0.33574   169.54
2000MHZ   0.55938   109.57    1.6943    24.12   0.32262    33.56   0.37424   158.69
2500MHZ  0.57927    93.60    1.4052     9.89   0.37843    21.69   0.41239   147.96
3000MHZ  0.60021    79.05    1.2185    -2.95   0.42409    10.26   0.44876   137.79
4000MHZ  0.62131    53.36    1.0019   -24.90   0.49335   -10.72   0.50992   119.84
5000MHZ  0.60832    30.87   0.90376   -43.75   0.54518   -29.30   0.55148   106.79
6000MHZ  0.56251     9.68   0.85529   -61.67   0.59154   -47.17   0.54492    96.48
END
*
DATA
DEL10UH: S MP RREF=50
* Delevan 10 uH  1210 SMD
* Freq, S11 (mag), S11(ang)
0.0500MHZ 0.9212 172.6
0.0738MHZ 0.9210 169.6
0.1053MHZ 0.9207 165.5
0.1501MHZ 0.9205 159.7
0.1993MHZ 0.9208 153.4
0.3049MHZ 0.9231 140.5
0.3908MHZ 0.9262 130.7
0.5008MHZ 0.9311 119.2
0.7397MHZ 0.9427 98.4
1.0177MHZ 0.9546 80.4
1.5031MHZ 0.9685 59.7
1.7946MHZ 0.9738 51.3
1.8593MHZ 0.9749 49.8
1.9264MHZ 0.9757 48.2
1.9959MHZ 0.9766 46.7
2.5581MHZ 0.9820 37.2
3.0542MHZ 0.9849 31.5
3.5195MHZ 0.9868 27.4
3.6465MHZ 0.9872 26.5
3.7781MHZ 0.9876 25.6
3.9144MHZ 0.9879 24.7
4.0557MHZ 0.9883 23.8
5.5799MHZ 0.9907 17.2
6.2060MHZ 0.9913 15.4
6.9024MHZ 0.9918 13.8
7.1515MHZ 0.9920 13.3
8.2410MHZ 0.9925 11.4
9.8392MHZ 0.9931 9.3
10.1943MHZ 0.9931 8.9
11.7473MHZ 0.9935 7.5
12.6105MHZ 0.9936 6.8
14.0255MHZ 0.9938 5.9
14.5317MHZ 0.9939 5.6
16.7455MHZ 0.9940 4.5
17.9759MHZ 0.9941 4.0
18.6246MHZ 0.9941 3.7
19.2967MHZ 0.9941 3.5
20.7145MHZ 0.9941 3.0
21.4620MHZ 0.9940 2.7
24.7317MHZ 0.9938 1.8
25.6242MHZ 0.9937 1.6
27.5069MHZ 0.9934 1.2
28.4995MHZ 0.9933 1.0
29.5279MHZ 0.9933 0.8
30.5935MHZ 0.9932 0.5
34.0265MHZ 0.9929 -0.1
37.8446MHZ 0.9927 -0.7
42.0913MHZ 0.9926 -1.3
48.5038MHZ 0.9920 -2.2
50.2541MHZ 0.9917 -2.5
52.0676MHZ 0.9913 -2.7
53.9465MHZ 0.9907 -2.9
60.0000MHZ 0.9884 -3.6
END
*
DATA
ABRA10UH: S MP RREF=50
* AIUR_10uH 0.05MHZ 60MHZ 201 50
* Abracon AIUR-03-100K 10uH 2 Amp
*   Freq,       S11 (mag),   S11(ang)
0.05000000MHZ	0.992745	172.730146
0.05180431MHZ	0.992668	172.482217
0.05367373MHZ	0.992591	172.216387
0.05561062MHZ	0.992540	171.945400
0.05761740MHZ	0.992466	171.666110
0.05969659MHZ	0.992397	171.376467
0.06185082MHZ	0.992336	171.076147
0.06408278MHZ	0.992242	170.761039
0.06639529MHZ	0.992166	170.439492
0.06879124MHZ	0.992085	170.100702
0.07127366MHZ	0.991974	169.755994
0.07384566MHZ	0.991887	169.393906
0.07651047MHZ	0.991782	169.022850
0.07927145MHZ	0.991660	168.635410
0.08213206MHZ	0.991549	168.236948
0.08509589MHZ	0.991443	167.824217
0.08816668MHZ	0.991315	167.396162
0.09134829MHZ	0.991154	166.952891
0.09464470MHZ	0.991013	166.493401
0.09806008MHZ	0.990859	166.019380
0.10159869MHZ	0.990715	165.527245
0.10526501MHZ	0.990541	165.019833
0.10906363MHZ	0.990348	164.494913
0.11299932MHZ	0.990189	163.950590
0.11707705MHZ	0.989981	163.389658
0.12130192MHZ	0.989794	162.809305
0.12567925MHZ	0.989580	162.208394
0.13021454MHZ	0.989357	161.586027
