KyteLabs InfoBase - Electron Tubes & Valves Data Last modified: 2017-08-04 (18902)

2 Statische Verstärker-Kenndaten
Class-A Amplifier Static Characteristics

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2.5
Tetroden und Pentoden
Tetrodes and Pentodes

2.5.1 Indirekt geheizte Kleinsignaltypen mit gerader Kennlinie
Indirectly-Heated, Small-Signal, Sharp-Cutoff Types

Das Bremsgitter g3 ist mit der Katode verbunden, wenn eine explizite Angabe von Ug3 fehlt.
The suppressor grid g3 is tied to the cathode unless a value of Ug3 is specified.

S = 0.1 ... 1.0 mA/V
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ref *?
VVVOHM mAmAmA/V kOHM
12A7  135135–13.51175 9.02.50.975-102 Rca43
  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra 14327
VVVOHM mAmAmA/V kOHM
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rg1 Ia Ig2 S ΅g2g1 ra Ref *?
VVVVMOHM mAmAmA/V kOHM
EF98  6.33.23.2–0.910 0.50.170.93.580 14
Tfk61
6.33.26.3–0.8510 1.60.651.74.125
12.66.36.3–0.8510 1.850.552.04.3200
  Ua Ug3 Ug2 Ug1 Rg1 Ia Ig2 S ΅g2g1 ra 14327
VVVVMOHM mAmAmA/V kOHM

S = 1.1 ... 2.0 mA/V
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate Ref *?
VVVOHMmAmAmA/VMOHM V΅A
6788      0.6-0.951.0    MIN Syl57
100100–1.3415000.80.091.151.2 –2.810 NOM
    1.00.21.35-    MAX
1603 100100–3.012002.00.51.1851.0 –7.00 NOM Rca41
       1.5    MIN
250100–3.012002.00.51.225- –7.00 NOM
250180–3.02888.32.12.00.9    NOM
1620 100100–3.012002.00.51.1851.0 –7.00 NOM 323
Rca43
       1.0    MIN
250100–3.012002.00.51.225- –7.00 NOM
6SJ7 100100–3.07892.90.91.5750.7 –8.010 NOM 228 229
Get56
Rca57
250100–3.07893.00.81.651.0 –8.010 NOM
6J8      2.00.41.3     MIN Ccc
--–3.07903.00.81.65-    NOM
    4.01.22.0     MAX
  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate 17286
VVVOHMmAmAmA/VMOHM V΅A
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate Ref *?
VVVVOHM mAmAmA/V MOHM
ECF83  60050–2.3541 3.01.251.3100.6 NOM Sie64
RV12P2000  150075–2.3900 2.00.51.5181.0 NOM Rwn56 Nächster - Next
   –1.7   0.41.3 1.0 MIN 295
Tfk44
210075–2.35900 2.00.551.518- NOM
   –3.0   0.71.7   MAX
2100750- 7.0---- NOM Tfk44
210075–7.0- 0.1---- NOM
210–70750- 0.1---- NOM
EF40  2500140–2.0563 3.00.551.85382.5 NOM Phi54
EF86  2500140–2.0556 3.00.62.0382.5 NOM Sie64
Tfk68
2500140–2.2611 3.00.62.2382.5 NOM Phi70
  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate 13881
VVVVOHM mAmAmA/V MOHM
Runter - DownRunter - Down  Uba Ug3 Ubg2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate Ref *?
VVVVOHM mAmAmA/V MOHM
RV12P2000  210021060600 4.51.2--- NOM Rwn56 Zurück - Back
      ----1.0 MIN Tfk44
2100210240900 2.00.551.518- NOM
EF804  250-140–2.0- 3.00.62.0382.0 NOM Tfk65
EF804S  250-140-500 3.20.62.0382.0 NOM Tfk65
EF806S  250-140-500 3.20.62.0382.5 NOM Tfk65
  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate 13879
VVVVOHM mAmAmA/V MOHM
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅ ra Rate Ref *?
VVVVOHM mAmAmA/V MOHM
EF6 
UF6
1000100–2.0526 3.00.81.818001.0 NOM Phi40
Rat49
2000100–2.0526 3.00.81.836002.0 NOM
EF6 2500100–2.0526 3.00.81.845002.5 NOM Phi40
  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅ ra Rate 17999
VVVVOHM mAmAmA/V MOHM
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ug1 Ia Rate Ref *?
VVVOHMmAmAmA/V MOHM V΅A
E80F  250100–2.05503.00.651.85251.5 –7.520 NOM Tfk65
Val62
  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ug1 Ia Rate 14677
VVVOHMmAmAmA/V MOHM V΅A

