Wenn nichts anderes angegeben, ist das Bremsgitter g3 mit der Katode verbunden.
The suppressor grid g3 is tied to the cathode, unless otherwise specified.

Pout = 0.1 ... 1.0 W   Uba Ubg2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM mW V.RMS % DL620  67.5 67.5 - 1800 3.3 1.0 30 0 0 - AB Mul58 3.6 2.25 100 8.0 3.0 DL69  90 90 - 1800 1.6 0.3 100 0 0 - AB Mul63 2.0 0.85 100 8.0 5.0   Uba Ubg2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 16930 V V V OHM mA mA kOHM mW V.RMS %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM mW V.PK % 26A7GT  26.5 26.5 –7.0 - 19 2.0 2.5 0 0 - AB1 Rca45 30 8.5 500 7.0 5.0 DL70  90 90 - - 13 3.0 11 0 0 - AB Mik60 15.2 5.2 650 7.2 -   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 13914 V V V OHM mA mA kOHM mW V.PK %   Ua Ug2 Ug1 Rg1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V kOHM OHM mA mA kOHM mW V.PK % 28D7W  28 28 –3.5 500 180 18.5 1.2 6.0 0 0 - A2 369 RC Syl53 14.5 2.5 175 4.9 2.5 28 28 –3.5 200 - 25 2.0 6.0 0 0 - A2 19 3.0 225 4.9 2.0 28 28 0 - 0 64 4.0 1.5 0 0 - A2 369 370 TC Syl53 58 17 600 8.9 11   Ua Ug2 Ug1 Rg1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14660 V V V kOHM OHM mA mA kOHM mW V.PK %

Pout = 1.0 ... 2.0 W   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % DL70  150 120 - - 12.6 2.8 18 0 0 - AB Mik60 15.9 5.2 1.35 5.6 -   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 13914 V V V OHM mA mA kOHM W V.PK %

Pout = 2.0 ... 4.0 W   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % UL41  100 100 –5.7 100 48 9.2 4.0 0 0 - AB Phi53 54 13.6 2.2 4.6 3.5 100 100 –6.0 100 50 10 4.0 0 0 - AB Phi55 Phi52 54 13.6 2.2 4.6 4.0 UL84  100 100 –8.3 135 58 3.2 3.5 0 0 - AB Phi57 - - 0.05 0.54 - 62 14 3.6 7.0 3.0 100 100 –11.4 - 20 1.1 3.5 0 0 - B - - 0.05 0.95 - 61 14.2 3.7 7.9 2.8   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14527 V V V OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % 6EH5  140 120 –4.0 68 47 11 6.0 0 0 - AB1 Tse63 51 17.7 3.8 4.7 5.0 N77  250 250 –15 600 22 3.2 24 0 0 - AB1 Mar53 25.6 8.2 4.0 17 3.2   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14677 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % N37  100 100 –5.0 120 70 12 3.0 0 0 - AB1 Mar52 73 15 2.25 5.5 3.3 25F5A  110 110 –8.0 - 82 7.2 4.5 0 0 - A1 Rca63 88 12.5 2.9 7.2 2.6   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 15526 V V V OHM mA mA kOHM W V.PK %   Ua Ug3 Ug2 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % RV12  P2000 225 0 225 600 16.4 4.2 35 0 0 - AB Tfk44 - - 2.75 5.0 8.0   Ua Ug3 Ug2 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14364 V V V OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rg2s Rg1 Rg1s Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM kOHM mA mA kOHM W V.RMS % ECL113 250 250 –6.3 300 1000 1.0 13 1.9 20 0 0 - B 349 Tfk51 30 3.8 4.0 3.4 3.0   Ua Ug2 Ug1 Rg2s Rg1 Rg1s Iaa Ig2g2 RaaL Pout Ug1~ k Class 14334 V V V OHM kOHM mA mA kOHM W V.RMS %

Pout = 4.0 ... 6.0 W   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % EL2  200 200 –16 320 42 7.0 9.0 0 0 - AB Phi53 49 12 5.0 14 1.5 200 200 –15 300 42 7.7 9.0 0 0 - AB Phi 49 12.2 5.1 - 1.6 200 200 –20 - 25 4.6 9.0 0 0 - AB Phi 50 12.6 5.2 - 1.8 EL32 200 200 –15 300 42 7.7 9.0 0 0 - AB Mul46 49 12.2 5.1 - 1.6   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14527 V V V OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % N77  250 250 –19 0 10 1.3 20 0 0 - AB1 Mar53 32 9.0 4.8 18.5 3.3 48  125 100 –20 - 100 - 3.0 0 0 - A1 Rca37 - - 5.0 - 9.0 1621  300 300 –30 - 38 6.5 4.0 0 0 - A1 Rca43 69 13 5.0 30 3.0   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 15526 V V V OHM mA mA kOHM W V.PK %   Ua Ug3 Ug2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % E80L  200 0 200 130 41.2 5.6 9.0 0 0 - AB Sie63 41.2 5.6 0.05 0.31 - 49.2 9.8 5.7 5.2 3.0   Ua Ug3 Ug2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 13960 V V V OHM mA mA kOHM W V.RMS %

