Bipolar-Transistoren im gesperrten Zustand - Bipolar Transistor Off-State Characteristics KyteLabs InfoBase - Semiconductor Data Last modified: 2009-07-23 (15967) 2 Statische KenndatenStatic Characteristics 2.2 Bipolar-TransistorenBipolar Transistors 2.2.2 Germanium-Kleinsignaltypen im gesperrten Zustand (ausgeschaltet)Germanium Small-Signal Devices (Off-State) Die Spannungs- und Stromangaben sind als Betrag aufzufassen. Vorzeichen müssen entsprechend Betriebsart und Polarität des Halbleitermaterials gesetzt werden. Voltage and current ratings are given as magnitude, where the sign has to be set according to operating condition and polarity of the semiconductor material. UCBO = 5.1 ... 10 V   Rate ICBO @UCB ICES ICEO @UCE IEBO @UEB @TA Ref *? µAV µAµAV µAV °C 2N175  MAX 1225        25Rca67   Rate ICBO @UCB ICES ICEO @UCE IEBO @UEB @TA 15958 µAV µAµAV µAV °C UCBO = 11 ... 20 V   Rate ICBO @UCB ICES ICEO @UCE IEBO @UEB @TA Ref *? µAV µAµAV µAV °C AF101  TYP 1.06.0 4.0406.0 0.56.0 25Tfk61 MAX 7.0 25260 2.0 OC612  TYP 2.56.0 7.0806.0 1.812 25Tfk60 MAX 10 25600 12 OC613  TYP 2.56.0 101506.0 1.812 25Tfk60 MAX 10 30600 12 2N139 2N140 MAX 6.012        25Rca67 2N405  MAX 14-        25Rca67 2N407  MAX 1412     142.5 25Rca67 GF147  TYP 1.020 -2015 100.3 25Rfe71 MAX 8.0 -500 100   Rate ICBO @UCB ICES ICEO @UCE IEBO @UEB @TA 15968 µAV µAµAV µAV °C   Rate ICBO @UCB ICES @UCE ICER @UCE RBE IEBO @UEB @TA Ref *? µAV µAV µAVkOHM µAV °C GC115  TYP 1.56.0 806.0 -201.0 1010 25Rft69 MAX 15 600 250 100   Rate ICBO @UCB ICES @UCE ICER @UCE RBE IEBO @UEB @TA 15866 µAV µAV µAVkOHM µAV °C   Rate U(BR)CBO @Ic U(BR)CEO @Ic U(BR)EBO @IE Rate ICBO@UCB IEBO@UEB @TA Ref *? VµAVmAVµA µAVµAV °C 2N409 2N411 MIN 1310 -- -- MAX 1013 -- 25Rca67   Rate U(BR)CBO @Ic U(BR)CEO @Ic U(BR)EBO @IE Rate ICBO@UCB IEBO@UEB @TA 15958 VµAVmAVµA µAVµAV °C UCBO = 21 ... 30 V   Rate ICBO @UCB ICER @UCB RBE IEBO @UEB @TA Ref *? µAV µAVkOHM µAV °C AF134  TYP 2.56.0 -6.030 3.00.7 25Tfk66Tfk70 MAX 10 50 - AF135 AF136AF137 TYP 3.06.0 -6.030 3.00.7 25Tfk66Tfk70 MAX 10 50 - AF138  TYP 1.56.0 -6.030 3.00.7 25Tfk66Tfk70 MAX 3.0 50 -   Rate ICBO @UCB ICER @UCB RBE IEBO @UEB @TA 15536 µAV µAVkOHM µAV °C   Rate ICBO @UCB ICES @UCE ICER @UCE RBE IEBO @UEB @TA Ref *? µAV µAV µAVkOHM µAV °C OC614  TYP 2.56.0 4.06.0 7.06.030 1.00.6 25Tfk62 MAX 30 - 100 20 AF105  TYP 2.56.0 4.06.0 5.06.030 1.00.6 25Tfk62 MAX 30 - 100 20 OC615  TYP 3.06.0 4.06.0 5.06.030 1.00.6 25Tfk62 