KyteLabs InfoBase - Electron Tubes & Valves Data Last modified: 2021-06-01 (20299)

2 Statische Verstärker-Kenndaten
Class-A Amplifier Static Characteristics

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2.5
Tetroden und Pentoden
Tetrodes and Pentodes

2.5.5 Tetroden und Pentoden mit direkter Heizung für Batteriebetrieb
Directly-Heated Tetrodes and Pentodes for Battery Supply

Das Bremsgitter g3 liegt auf Katodenpotential, wenn eine explizite Angabe von Ug3 fehlt.
The suppressor grid g3 is tied to cathode potential unless a value of Ug3 is specified.

S = 0.1 ... 1.0 mA/V
Hoch - UpRunter - Down  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia Ref *?
VVV΅A΅A΅A/V MOHM V΅A
DF64  1515–0.6260201007.51.0    Val58
DF66  22.522.5–1.05501510011.5>2.0    Val58
DF67  22.518–1.1550101008.74.0    Val58
06J6B  30300150100110--    Mik60
06P2B  303009030130-1.1    Mik60
DAF96  67.567.5–1.51705517016-    Val61
DL64  1515–1.5160401804.50.4    Val58
6418 1515–0.810025190-0.72    Tse63
22.522.5–1.224060300-0.42   
DL66  22.522.5–1.4300753508.00.3    Val58
DL67  22.522.5–0.24751004209.00.4    Val58
DL68  22.522.5–2.26001504305.00.1    Val62
CK6088  4545–1.25650150625-0.7    Ray56 Tse60
  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia 16929
VVV΅A΅A΅A/V MOHM V΅A
Hoch - UpRunter - Down  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia Rate Ref *?
VVVmA΅A΅A/V MOHM V΅A
DAF91  454500.7515042013.50.6    NOM Phi53
67.567.501.640062513.50.6   
909002.760072013.50.5   
1AD5  303000.45160430-0.7 –3.010 NOM Rca49
454500.9350580-0.7 –4.010
67.567.501.85750735-0.7 –6.010
1AC5  3030–2.00.5100450-0.2    NOM Rca49
4545–3.01.0200600-0.17   
67.567.5–4.52.0400750-0.15   
1S5  67.567.501.6400625-0.6 –5.010 NOM Get51
1U5WA     1.05240525      MIN Tse60
67.567.501.6-650--    NOM
   2.15560775      MAX
1A5GT 
1LA4
8585–4.53.5700800-0.3    NOM 414
Tse45
9090–4.54.0800850-0.3   
1U4  909001.0500900-1.0 –4.010 NOM Rca54
909001.6500900-1.0 –4.010 Get57
1U4WA     1.0280720    0 MIN Tse60
909001.6500900-- –4.5- NOM
   2.16201080    30 MAX
DF904  909001.6450900231.5    NOM 397
Tfk62
  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia Rate 18162
VVVmA΅A΅A/V MOHM V΅A
Hoch - UpRunter - Down  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 S Rate Ref *?
VVVmA΅A΅A/V MOHM V΅A/V
DAF11  904500.8120550->0.7    397
Tfk41
1206001.4200600->0.9   
DF11  905000.9180650->1.0 −2.256.5 397
Tfk41
1206001.2220700->1.0 −3.37.0
DF61  454500.8200750211.4 –2.67.5 NOM Val62
   1.25300700      MIN
67.567.501.7450950211.6 –4.09.5 NOM
   2.156001200      MAX
  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 S Rate 15154
VVVmA΅A΅A/V MOHM V΅A/V
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia Ref *?
VVVVmAmA΅A/V kOHM V΅A
DL620 67.5-67.5–6.53.10.956505.0110    Mul58
5672 67.5-67.5–6.53.10.956505.0150    Tfk65
1609 135-67.5–1.52.50.65725-400    Rca43
DL69 90-90–2.51.750.485015800    Mul63
DF92  90-67.502.91.2925-600    Phi49
90-9004.52.01025-350   
1L4  90-67.502.91.2930-600 –6.010 425
Bri58
90-9004.52.01030-350 –8.010
RV2P700 150075–1.51.50.351000-1200 –5.0100 Tfk
150-7503.0----   
MF6 150075–1.52.00.551000-1200 –6.0100 Tfk42
150-7503.5----   
RV2,4P700  150075–1.51.70.351000171000 –6.080 Tfk
150-12006.5----   
RV2P800  120-80–1.53.50.8105012.5500 –8.050 Rtt94
Tfk
120-8005.3----   
  Ua Ug3 Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia 16930
VVVVmAmA΅A/V kOHM V΅A
Hoch - UpRunter - Down  Uba Ug2 Ubg1 Rg1 Ia Ig2 S ΅g2g1 ra Ug1 S Ref *?
VVVMOHMmAmA΅A/V kOHM V΅A/V
DL71 4545–1.25100.60.1550015350    Phi49
DL72 4545–4.5101.250.45005.0225    Phi49
5678 454505.00.80.22820231200 –3.010 14
Tfk65
Val62
67.567.505.01.80.481100231000 –4.010
  Uba Ug2 Ubg1 Rg1 Ia Ig2 S ΅g2g1 ra Ug1 S 13909
VVVMOHMmAmA΅A/V kOHM V΅A/V