0.13491349MHZ	0.989130	160.944573
0.13978201MHZ	0.988899	160.281204
0.14482622MHZ	0.988686	159.594501
0.15005245MHZ	0.988438	158.887118
0.15546728MHZ	0.988192	158.154831
0.16107751MHZ	0.987955	157.400129
0.16689019MHZ	0.987715	156.620030
0.17291263MHZ	0.987410	155.812207
0.17915240MHZ	0.987186	154.980653
0.18561734MHZ	0.986878	154.121388
0.19231557MHZ	0.986632	153.234655
0.19925551MHZ	0.986340	152.322103
0.20644590MHZ	0.986075	151.378388
0.21389575MHZ	0.985806	150.407349
0.22161445MHZ	0.985518	149.403949
0.22961168MHZ	0.985224	148.371603
0.23789750MHZ	0.984963	147.307498
0.24648233MHZ	0.984684	146.211121
0.25537695MHZ	0.984409	145.084779
0.26459254MHZ	0.984150	143.922030
0.27414069MHZ	0.983901	142.727534
0.28403340MHZ	0.983641	141.501273
0.29428300MHZ	0.983370	140.236954
0.30490267MHZ	0.983156	138.939901
0.31590546MHZ	0.982915	137.608564
0.32730530MHZ	0.982701	136.239054
0.33911652MHZ	0.982489	134.835818
0.35135396MHZ	0.982313	133.399593
0.36403300MHZ	0.982122	131.927835
0.37716958MHZ	0.981969	130.418804
0.39078021MHZ	0.981837	128.875272
0.40488200MHZ	0.981665	127.296100
0.41949267MHZ	0.981534	125.684210
0.43463058MHZ	0.981467	124.037834
0.45031477MHZ	0.981358	122.357251
0.46656494MHZ	0.981308	120.645824
0.48340151MHZ	0.981236	118.900170
0.50084565MHZ	0.981235	117.126860
0.51891929MHZ	0.981215	115.323737
0.53764514MHZ	0.981221	113.491859
0.55704673MHZ	0.981212	111.632823
0.57714845MHZ	0.981300	109.753641
0.59797557MHZ	0.981398	107.845088
0.61955426MHZ	0.981475	105.917217
0.64191164MHZ	0.981560	103.971464
0.66507582MHZ	0.981732	102.005088
0.68907591MHZ	0.981857	100.025800
0.71394207MHZ	0.982015	98.034452
0.73970555MHZ	0.982214	96.028941
0.76639874MHZ	0.982399	94.017165
0.79405519MHZ	0.982577	92.001386
0.82270966MHZ	0.982852	89.980866
0.85239816MHZ	0.983063	87.959003
0.88315800MHZ	0.983338	85.940545
0.91502786MHZ	0.983628	83.922698
0.94804777MHZ	0.983875	81.913754
0.98225925MHZ	0.984171	79.915806
1.01770529MHZ	0.984488	77.926830
1.05443045MHZ	0.984796	75.950381
1.09248088MHZ	0.985163	73.988562
1.13190441MHZ	0.985445	72.048226
1.17275059MHZ	0.985779	70.127678
1.21507075MHZ	0.986115	68.226003
1.25891808MHZ	0.986427	66.350661
1.30434769MHZ	0.986786	64.499858
1.35141671MHZ	0.987101	62.674903
1.40018426MHZ	0.987453	60.879133
1.45071164MHZ	0.987806	59.111601
1.50306237MHZ	0.988125	57.374263
1.55730224MHZ	0.988457	55.668117
1.61349942MHZ	0.988785	53.997312
1.67172455MHZ	0.989131	52.356585
1.73205081MHZ	0.989411	50.750916
1.79455401MHZ	0.989732	49.176124
1.85931272MHZ	0.990109	47.637395
1.92640832MHZ	0.990386	46.134522
1.99592516MHZ	0.990698	44.666596
2.06795059MHZ	0.990980	43.232351
2.14257516MHZ	0.991290	41.833561
2.21989264MHZ	0.991569	40.469785
2.30000022MHZ	0.991809	39.138395
2.38299858MHZ	0.992130	37.843666
2.46899204MHZ	0.992369	36.579823
2.55808868MHZ	0.992606	35.351729
2.65040048MHZ	0.992865	34.155798
2.74604347MHZ	0.993106	32.992242
2.84513786MHZ	0.993319	31.861246