MAX 30 - 100 20   Rate ICBO @UCB ICES @UCE ICER @UCE RBE IEBO @UEB @TA 15537 µAV µAV µAVkOHM µAV °C   Rate ICBO @UCB IEBO @UEB Rate UCBV @IC UBE(OFF) @TC Ref *? µAV µAV VµAV °C AC138  MAX1510 20010 MIN252002.0 25Ate70 AC141B  MAX3510 20010 MIN252002.0 25Ate70   Rate ICBO @UCB IEBO @UEB Rate UCBV @IC UBE(OFF) @TC 15867 µAV µAV VµAV °C   Rate ICBO @UCB ICBV @UCB UBE(OFF) IEBO @UEB Rate UCEO @IC @TC Ref *? µAV µAVV µAV VmA °C AC187  MAX3510 200252.0 20010 MIN1550 25Ate70 AC188  MAX1510 200252.0 20010 MIN1550 25Ate70 ASY91  TYP-- 3.0251.0 2.010 MIN-- 25Ate70 MAX- 20 20   Rate ICBO @UCB ICBV @UCB UBE(OFF) IEBO @UEB Rate UCEO @IC @TC 15867 µAV µAVV µAV VmA °C   Rate U(BR)CBO @Ic U(BR)CEO @Ic U(BR)EBO @IE Rate ICBO@UCB IEBO@UEB @TA Ref *? VµAVmAVµA µAVµAV °C 2N104  MIN 3020 -- -- MAX 1012 -- 25Rca67   Rate U(BR)CBO @Ic U(BR)CEO @Ic U(BR)EBO @IE Rate ICBO@UCB IEBO@UEB @TA 15957 VµAVmAVµA µAVµAV °C UCBO = 31 ... 40 V   Rate ICBO @UCB Rate UCBO @IC UCEO @IC UEBO @IE @TC Ref *? µAV VµA VmA VµA °C AC139  MAX1510 MIN32200 1550 10200 25Ate70   Rate ICBO @UCB Rate UCBO @IC UCEO @IC UEBO @IE @TC 15867 µAV VµA VmA VµA °C   Rate ICBO @UCB IEBO @UEB Rate UCBO @IC UCEO @IC @TC Ref *? µAV µAV VµA VmA °C AC142  MAX1510 20010 MIN32200 1550 25Ate70   Rate ICBO @UCB IEBO @UEB Rate UCBO @IC UCEO @IC @TC 15867 µAV µAV VµA VmA °C   Rate ICBO @UCB IEBO @UEB Rate UCBV @IC UBE(OFF) UCEO @IC @TC Ref *? µAV µAV VµAV VmA °C AC193  MAX1510 20010 MIN322002.0 1550 25Ate70 AC141 AC194 MAX3510 20010 MIN322002.0 1550 25Ate70   Rate ICBO @UCB IEBO @UEB Rate UCBV @IC UBE(OFF) UCEO @IC @TC 15867 µAV µAV VµAV VmA °C   Rate ICBO @UCB ICBV @UCB UBE(OFF) IEBO @UEB Rate UCEO @IC @TC Ref *? µAV µAVV µAV VmA °C AC192  MAX1412 50322.0 2010 MIN151.0 25Ate70   Rate ICBO @UCB ICBV @UCB UBE(OFF) IEBO @UEB Rate UCEO @IC @TC 15867 µAV µAVV µAV VmA °C   Rate ICBV @UCB UBE(OFF) IEBO @UEB Rate UCER @IC RBE @TC Ref *? µAVV µAV VmAkOHM °C ASY90  MAX20401.0 2024 MIN361.020 25Ate70   Rate ICBV @UCB UBE(OFF) IEBO @UEB Rate UCER @IC RBE @TC 15867 µAVV µAV VmAkOHM °C   Rate ICBO @UCB ICBV @UCB UBE(OFF) IEBO @UEB @TC Ref *? µAV µAVV µAV °C AC191  MAX5.012 50322.0 7.520 25Ate70   Rate ICBO @UCB ICBV @UCB UBE(OFF) IEBO @UEB @TC 15867 µAV µAVV µAV °C   Rate UCER @IC RBE UCEO @IC UEBO @IE @TC Ref *? VmAkOHM VmA VµA °C AC191  MIN251.010 151.0 2550 25Ate70   Rate UCER @IC RBE UCEO @IC UEBO @IE @TC 15867 VmAkOHM VmA VµA °C Copyright © 2009Franz Hamberger, Berlin, Germany