S = 1.0 ... 2.0 mA/V
Hoch - UpRunter - Down  Ua Ug2 Ug1 Uf Ia Ig2 If S ΅g2g1 ra Ref *?
VVVV mAmAmAmA/V kOHM
DL11  9090–4.51.2 3.20.6501.010500 397
Tfk41
120120–6.01.2 4.70.85501.110500
DL92  4545–4.52.8 3.00.7501.15.0100 376
Phi52
67.567.5–7.02.8 6.01.2501.45.0100
9067.5–7.02.8 6.11.1501.425.0100
4545–4.51.4 3.80.81001.255.0100 375
Phi52
67.567.5–7.01.4 7.21.51001.555.0100
9067.5–7.01.4 7.41.41001.575.0100
DL96  6464–3.31.4 1.750.3325--- 426
Val61
8585–5.21.4 2.50.4525---
6464–3.31.4 3.50.65501.37.0170 375
Val61
8585–5.21.4 5.00.9501.47.0150
9090–6.32.8 3.70.725--- 376 Val61
DL21  9090–3.01.4 4.00.7-1.3-300 Phi53
120120–4.81.4 5.00.9-1.4-350
1G5G  9090–6.02.0 8.52.5-1.5-133 414
Tse42
124124–112.0 103.0-1.5-145
135135–13.52.0 8.72.5-1.55-160
DL35  8383–7.01.4 7.01.6-1.5-110 Mul46
9090–7.51.4 7.51.6-1.55-115
DL962  67.567.5–7.01.2 7.02.01201.55.0100 Rwn56
DL192  67.567.5–7.01.4 7.02.01001.55.0100 Rwn53
DL22  120120–4.0- 5.01.3-1.615350 Mik60
DF906  454501.4 3.01.0-1.720500 397
Tfk62
DL98  9090–9.9- 151.0-1.73.222 Mul61
135120–10- 301.8-2.153.4522
3B4  200150–252.5 192.0-1.853.7- Cif68
DL70  13590–7.5- 7.51.5-1.96.5150 Mik60
DL94  8686–4.32.8 7.01.5501.97.3120 376
Val61
9090–4.22.8 8.01.7502.07.3120
113113–7.22.8 9.01.8502.07.3120
120120–8.12.8 9.01.8502.07.3120
8686–4.51.4 8.01.81002.07.3110 375
Val61
9090–5.11.4 8.01.81002.07.3110
113113–7.11.4 102.31002.07.3110
120120–8.11.4 102.31002.07.3110
1Q5GT  8585–5.01.4 7.00.8-1.95-70 Rca41
Tse41
9090–4.51.4 9.51.3-2.2-90
DL33 
3Q5GT
8585–5.01.4 7.00.8-1.95-70 375
Mul46
Rca42
Tse49
9090–4.51.4 9.51.3-2.2-90
110110–6.61.4 101.4-2.2-100
9090–4.52.8 8.01.0-2.0-80 376
Mul46
Rca42
Tse49
110110–6.62.8 8.51.1-2.0-110
  Ua Ug2 Ug1 Uf Ia Ig2 If S ΅g2g1 ra 16163
VVVV mAmAmAmA/V kOHM
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 If S ΅ ra Rate Ref *?
VVVVV mAmAmAmA/V kOHM
2J27L        1.3-511.0-- MIN Ccc
12004502.2 1.90.35571.25-- NOM
      2.50.5631.5-- MAX
2J27P        1.3-511.0-- MIN Ccc66
12004502.2 1.9-57--1600 NOM
      2.50.563--- MAX
KF1  9009002.0 1.1-2001.015001500 NOM Phi35
135013502.0 3.0-2001.81600900 NOM
  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 If S ΅ ra Rate 18000
VVVVV mAmAmAmA/V kOHM
Hoch - UpRunter - Down  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia Ref *?
VVVmAmAmA/V kOHM V΅A
1AE4  909003.51.21.55-500 –5.050 Ray57
  Ua Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia 16164
VVVmAmAmA/V kOHM V΅A