2.94780819MHZ	0.993568	30.760634
3.05418350MHZ	0.993749	29.691170
3.16439750MHZ	0.993941	28.649899
3.27858871MHZ	0.994132	27.640229
3.39690065MHZ	0.994295	26.658424
3.51948203MHZ	0.994477	25.705563
3.64648690MHZ	0.994645	24.780016
3.77807491MHZ	0.994815	23.880530
3.91441143MHZ	0.994949	23.006245
4.05566782MHZ	0.995091	22.159433
4.20202163MHZ	0.995219	21.334113
4.35365679MHZ	0.995375	20.533768
4.51076389MHZ	0.995503	19.755939
4.67354041MHZ	0.995605	19.001366
4.84219091MHZ	0.995701	18.268590
5.01692738MHZ	0.995767	17.555082
5.19796942MHZ	0.995872	16.862873
5.38554459MHZ	0.995939	16.188602
5.57988866MHZ	0.995997	15.534748
5.78124586MHZ	0.996065	14.898954
5.98986929MHZ	0.996130	14.279449
6.20602115MHZ	0.996142	13.677911
6.42997313MHZ	0.996123	13.093231
6.66200667MHZ	0.996147	12.524274
6.90241346MHZ	0.996152	11.968474
7.15149561MHZ	0.996125	11.428211
7.40956620MHZ	0.996144	10.902977
7.67694959MHZ	0.996107	10.391740
7.95398184MHZ	0.996047	9.891927
8.24101115MHZ	0.995986	9.405770
8.53839826MHZ	0.995956	8.930172
8.84651695MHZ	0.995877	8.465359
9.16575449MHZ	0.995834	8.012687
9.49651211MHZ	0.995747	7.570154
9.83920553MHZ	0.995667	7.137604
10.19426547MHZ	0.995586	6.713535
10.56213818MHZ	0.995518	6.298436
10.94328604MHZ	0.995422	5.893069
11.33818810MHZ	0.995323	5.493045
11.74734067MHZ	0.995279	5.102390
12.17125804MHZ	0.995189	4.716479
12.61047299MHZ	0.995111	4.339758
13.06553755MHZ	0.995073	3.965424
13.53702367MHZ	0.995007	3.595665
14.02552398MHZ	0.994939	3.233947
14.53165241MHZ	0.994868	2.875834
15.05604511MHZ	0.994835	2.520542
15.59936117MHZ	0.994779	2.166732
16.16228348MHZ	0.994733	1.815671
16.74551953MHZ	0.994699	1.467608
17.34980238MHZ	0.994646	1.118539
17.97589152MHZ	0.994627	0.772402
18.62457387MHZ	0.994620	0.426657
19.29666472MHZ	0.994582	0.080026
19.99300880MHZ	0.994559	-0.265243
20.71448133MHZ	0.994553	-0.612427
21.46198909MHZ	0.994507	-0.958835
22.23647159MHZ	0.994437	-1.307950
23.03890225MHZ	0.994457	-1.659846
23.87028962MHZ	0.994410	-2.013579
24.73167864MHZ	0.994386	-2.371286
25.62415194MHZ	0.994367	-2.732837
26.54883125MHZ	0.994374	-3.101243
27.50687876MHZ	0.994328	-3.473225
28.49949861MHZ	0.994294	-3.851896
29.52793837MHZ	0.994311	-4.236426
30.59349066MHZ	0.994274	-4.626863
31.69749472MHZ	0.994252	-5.027643
32.84133815MHZ	0.994233	-5.437451
34.02645857MHZ	0.994174	-5.851268
35.25434555MHZ	0.994155	-6.277042
36.52654234MHZ	0.994102	-6.711929
37.84464793MHZ	0.994037	-7.155133
39.21031900MHZ	0.994006	-7.621482
40.62527200MHZ	0.993957	-8.095261
42.09128535MHZ	0.993879	-8.585761
43.61020160MHZ	0.993787	-9.090233
45.18392983MHZ	0.993679	-9.615605
46.81444799MHZ	0.993622	-10.162386
48.50380542MHZ	0.993492	-10.729592
50.25412541MHZ	0.993302	-11.314803
52.06760786MHZ	0.993170	-11.926281
53.94653210MHZ	0.992970	-12.559069
55.89325963MHZ	0.992587	-13.217776
57.91023725MHZ	0.992066	-13.913452
60.00000000MHZ	0.991585	-14.637514
END