Pout = 6.0 ... 8.0 W   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % EL32  250 250 –20 310 55 8.8 8.0 0 0 - AB Mul46 64 16 7.0 - 1.5 10P13  180 185 –9.0 - 55 12 6.0 0 0 - AB Mik60 78 27.6 7.6 6.0 2.5 CL33  200 200 –10 135 66 8.0 4.5 0 0 - AB Mul46 80 14 8.0 - 1.5   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14527 V V V OHM mA mA kOHM W V.RMS %

Pout = 8.0 ... 10 W   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % EL2  250 250 –20 305 55 9.0 8.0 0 0 - AB Phi53 65 16 8.0 17 1.4 250 250 –20 310 55 8.8 8.0 0 0 - AB Phi40 64 16 8.1 - 1.4 250 250 –25 - 30 4.6 8.0 0 0 - AB Phi 66 16.4 8.5 - 1.6 UL41  170 170 –11 100 88 17.6 4.0 0 0 - AB Phi53 98 33 9.0 9.3 4.0 170 170 –11 100 92 18 4.0 0 0 - AB Phi55 Phi52 98 33 9.0 9.3 5.0 58TF1  240 240 –31 39 36 8.0 7.0 0 0 - B Mag63 76 14 9.0 - 10 ECLL 800 250 250 –9.1 180 42 8.4 11 0 0 - AB 24 Fri70 52 16 8.5 8.0 5.0 250 250 –11.5 - 22 4.6 10 0 0 - B Ci1 Fri70 58 18 9.2 8.0 5.0   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 18913 V V V OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % N37  165 165 –11.9 150 107 18 3.0 0 0 - AB1 Mar52 110 36 9.0 10 4.6 6AQ5A  12AB5 5992 250 250 –15 - 70 5.0 10 0 0 - AB1 Rca58 Rca55 Ben62 79 13 10 15 5.0 1622  300 250 –20 - 86 4.0 4.0 0 0 - A1 Rca43 125 10.5 10 20 1.0   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14363 V V V OHM mA mA kOHM W V.PK %   Ua Ug3 Ug2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % E80L  250 0 250 150 47 6.4 9.0 0 0 - AB Sie63 47 6.4 0.05 0.32 - 59 13.2 9.0 7.8 4.5   Ua Ug3 Ug2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 13960 V V V OHM mA mA kOHM W V.RMS %   Ub Ug1 Rg2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V OHM OHM mA mA kOHM W V.RMS % ECL86  250 –6.8 - 84 70 11.2 8.2 0 0 - AB Rft65 - - 0.05 0.24 <0.4 74.6 37 10 5.1 4.5   Ub Ug1 Rg2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14475 V V OHM OHM mA mA kOHM W V.RMS %

