228 



Richard Ambronn, 





— 



, ., 



— 



_; , - 





" 







Grenzen 





1 1 





Nr. 



Platte 



Datum 



ti 



S"^ = 



ir„ 



iogir„ 



a 



loga 



der Strtjin- 

 stärke 



Hl 



JJic pa »lic 



Dia 















losß 





105 





10-« Amp. 



°/o 







»/. 



i ''• 



40 



21 B 



2i. 1. 11 



592.60 



28 



43.204 



6.6355 



6.2863 



5.7984 



0.6-2.0 



+0.426 



4.38 



0.519 



+0.203 



+0.592 



41 







670.82 



36 



9.197 



5.9637 



0.6072 



4.7833 



0.4-11 



0.329 



5.72 



0.431 



0.138 



0.502 



42 





^, 



721.82 



27 



4.278 



5.6312 



0.1178 



4.0711 



0.7-15 



0.200 



3.72 



0.474 



0.104 



0.291 



43 



2Ö'b 



26. 1. 11 



482.17 



32 



37.468 



6.5737 



12.287 



6.0894 



0.4-2.3 



0.712 



5.98 



0.587 



0.291 



0.930 



44 



n 



j) 



525.30 



18 



4.9521 



5.6948 



3.3098 



5.5198 



0.5-16 



0.752 



2.48 



0.436 



0.478 



1.14 



45 



jj 



j: 



571.84 



10 



0.9510 



4.9782 



0.80995 



4.9085 



0.9-2.1 



+0.551 



1.27 



0.098 



+0.489 



+1.76 



45 





n 



571.84 



10 



0.9620 



4.9832 



0.7305 



4.8636 



12.7-15.9 



0.603 



0.705 



0.073 



0.718 



2.23 



46 



)) 



30. 1. 11 



556.97 



9'? 



1.5792 



5.1984 



1.3219 



5.1212 



1.1-16 



0.393 



2.622 



0.164 



0.243 



0.972 



47 





n 



586.08 



3Ö 



0.6345 



4.8024 



0.5765 



4.7608 



1.1-29 



0.956 



3.81 



0.351 



0.490 



1.61 



48 



,^ 



T) 



626.30 



'?2 



0.22279 



4.3479 



0.2JE73 



4.3982 



2.1-35 



0.505 



1.75 



0.133 



0.381 



1.38 



49 



)i 



;; 



675.29 



30 



0.08764 



3.9427 



0.06072 



3.7834 



3.1-160 



±0.712 



1.80 



0.077 



±0.530 



+2.56 



50 



22 



28. 2. 11 



438.89 



10 



599.75 



7.7778 



407.44 



7.6101 



0.3-2.2 



+5.55 



1.37 



314 



+4.74 



+9.90 



51 



^ 



Ti 



497.19 



32 



27.571 



6.4405 



26.226 



6.4187 



0.5-29 



1.056 



5.08 



0.917 



0.4fi9 



1.073 



52 







544.40 



22 



4.263 



5.6297 



5.1411 



5.7111 



0.5-17 



2.22 



3.37 



0.623 



1.208 



2.81 



52 



.^ 



[^ 



544.40 



is 



4.046 



5.6071 



6.0774 



5.7837 



0.7-17 



0.78 



1.56 



0.125 



0.625 



2.20 



53 





n 



610.85 



6 



0.7264 



4.8612 



0.3655 



4.5629 



2.3 



0.608 



0.047 



0.034 



2.81 



3.29 



53 



\^ 



;i 



610.85 



24 



0.6386 



4.8052 



0.6013 



4.7791 



2.6-35 



+0.847 



2.15 



0.124 



+0.678 



+2.41 



53 



)i 



n 



610.85 



30 



0.6702 



4.8262 



0.4453 



4.6486 



2.3-35 



2.21 



5.60 



1.027 



0.932 



2.18 



54 





i.s.n 



588.08 



12 



1.2041 



5.0807 



1.3448 



5.1287 



1.3-16 



1.198 



1.03 



0.035 



1.181 



6.42 



54 





6. 3. 11 



588.08 



92 



1.2351 



5.0917 



0.8300 



4.9191 



1.8-20 



1.836 



3.12 



0.340 



1.051 



3.18 



54 



n 



;: 



588.08 



'6 



1.1794 



5.0717 



1.2-721 



5.1045 



66-79 



1.533 



0.37 



0.016 



2.52 



12.2 



55 







675.29 



20 



0.17634 



4.2463 



0.08765 



3.9428 



3.5-151 



0.753 



3.109 



0.093 



0.427 



2.47 



56 



T> 



j) 



732.25 



14 



0.07538 



3.8772 



0.01412 



3.1498 



30-38 



±0.164 



1.971 



0.330 



±0.117 



±0.286 



57 



21 c 



11. 7. 11 



493.0 



12 



766.05 



7.8843 



238.3 



7.3771 



0.08-0.1 



+0.655 



1.526 



0.427 



+0.53 



+1.002 



58 



1 



j) 



534.0 



16 



81.558 



6.9115 



33.06 



6.5193 



0.26-0.32 



0.431 



1.583 



0.244 



0.342 



0.872 



59 





)5 



619.0 



14 



15.84 



6.1998 



5.627 



5.7503 



1.4 



0.183 



1.022 



0.077 



0.182 



0.661 



59 





M 



619.0 



18 



16.10 



6.2069 



4.556 



5.6586 



1.4 



+0-826 



2.824 



0.578 



+0.492 



+1.09 



60 



.. 