S = 2.1 ... 3.0 mA/V
Hoch - UpRunter - Down  Ua Ug2 Ug1 Uf Ia Ig2 S ΅g2g1 ra Ref *?
VVVV mAmAmA/V kOHM
DL963  15067.5–7.51.2 102.62.2-90 Rwn56
DL193  15067.5–7.51.4 102.62.2-90 Rwn53
3A4  15090–8.4- --2.25-80 Rca61
DL73  100100–9.0- 153.82.56.016 Mik60
DL907  9090–3.6- 112.62.91070 397
Tfk62
120120–5.5- 153.53.11060
  Ua Ug2 Ug1 Uf Ia Ig2 S ΅g2g1 ra 15154
VVVV mAmAmA/V kOHM
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia Ref *?
VVVVmAmAmA/V kOHM VmA
RL2,4P2  1300130–6.011.52.52.28.3>70 –201.0 Lor41
  Ua Ug3 Ug2 Ug1 Ia Ig2 S ΅g2g1 ra Ug1 Ia 13892
VVVVmAmAmA/V kOHM VmA
Hoch - UpRunter - Down  Ua Ug2 Ubg1 Rg1 Ia Ig2 S ΅g2g1 ra Ug1 S Ref *?
VVVMOHMmAmAmA/V kOHM VmA/V
1AD4  454502.03.30.92.217.5400 –3.80.01 Tfk65
Val62
9090–1.6-5.71.52.618500 –7.00.01
  Ua Ug2 Ubg1 Rg1 Ia Ig2 S ΅g2g1 ra Ug1 S 13874
VVVMOHMmAmAmA/V kOHM VmA/V

S = 3.1 ... 4.0 mA/V
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 S ΅g2g1 ra Rate Ref *?
VVVVV mAmAmA/V kOHM
2E24       24     MIN AC
Rca50
200-135–5.06.3----- NOM
     46     MAX
500-200--16-3.2-- NOM
  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 S ΅g2g1 ra Rate 13920
VVVVV mAmAmA/V kOHM

S = 4.1 ... 5.0 mA/V
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 S ΅g2g1 ra Ref *?
VVVVV mAmAmA/V kOHM
5A6  1500150–9.0- 303.05.06.825 Rat64
Tse49
  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 S ΅g2g1 ra 13915
VVVVV mAmAmA/V kOHM

S = 5.1 ... 6.0 mA/V
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 If S ΅g2g1 ra Rate Ref *?
VVVVV mAmAmAmA/V kOHM
CV1366 
ATP4
      21.3-2703.6-- MIN Mos46
150-150–102.0 --3005.2-- NOM
      42.710330--- MAX
150-150–232.0 1.0----- MAX
V248A  150-150–102.0 40113005.2-- NOM Maz
Bab58
  Ua Ug3 Ug2 Ug1 Uf Ia Ig2 If S ΅g2g1 ra Rate 18410
VVVVV mAmAmAmA/V kOHM

Hoch - UpRunter - Down 1AG4 1AK4  
Ub:
Ua:
Ug2:
Ug1:
Rg2:
Rg1:
-
41.4
41.4
–3.6
-
-
-
45
45
0
-
5.0
-
45
45
–3.0
-
-
67.5
67.5
-
0
110
5.0
67.5
67.5
-
–3.5
110
-
V
V
V
V
kOhm
MOhm
Ia:
Ig2:
S:
΅g2g1:
ra:
2.4
0.6
1.0
-
180
0.75
0.2
0.75
-
1500
-
-
0.01
-
-
0.75
0.2
0.75
-
2000
-
-
0.01
-
-
mA
mA
mA/V

kOHM
Ref *? Ray55 Ray58  

Hoch - UpRunter - Down 1J17B 1J18B 1J24B 1J29B 1J37B 1P24B 2E31 2E35  
Ua:
Ug2:
Ug1:
Rg1:
-
-
-
-
60
40
0
-
60
45
0
-
60
45
0
-
60
45
0
-
45
45
0
-
150
125
–14
-
22.5
22.5
0
5.0
22.5
22.5
0
5.0
45
45
–1.25
-
V
V
V
MOhm
Ia:
Ig2:
S:
΅g2g1:
ra:
2.15
0.3
1.5
-
-
2.0
0.2
1.4
-
-
1.35
0.25
1.15
-
-
0.95
0.1
0.9
-
-
5.3
0.5
2.5
-
-
2.55
0.5
1.25
-
-
18
1.5
2.8
-
-
0.4
0.3
0.5
-
350
0.27
0.07
0.385
-
220
0.45
0.11
0.5
-
250
mA
mA
mA/V
 