S = 2.1 ... 3.0 mA/V
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ref *?
EF7 250-100–1.5- 3.0-2.1-2000 Tfk36
EF12 100-100–2.0500 3.01.02.125400 Phi53
Tfk39
200-100–2.0500 3.01.02.1251500
250-100–2.0500 3.01.02.1252000
CF7 200-100–2.0500 3.01.12.1-2000 Rwm53
AF7 2500100–2.0488 3.01.12.1-2000 Phi59
NF2 2000100–2.0500 3.01.02.2-1800 Tfk
20001000- 9.0----
EF410 250-100–2.0258 6.01.752.7211000 Mik60
  VVVVOHM mAmAmA/V kOHM 13875
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅ ra Ref *?
EF1 250-100–2.0- 3.0-2.340001700 Tfk35
  VVVVOHM mAmAmA/V kOHM 13976
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate Ref *?
6AJ5 2828–1.02702.71.02.5100 –4.50.01 NOM Syl56
  VVVOHMmAmAmA/VkOHM VmA 14676
Runter - DownRunter - Down  Ua Ug2 Rg1 Ia Ig2 If S ra Ug1 Ia Rate Ref *?
5905    1.40402.3590  0 MIN Syl57
26.526.52.22.10.75452.85150 –3.00.01 NOM
   2.81.5503.35-  0.1 MAX
  VVMOHMmAmAmAmA/VkOHM VmA 14676
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia Ref *?
RL12P2 1300130–6.0153.02.38.3>70 –251.0 Lor42
  VVVVmAmAmA/V kOHM VmA 13892
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug3 Ia Ref *?
EF70 1000100–2.0 3.02.52.538100 –120.1 Val55
  VVVV mAmAmA/V kOHM VmA 13865

S = 3.1 ... 4.0 mA/V
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate Ref *?
VVVOHMmAmAmA/VkOHM V΅A
6GE6  150150–2.02785.51.73.2340 –8.050 NOM Tse60
    ---7000    MIN
10050--0.1---    NOM
6J2B-W      3.5-2.8     MIN Kaz68
Mel81
120120–1.92005.54.03.75-    NOM
    7.55.54.7     MAX
  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate 17284
VVVOHMmAmAmA/VkOHM V΅A

S = 4.1 ... 5.0 mA/V
Runter - DownRunter - Down  Uba Ubg2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Ref *?
18GD6A 100100–1.051505.02.04.3500 –4.70.01 Rca62
5654 120120–2.02007.52.55.0340 –8.50.01 Tfk65
5702 120120–2.02007.52.55.0150 –9.00.2 Tfk65
5702WB 120120–2.02007.52.65.0150 –9.00.05 Tfk65
  VVVOHMmAmAmA/VkOHM VmA 13745
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Ref *?
6BH6 100100–1.02003.61.43.4700 –5.00.01 Get57
Rca55
250150–1.0977.42.94.61400 –7.70.01
  VVVOHMmAmAmA/VkOHM VmA 13731
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 If S ra Ug1 Ia Rate Ref *?
5906     5.50.5404.1150  0 MIN Syl57
100100–1.51507.52.4455.0260 –9.0- NOM
    9.53.5505.9-  0.05 MAX
  VVVOHMmAmAmAmA/VkOHM VmA 14687
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ref *?
EF72 100100–1.4152 7.02.25.036250 Val55
EF762 100100–1.5150 7.52.55.036250 Fwe56
  VVVOHM mAmAmA/V kOHM 13868
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ref *?
C3d  C3e 220-200–2.5140 143.54.1-550 Sie64
C3e 2200200–2.5140 143.84.1-550 Lor56
  VVVVOHM mAmAmA/V kOHM 14316