Pout = 10 ... 20 W   Ub Ug1 Rg2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V OHM OHM mA mA kOHM W V.RMS % UL84  200 –15.1 - 120 120 6.0 3.0 0 0 - AB Phi60 Phi69 - - 0.05 0.47 - 129 37 14.3 14.3 3.8 ECL86  300 –9.5 - 132 62 10 9.1 0 0 - AB Rft65 - - 0.05 0.26 <0.4 74 21.2 14.3 8.7 5.0   Ub Ug1 Rg2 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14475 V V OHM OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % UL84  170 170 –14.3 120 113 6.0 3.5 0 0 - AB Phi57 - - 0.05 0.45 - 115 41 13 13.1 4.5 170 170 –20.5 - 30 1.4 3.5 0 0 - B - - 0.05 0.92 - 115 41 13.5 14.6 4.8   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 13969 V V V OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class Ref *? V V V OHM mA mA kOHM W V.RMS % EL6  EL36 250 250 –9.0 90 90 10.2 5.0 0 0 - AB 24 Mul 106 17 14.5 14.5 2.2 EL35  270 270 - 135 - 16 5.0 0 0 - AB 24 Mul - 25 17 31 6.0   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 18523 V V V OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.RMS % F2a  F2a11 250 250 –9.1 140 114 16 5.0 0 0 - AB Sie54 Sie63 - - 0.05 0.25 - 128 32 20 7.3 4.0 250 250 –11 0 60 9.0 4.0 0 0 - B - - 0.05 0.38 - 140 32 20 7.4 2.5   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14668 V V V OHM mA mA kOHM W V.RMS %   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % 41  285 285 - 400 55 9.0 12 0 0 - A1 Get46 Tse50 61 13 9.8 25.5 4.0 285 285 –25.5 - 55 9.0 12 0 0 - 72 17 10.8 25.5 6.0 6DY7  250 250 –16 - 77 3.5 9.0 0 0 - AB1 Syl58 74 15.5 11 16 2.5 400 250 –20 - 58 1.7 14 0 0 - 74 14 20 20 2.0 6BW6  285 285 –19 260 70 4.0 8.0 0 0 - AB1 Bri60 78.5 10 12 - 1.0 5992  275 275 –19 - 70 4.0 8.0 0 0 - AB1 Ben62 92 13.5 14 19 3.5 5932  7581 250 250 –16 - 120 10 5.0 0 0 - A1 Syl52 Tse62 140 16 14.5 16 2.0 5932 270 250 –17.5 - 134 11 5.0 0 0 - Syl52 155 17 17.5 17.5 2.0 7581 270 270 –17.5 - 134 11 5.0 0 0 - A1 Tse62 155 17 17.5 17.5 2.0 42  315 285 - 320 62 12 10 0 0 - A1 Get46 73 18 10.5 29 3.0 315 285 –24 - 62 12 10 0 0 - 80 19.5 11 24 4.0 375 250 –26 - 34 5.0 10 0 0 - AB2 Get46 82 19.5 18.5 41 3.5 375 250 –21 340 54 8.0 10 0 0 - 77 18 19 47 5.0 375 250 –26 - 34 5.0 10 0 0 - Rca37 - - 19 - 5.0 375 250 –21 340 54 8.0 10 0 0 - - - 19 - 5.0   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 15532 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % N37  200 165 –10 200 87 14 4.5 0 0 - AB1 Mar52 100 25 11.5 12.5 4.0 250 165 –11.2 300 66 10 7.5 0 0 - 80 24 13.3 15 4.5   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14648 V V V OHM mA mA kOHM W V.PK %   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V V mA mA kOHM W V.PK % 1619  400 0 300 –20 52 3.5 14 0 0 - AB1 322 Rca38 80 10 17.5 20 3.0   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 RaaL Pout Ug1~ k Class 13929 V V V V mA mA kOHM W V.PK %

Pout = 20 ... 30 W   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class Ref *? V V V OHM mA mA kOHM W V.RMS % EL35  360 270 - 250 - 8.5 7.0 0 0 - AB 24 Mul - 17.5 21 46 <3.0 EL35  360 270 –26 - 88 8.5 6.25 0 0 - AB 29 Mul 140 19.5 26 36 <3.0   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class 18523 V V V OHM mA mA kOHM W V.RMS %   Uba Ubg2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class Ref *? V V V OHM mA mA kOHM W V.PK % EL506  300 300 –12.5 - 74 8.8 6.6 0 0 - AB1 29 461 Bri70 116 27 21 25 6.0 7868  300 300 –12.5 - 74 10 6.6 0 0 - AB1 29 Rca66 Syl63 116 28 24 25 5.0 EL506  450 400 –17 170 90 10.4 10 0 0 - AB1 24 Bri70 100 21 27 31 3.0 7868  450 400 –16.3 170 86 10 10 0 0 - AB1 24 Rca66 Syl63 94 20 28 31 2.0   Uba Ubg2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class 18524 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % 6CZ5  350 280 –23.5 - 46 3.0 7.5 0 0 - AB1 419 Syl57 103 13 21.5 23.5 1.0 1614 360 270 –22.5 - 88 - 6.6 0 0 - AB1 CCS Rca46 132 15 26.5 22.5 2.0 6L50  5932 7581 360 270 –22.5 - 88 5.0 6.6 0 0 - AB1 Mik60 Syl52 Tse62 132 15 26.5 22.5 2.0   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14648 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Uf Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V V mA mA kOHM W V.PK % 7551 300 250 –21 13.5 40 2.0 5.0 0 0 - AB1 CCS Rca63 125 14 20.5 20 5.0 7558 300 250 –21 6.3 40 2.0 5.0 0 0 - AB1 CCS Rca63 125 14 20.5 20 5.0   Ua Ug2 Ug1 Uf Iaa Ig2g2 RaaL Pout Ug1~ k Class 15072 V V V V mA mA kOHM W V.PK %