kOHM
Ref *? Ccc Bei65 Ccc Ccc Ccc   Ccc Ray56 Ray56  

Hoch - UpRunter - Down 2E30  
Ua:
Ug3:
Ug2:
Ug1:
Uf:
Rk:
180
-
180
–10
6.0
-
250
-
250
–16.5
6.0
-
180
-
180
–13
6.0
400
250
-
250
–20
6.0
450
V
V
V
V
V
Ohm
Ia:
Ig2:
S:
΅g2g1:
ra:
30
2.5
3.45
-
59
40
3.3
3.7
7.0
63
30
2.5
3.45
-
59
40
3.3
3.7
-
63
mA
mA
mA/V
 
kOHM
Ref *? DC Maf49 AC Maf49 13557

Hoch - UpRunter - Down 2P1P 2P2P 2P29P  
Ua:
Ug3:
Ug2:
Ug1:
Uf:
If:
90
-
90
–4.5
1.2
60
90
-
90
–4.5
1.2
120
90
-
90
–4.5
2.4
60
60
-
60
–3.5
-
-
120
0
45
0
1.8
-
120
0
45
0
2.0
-
120
0
45
0
2.2
-
120
0
45
-2.8
2.2
110
V
V
V
V
V
mA
Ia:
Ig2:
S:
΅g2g1:
ra:
4.75
1.1
0.85
-
-
9.5
2.2
1.7
-
-
7.5
1.7
1.5
-
-
3.5
0.8
1.1
-
-
-
-
1.4
-
-
-
-
1.6
-
-
3.0
1.0
1.7
-
-
0.1
-
-
-
-
mA
mA
mA/V
 
kOHM
Ref *? Ccc77 Ccc77 Ccc77 13397

Hoch - UpRunter - Down 5618 6397 6397
spez.
 
Ua:
Ug3:
Ug2:
Ug1:
Uf:
If:
Rg1:
250
0
75
–8.0
3.0
-
-
250
0
75
–8.0
6.0
-
-
125
-
125
-7.5
-
-
-
125
-
125
-7.5
-
-
-
V
V
V
V
V
mA
MOhm
Ia:
Ig2:
S:
΅g2g1:
ra:
19
2.0
3.6
-
-
16
1.5
3.5
-
-
7.0
1.1
1.9
9.0
120
9.0
1.4
2.3
10
100
mA
mA
mA/V

kOHM
Ref *? 176 Rca47 Tfk65 Tfk65  

Hoch - UpRunter - Down AL860  
Ua:
Ug3:
Ug2:
Ug1:
Uf:
Rk:
200
0
150
–7.0
2.4
-
V
V
V
V
V
Ohm
Ia:
Ig2:
S:
΅g2g1:
ra:
35
6.0
6.0
10
-
mA
mA
mA/V

kOHM
Ref *? Rft59  

Hoch - UpRunter - Down CK512 AX CK526 AX CK533 AX CK534 AX CK542DX CK547DX  
Ua:
Ug2:
Ug1:
Uf:
Rg1:
15
15
–1.0
0.625
-
22.5
22.5
–1.5
1.25
-
22.5
22.5
0
1.25
5.0
15
15
–0.625
0.625
5.0
15
15
–1.5
1.25
-
22.5
22.5
–2.0
1.25
-
22.5
22.5
0
1.25
10
30
30
0
1.25
10
45
45
–1.25
1.25
10
V
V
V
V
MOHM
Ia:
Ig2:
S:
΅g2g1:
ra:
50
20
105
-
2.0
450
120
400
-
0.22
360
90
450
-
0.5
9.2
3.7
36
-
5.0
175
60
210
-
0.25
425
130
325
-
0.15
100
25
250
-
1.2
270
65
425
-
0.75
170
40
320
-
1.6
΅A
΅A
΅A/V

MOHM
Ref *? Ray56 Ray56 Ray56 Ray56 Ray56 Ray56  

Hoch - UpRunter - Down DL93  
Ua:
Ug2:
Ug1:
Uf:
Rg1:
Rk:
135
90
–7.5
1.4
-
-
150
90
–8.4
1.4
-
-
V
V
V
V
MOHM
OHM
Ia:
Ig2:
S:
΅g2g1:
ra:
14.8
2.6
1.9
-
90
13.3
2.2
1.9
-
100
mA
mA
mA/V

kOHM
Ref *? Phi53  

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