S = 5.0 ... 6.0 mA/V
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Uf Rk Ia Ig2 S ΅ ra Rate Ref *?
VVVVVOHM mAmAmA/V kOHM
R143 
PTT206P
2000200–2.26.3230 8.01.65.54400800 NOM Rtc54
R145 
PTT202P
2000200–2.218230 8.01.65.54400800 NOM Rtc55
  Ua Ug3 Ug2 Ug1 Uf Rk Ia Ig2 S ΅ ra Rate 18901
VVVVVOHM mAmAmA/V kOHM
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ug1 Ia Ref *?
6BC5 100100–1.11804.71.44.9-600 –5.00.01 Rca55
125125–1.041008.02.46.1-500 –6.00.01
250150–1.71807.52.15.7-800 –8.00.01
ECF82 170110–0.967103.55.532400 –100.01 Wfb61
  VVVOHMmAmAmA/V kOHM VmA 15074
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug3 Ia Ref *?
EF73 1000100–2.07.52.55.2528250 –600.1 Val55
  VVVVmAmAmA/V kOHM VmA 13868

S = 6.0 ... 7.0 mA/V
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate Ref *?
VVVOHM mAmAmA/V kOHM
ECF80  170170–2.0156 102.86.247400 NOM Sie64
  Ua Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate 13871
VVVOHM mAmAmA/V kOHM
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate Ref *?
VVVOHMmAmAmA/VkOHM V΅A
6CB6  200150–2.2180 9.52.86.2600 –8.010 NOM Rca55
6J10B-WR      7.0-4.4     MIN Mel85
120120–1.810010.57.56.5-    NOM
    14108.6     MAX
19Q9  125125–1.063 124.06.5200    NOM Syl64
  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate 17284
VVVOHMmAmAmA/VkOHM V΅A

S = 7.0 ... 8.0 mA/V
Runter - DownRunter - Down  Uba Ubg2 Ug1 Rk Ia Ig2 S ra Ug1 Ib Rate Ref *?
VVVOHMmAmAmA/VkOHM VmA
6AN8  125125–0.956123.87.8170 –6.00.02 NOM Syl
125125-0---- –3.01.6 NOM
  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ib Rate 17978
VVVOHMmAmAmA/VkOHM VmA
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Ref *?
6GH8A  125125–1.063124.07.5200 –8.00.01 Rca63
6C9 
6CY5
6FV6
12580–1.087101.58.0100 –6.00.02 Syl61
Get58 Rca59
Syl59
  VVVOHMmAmAmA/VkOHM VmA 15094
Runter - DownRunter - Down  Uba Ubg2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Ref *?
6CF6 125125–0.95612.53.77.8300 –6.00.02 Rca59
         –3.02.2
6CB6A 125125–0.9456133.78.0280 –6.50.02 Rca59
         –3.02.8
6DE6 125125–1.15615.54.28.0250 –9.00.02 Rca59
125125–5.5---0.7-   
  VVVOHMmAmAmA/VkOHM VmA 13731
Runter - DownRunter - Down Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 S Ref *?
6EA5 250140–1.091100.958.0150 –6.00.1 Rca61
  VVVOHMmAmAmA/VkOHM VmA/V 13737
Runter - DownRunter - Down  Uba Ug3 Ubg2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ref *?
EF800 1700170–2.0160 102.57.550400 Tfk65
EF91 2500250–2.0159 102.557.65701000 Phi55
EF802 1700170–1.8120 123.08.050300 Tfk65
  VVVVOHM mAmAmA/V kOHM 13960
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Ref *?
UF80 1700170–2.0160 102.57.450400 Sie64
EF80 1700170–2.0160 102.57.450500 Sie64
2000200–2.55202 102.67.150550
2500250–3.5273 102.86.850650
EF54 250-250–1.7150 101.457.780500 Mul47
UF42 1700170–2.0156 102.88.052300 Phi50
  VVVVOHM mAmAmA/V kOHM 14527
Runter - DownRunter - Down  Ua Ug2 Ubg1 Rg1 Ia Ig2 S ra Ug1 Ia Ref *?
6CE5 125125–1.01.0112.37.6300 –5.00.035 Rca62
  VVVMOHMmAmAmA/VkOHM VmA 13731