Pout = 30 ... 40 W   Uba Ubg2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class Ref *? V V V OHM mA mA kOHM W V.PK % 7868  350 350 –15.5 - 72 9.5 6.6 0 0 - AB1 29 Rca66 Syl63 130 32 30 31 2.5 EL506  350 350 –15.5 - 76 9.0 6.6 0 0 - AB1 29 461 Bri70 136 34 31 31 6.0 7868  400 350 –16 - 64 8.0 6.6 0 0 - AB1 29 Rca66 Syl63 135 28 34 32 2.0 EL506  400 350 –16 - 72 8.0 6.6 0 0 - AB1 29 461 Bri70 142 29 36 32 3.5 7868  400 350 –16.5 - 60 7.2 6.6 0 0 - AB1 29 Rca66 Syl63 142 26 38 33 2.5 EL506  450 350 –16.5 - 68 7.2 6.6 0 0 - AB1 29 461 Bri70 146 26 39 33 3.5   Uba Ubg2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class 18524 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % 6L50  5932 7581 360 225 –18 - 78 3.5 6.0 0 0 - AB2 Mik60 Syl52 Tse62 142 11 31 26 2.0   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14648 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rg2 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V kOHM OHM mA mA kOHM W V.RMS % F2a F2a11 330 330 –12.5 1.0 160 136 20 5.0 0 0 - AB 64 Sie54 Sie63 - - 0.05 0.29 - 160 33 32 10.5 4.0 330 330 –15 1.0 0 76 11 5.0 0 0 - B - - 0.05 0.36 - 160 33 32 10.2 3.0 425 425 –17.3 3.0 250 120 18 6.0 0 0 - AB - - 0.05 0.34 - 154 30 40 16 5.0 425 425 –22 3.0 0 50 8.0 6.0 0 0 - B - - 0.05 0.55 - 160 31 40 15 2.5   Ua Ug2 Ug1 Rg2 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14668 V V V kOHM OHM mA mA kOHM W V.RMS %   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 RaaL Pout Pin Ug1~ k Class Ref *? V V V V mA mA kOHM W W V.PK % 1619 400 0 300 –16.5 75 6.5 6.0 0 0 0 - AB2 322 Rca38 150 11.5 36 0.4 38.5 2.5 1624 400 - 300 –16.5 75 6.5 6.0 0 0 0 - AB2 327 Rca43 150 11.5 36 0.4 38.5 -   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 RaaL Pout Pin Ug1~ k Class 13931 V V V V mA mA kOHM W W V.PK %   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 Ig1g1 RaaL Pout Pin Ug1~ Class Ref *? V V V V mA mA mA kOHM W W V.PK 2E25A 450 - 250 –30 150 40 3.0 6.0 40 0.42 - AB2 CCS 316 Cbs   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 Ig1g1 RaaL Pout Pin Ug1~ Class 13921 V V V V mA mA mA kOHM W W V.PK

Pout = 40 ... 50 W   Uba Ubg2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class Ref *? V V V OHM mA mA kOHM W V.PK % 7868  450 400 –21 - 40 5.0 6.6 0 0 - AB1 29 Rca66 Syl63 145 30 44 42 5.0 EL506  450 400 –20 - 64 7.2 6.6 0 0 - AB1 29 461 Bri70 158 36 47 40 4.0   Uba Ubg2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1g1 k Class 18524 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % 6L50  5932 7581 360 270 –22.5 - 88 5.0 3.8 0 0 - AB1 Mik60 Syl52 Tse62 140 11 18 22.5 2.0 205 16 47 36 2.0 AB2 1614 530 340 –36 - 60 - 7.2 0 0 - AB1 ICAS Rca46 160 20 50 36 2.5   Ua Ug2 Ug1 Rk Iaa Ig2g2 RaaL Pout Ug1~ k Class 14648 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rg2 Iaa Ig2g2 Ig1 RaaL Pout Ug1~ k Class Ref *? V V V kOHM mA mA µA kOHM W V.RMS % F2a F2a11 425 425 –22 1.5 56 9.0 - 5.0 0 0 - B Sie54 Sie63 - - - 0.05 0.48 - - - - 30 - - 372 190 40 0.3 50 15 4.0 23   Ua Ug2 Ug1 Rg2 Iaa Ig2g2 Ig1 RaaL Pout Ug1~ k Class 14668 V V V kOHM mA mA µA kOHM W V.RMS %   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 RaaL Pout Pin Ug1~ k Class Ref *? V V V V mA mA kOHM W W V.PK % 2E24 400 - 125 –15 18 0.6 7.0 0 0 0 - AB2 AC CCS Rca50 150 26 42 0.43 41 - 2E26 400 - 125 –15 20 - 6.2 0 0 0 - AB2 CCS Rca47 150 32 42 0.36 30 -   Ua Ug3 Ug2 Ug1 Iaa Ig2g2 RaaL Pout Pin Ug1~ k Class 13921 V V V V mA mA kOHM W W V.PK %