j; 



678.0 



20 



5.467 



5.7378 



0.845 



4.9269 



0.7-5.1 



0.369 



1.463 



0.142 



0.305 



0.979 



60 



.■) 



;5 



678.0 



26 



5.526 



5.7424 



0.622 



4.7936 



0.7-5.1 



0.615 



3.182 



0.655 



0.345 



0.760 



61 



JJ 



M 



734.0 



30 



2.454 



5.3898 



0.1322 



4.2121 



1.1-8.7 



0.224 



4.75 



0.832 



0.103 



0.270 



62 



n 





627.0 



6 



13.736 



6.1379 



3.436 



5.5360 



1.8-2.0 



±0.816 



0.638 



0.097 



±1.02 



±6.82 



64 



34 B 



28. 7. 11 



486.0 



6 



1270.0 



8.1038 



1186.2 



8.0742 



0.06-0.07 



+ 1.018 



0.365 



0.041 



+ 1.68 



+5.02 



65 



., 



n 



550.0 



10 



1300 



7.1140 



45.63 



6.6592 



. 0.7 



0.311 



0.582 



0.096 



0.407 



1.003 



66 





j) 



613.0 



16 



24.96 



6.3972 



5.242 



5.7195 



1.0-4.0 



0.294 



0.838 



0.063 



0.321 



1.168 



66 



^ 



n 



613.0 



18 



25.14 



6.4003 



4.526 



5.6557 



0.9-4.0 



0.412 



2.184 



0.285 



0.279 



0.773 



67 



^ 



JJ 



675.0 



14 



7.881 



5.8966 



0.961 



4.9827 



3.0 



0.432 



1.829 



0.256 



0.319 



0.852 



67 



Tl 



n 



675.0 



8 



7.706 



5.8869 



1.413 



5.1501 



0.5 



0.226 



0.537 



0.042 



0.308 



1.098 



68 





Ji 



730.0 



14 



3.493 



5.5432 



0.211 



4.3243 



1.0-8.1 



±0.474 



2.036 



0.847 



±0.332 



±0.804 



69 



36 



2. 8. 11 



487.0 



15 



251.22 



7.4001 



110.35 



7.0428 



0.4 



+3.76 



2.346 



0.276 



+2.46 



+7.17 



70 



71 



H 



553.0 



10 



14.666 



6.1663 



27.34 



6.4368 



1.0-1.6 



1.114 



0.678 



0.048 



1.35 



5.09 



70 







553.0 



12 



15.572 



6.1924 



23.35 



6.3682 



1.1-1.6 



2.36 



1.309 



0.143 



2.07 



6.26 



71 





j, 



609.5 



14 



3.963 



5.5980 



3.828 



5.5830 



2.4-3.0 



0.748 



0.988 



0.048 



0.753 



3.40 



71 





^ 



609.5 



16 



4.0645 



5.6090 



3.294 



5.5177 



2.1-3.0 



1.285 ■ 



2.260 



0.212 



0.855 



2.79 



72 





;t 



676.0 



20 



1.1617 



5.0651 



0.666 



4.8233 



2.7-16 



0.312 



1.947 



0.088 



0.223 



1.05 



73 



.-. 





738.0 



22 



0.4958 



4.6953 



0.07133 



3.8533 



3.1-3.3 



±0.336 



2.661 



0.369 



±0.206 



±0.553 



74 



35 



4.8.11 



493.0 



12 



570.53 



7.7563 



182.52 



7.2613 



0.16 



+1.001 



1.257 



0.194 



+0.892 



+2.27 



75 



., 



n 



571.0 



8 



35.57 



6.5510 



12.67 



6.1028 



1.8 



0.122 



0.396 



0.025 



0.194 



0.777 



75 



„ 



;) 



571.0 



10 



36.27 



6.5596 



9.531 



5.9791 



1.6-1.8 



0.801 



1.405 



0.219 



0.675 



1.71 



76 



_ 



j? 



648.0 



16 



6.502 



5.8131 



1.260 



5.1004 



1.7-15 



+0.121 



1.033 



0.052 



+0.117 



+0.533 



76 





,-5 



648.0 



20 



6.587 



5.8187 



0.834 



4.9212 



1.6-15 



0.498 



3.869 



0.711 



0.253 



0.590 



77 



j. 



» 



735.0 



8 



1.738 



5.2400 



0.0693 



3.8407 



57 



0.315 



1.553 



0.384 



0.252 



0.508 



77 



:: 



n 



735.0 



20 



1.749 



5.2428 



0.0784 



3.8943 



1.5-11 



±0.132 



2.642 



0.280 



±0.081 



±0.249 



78 



37 



8.8.11 



485.0 



26 



0.75275 



4.8766 



150.98 



7.1789 



0.1-5.0 



+9.06 



4.995 



1.100 



+4.43 



+9.44 



79 



„ 



51 



570.0 



18 



0.93562 



4.9711 



3.457 



5.5387 



1.3-12 



6.37 



1.459 



0.062 



5.27 



25.5 



80 



,, 



» 



649.0 



32 



0.16072 



4.2061 



0.2059 



4.3137 



2.1-145 



2.89 



3.778 



0.421 



1.49 



4.45 



81 



:) 



n 



734.0 



6 



0.04103 



3.6131 



0.01471 



3.1676 



220-246 



+1.755 



0.707 



0.055 



+2.09 



+7.46 