S = 8.0 ... 9.0 mA/V
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Uf Rk Ia Ig2 S ΅ ra Rate Ref *?
VVVVVOHM mAmAmA/V kOHM
R142 
PTT213P
2000200–1.66.3125 10.52.08.54250500 NOM Rtc54
PTT213P 200-200–1.66.3125 10.52.08.5-500 Csf64
PTT212P 200-200–1.618125 10.52.08.5-500 Csf64
  Ua Ug3 Ug2 Ug1 Uf Rk Ia Ig2 S ΅ ra Rate 18901
VVVVVOHM mAmAmA/V kOHM
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra   Ref *?
EF42 2500250–2.0161 102.49.083500 Phi52
  VVVVOHM mAmAmA/V kOHM 15264
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ib   Ref *?
6AH6 3000150–2.0160 102.59.0500 –7.010 Get51
  VVVVOHM mAmAmA/VkOHM V΅A 15006
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 S   Ref *?
6EV5 25080–1.081 11.50.98.8150 –4.50.1 Rca61
  VVVOHM mAmAmA/VkOHM VmA/V 13746

S = 9.0 ... 10 mA/V
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate Ref *?
VVVOHMmAmAmA/VkOHM V΅A
6J5B-W      10-7.6     MIN Kaz68
Orz75
120120–1.9100154.010-    NOM
    226.012.5     MAX
  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate 17285
VVVOHMmAmAmA/VkOHM V΅A
Runter - DownRunter - Down  Uba Ubg2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate Ref *?
VVVOHMmAmAmA/VkOHM V΅A
6HS6  15075–0.79688.82.89.5500 –4.020 NOM Rca62
6DK6  125125–0.8856123.89.8350 –6.520 NOM Get58
Rca59
  Uba Ubg2 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate 13733
VVVOHMmAmAmA/VkOHM V΅A

S = 10 ... 15 mA/V
Runter - DownRunter - Down  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ib Rate Ref *?
VVVOHMmAmAmA/VkOHM V΅A
ECF804  150150–2.02177.02.211350    NOM Rat64
PTT216  150150–1.7511012.33.713.5230    Csf64
6EW6  125125–0.856113.214200 –3.520 NOM Get58
  Ua Ug2 Ug1 Rk Ia Ig2 S ra Ug1 Ib Rate 18902
VVVOHMmAmAmA/VkOHM V΅A
Runter - DownRunter - Down  Uba Ubg2 Ug1 Rk Ia Ig2 S ra Ug1 S Rate Ref *?
VVVOHMmAmAmA/VkOHM VmA/V
4HT6  125125–1.0656154.014143 –4.50.1 NOM Rca63
         –3.50.3 NOM
4HM6  125125–0.9156133.215156 –3.00.1 NOM Rca63
  Uba Ubg2 Ug1 Rk Ia Ig2 S ra Ug1 S Rate 13729
VVVOHMmAmAmA/VkOHM VmA/V
Runter - DownRunter - Down  Uba Ubg2 Ubg1 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate Ref *?
VVVVOHMmAmAmA/VkOHM V΅A
5847       9.0-10     MIN Lme58
Lme
1501500–1.911013.54.013200 –4.510 NOM
     186.016     MAX
160160+8.5–2.060013.54.013200 –4.510 NOM
  Uba Ubg2 Ubg1 Ug1 Rk Ia Ig2 S ra Ug1 Ia Rate 17287
VVVVOHMmAmAmA/VkOHM V΅A
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate Ref *?
VVVVOHM mAmAmA/V kOHM
AF100  2500200–2.1126151.6510.559300 NOM 215
Tfk44
Nächster - Next
2500200–7.5-0.5---- NOM
12502000-35---- NOM
6F14  140-140–1.2537276.510.633125 NOM Mik60
ECF801       ----350 MIN Cif68
170-120–1.4108103.01155- NOM
ECF803       ----350 MIN Rft66
Rft67
170-120–1.4110103.01155- NOM
6EJ7  190-190–2.35167104.115-350 NOM Rca62
200-200–2.5177104.115-350 NOM
EF184  200-200–2.5177104.11560380 NOM Sie64
Tfk68
  Ua Ug3 Ug2 Ug1 Rk Ia Ig2 S ΅g2g1 ra Rate 18000
VVVVOHM mAmAmA/V kOHM
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Rg2 Rk Ia Ig2 S ra Rate Ref *?
VVVVkOHMOHM mAmAmA/VkOHM
AF100  2500--30125---- NOM Tfk44 Zurück - Back
  Ua Ug3 Ug2 Ug1 Rg2 Rk Ia Ig2 S ra Rate 13875
VVVVkOHMOHM mAmAmA/VkOHM

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