Pout = 50 ... 100 W   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V OHM mA mA kOHM W V.PK % 7581 450 400 –37 - 116 5.6 5.6 0 0 - AB1 Tse62 210 22 55 35 1.8   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Ug1~ k Class 13961 V V V OHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rg1 Iaa Ig2g2 RaaL Pout Ug1~ k Class Ref *? V V V kOHM mA mA kOHM W V.PK % 5B/254M 500 300 –30 30 60 0.9 4.6 0 0 - AB2 78 Stc61 240 16 75 43 - 600 300 –32 30 46 0.7 6.9 0 0 - AB2 200 12 80 45 -   Ua Ug2 Ug1 Rg1 Iaa Ig2g2 RaaL Pout Ug1~ k Class 14179 V V V kOHM mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rg1 Iaa Ig2g2 Ig1g1 RaaL Pout Ug1~ k Class Ref *? V V V kOHM mA mA mA kOHM W V.PK % QV06-20 400 190 –41 100 62 2.4 0 4.0 0 0 - AB1 344 Mul57 228 25 0 55 28 8.0 500 185 –44 100 56 2.0 0 5.0 0 0 - AB1 214 25 0 70 28 8.0 600 190 –44 100 26 1.0 0 7.0 0 0 - AB1 200 23 0 82 32 8.0 400 175 –41 30 32 1.0 0 3.7 0 0 - AB2 232 18 1.6 62 33 9.0 500 175 –44 30 26 0.6 0 4.6 0 0 - AB2 242 18 2.0 83 36 9.0 600 165 –44 30 22 0.6 0 6.8 0 0 - AB2 206 17 1.0 90 34 9.0   Ua Ug2 Ug1 Rg1 Iaa Ig2g2 Ig1g1 RaaL Pout Ug1~ k Class 14313 V V V kOHM mA mA mA kOHM W V.PK %   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Pin Ug1~ k Class Ref *? V V V OHM mA mA kOHM W W V.PK % 2E24 500 125 –15 - 20 0.6 9.0 0 0 0 - AB2 AC ICAS Rca50 150 28 54 0.46 41 - 2E26 500 125 –15 - 22 - 8.0 0 0 0 - AB2 ICAS Rca47 150 32 54 0.36 30 - 1624 600 300 –25 - 42 5.0 7.5 0 0 0 - AB2 327 Rca43 180 15 72 1.2 53 -   Ua Ug2 Ug1 Rkk Iaa Ig2g2 RaaL Pout Pin Ug1~ k Class 13961 V V V OHM mA mA kOHM W W V.PK %   Ua Ug2 Ug1 Iaa Ig2g2 RaaL Pa Pg2 Pout Ug1~ k Class Ref *? V V V mA mA kOHM W W W V.RMS % RS1003 425 425 –16.5 100 10 3.5 21 1.0 0 0 - AB 44 Sie70 260 48 25 10 60 10.5 3.0   Ua Ug2 Ug1 Iaa Ig2g2 RaaL Pa Pg2 Pout Ug1~ k Class 14308 V V V mA mA kOHM W W W V.RMS %

Pout = 100 ... 200 W
		Ua	Ug2	Ug1		Iaa	Ig2g2		RaaL	Pa	Pg2	Pout	Ug1~	k		Class	Ref *?
		V	V	V		mA	mA		kOHM	W	W	W	V.RMS	%
RS1003		800	425	–17.5		100	8.0		8.0	40	1.7	0	0	-		AB	44 Sie70
						260	46			40	10	130	11.5	4.0
		1000	425	–18.5		80	6.0		10	40	1.2	0	0	-
						260	42			50	9.0	160	13	5.0
		Ua	Ug2	Ug1		Iaa	Ig2g2		RaaL	Pa	Pg2	Pout	Ug1~	k		Class	14308
		V	V	V		mA	mA		kOHM	W	W	W	V.RMS	%