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

8Verschiedene Betriebsdaten
Miscellaneous Operating Characteristics

8.3 Diodenbetrieb in Durchlassrichtung
Diode Forward Operation

Hoch - UpRunter - Down 1Z11P 1Z21P 2EN5 3A3C 3Z18P 5AS4A 5U4G 5Z12P  
Mode: Ia=f(Ua) Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
100
4.0
100
8.0
5.0
20
60
7.0
100
8.0
50
275
54
300
65
250
40
50
V
mA
Ref *? Ccc77 Ccc77 Syl59 Get69 Ccc77 Syl Mik60 Ccc77  

Hoch - UpRunter - Down 6AF3 6AM8 6AU4GT 6AX3 6AX4GT 6AY3  6BA3 
6DQ4
6BE3 6BE3A  
Mode: Ia=f(Ua) Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
30
340
10
50
25
350
32
250
32
250
20
175
32
350
32
250
25
350
22.5
350
V
mA
Ref *? Tse58 172
Syl57
Syl56 Tse61 Syl55 Rca63 Rca65
Tse62
Tse64 14349

Hoch - UpRunter - Down 6BH3A 6BJ3 6BL4 6BS3  6BW3 
6DE4
6BZ3 6CA4 6CD3  6CG3 
6CJ3
 6CK3 
6CL3
 
Mode: Ia=f(Ua) Ia=f(Ua) Ia=f(Ua) Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
32
350
21
250
12.5
200
20
400
12
140
32
350
21
350
20
150
18
350
29
700
25
700
16
350
V
mA
Ref *? Rca64 Get63 Syl55 Rca63 Get70
Get60
Get66 Get59 Tse64 Get67 Rca69
Rca66
14348

Hoch - UpRunter - Down 6CM3 6CQ4 6CT3 6D14P 6D20P 6DA4 6DA4A 6DK3 6DL3 6DM4 6DN3  
Mode: Ia=f(Ua) Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
10
350
25
250
16
350
20
175
30
250
22
250
30
340
16
400
25
800
25
800
35
400
14
350
V
mA
Ref *? Rca67 Tse61 Rca68 Ccc77 Ccc77 Get57 Tse60 Get73 Rca71 Tse62 Rca70  

Hoch - UpRunter - Down 6DT4 6DW4 6V3 6V3A 6W4GT 12DF5 19DE3 PY81 PY83 U107  
Mode: Ia=f(Ua)  
Ua:
Ia:
28
350
25
350
14
150
19
250
21
250
40
100
25
700
16.3
150
16.5
175
10
90
V
mA
Ref *? Tse63 Rca63 Syl52 Syl55 Get53
Tse53
Tse57 Get69 Phi69 Tfk56 Mar52 14355

Hoch - UpRunter - Down 6EQ7   6X4  
6X5
7Y4
6Z10P 6Z19P  
Mode: Ia=f(Ua)  
Ua:
Ia:
10
2.0
22
70
20
150
20
175
V
mA
Ref *? Syl62 Rca53
Syl55
Syl51
Ccc77 Ccc77  

Hoch - UpRunter - Down 38HE7 38HK7 836 1616 1654  
Mode: Ia=f(Ua)  
Ua:
Ia:
21
350
16
350
44
250
75
130
37
1.0
V
mA
Ref *? Get64 Get65 Rca42 Rca42 Rca48  

Hoch - UpRunter - Down 3DG4  
Mode: Ua=f(Ia) Each Section,  Uf=3.3V  
Ia:
Ua:
0.1
11.5
0.2
18
0.3
23.5
0.35
25
0.4
28
0.5
32.5
0.6
37
0.7
41
0.8
44
0.9
48
1.0
52
1.1
55
1.2
58
A
V
Ref *? Get60 15320

Hoch - UpRunter - Down 5AR4  
Mode: Ua=f(Ia) Each Section,  Uf=5.0V  
Ia:
Ua:
50
6.5
100
10
150
13
200
16
225
17
250
18
300
20.5
350
22.5
400
24.5
450
26.5
500
28.5
550
30.5
600
32.5
650
34
700
36
mA
V
Ref *? Get59 15320

Hoch - UpRunter - Down 5AU4  
Mode: Ua=f(Ia) Each Section,  Uf=5.0V  
Ia:
Ua:
50
14
100
22
150
28
200
34
250
40
300
45
350
50
400
55
450
59
500
64
550
68
600
72
650
76
700
80
750
83
800
87
mA
V
Ref *? Get60 15320

Hoch - UpRunter - Down 5U4GB  
Mode: Ua=f(Ia) Each Section,  Uf=5.0V  
Ia:
Ua:
50
17
100
26
150
34
200
42
250
47
275
50
300
53
350
58
400
64
450
69
500
74
550
79
600
84
650
88
700
93
750
97
mA
V
Ref *? Get60 15323

Hoch - UpRunter - Down 5V3  
Mode: Ua=f(Ia) Each Section,  Uf=5.0V  
Ia:
Ua:
0.05
15
0.1
22
0.2
33
0.3
42
0.35
47
0.4
51
0.5
59
0.6
67
0.7
74
0.8
81
0.9
88
1.0
94
1.1
100
1.2
107
A
V
Ref *? Get60 15323

Hoch - UpRunter - Down 5V3A 5V4G
5V4GA
 
Mode: Ua=f(Ia) Each Section  
Ia:
Ua:
350
42
175
25
mA
V
Ref *? Syl70 Syl53
Get55
15324

Hoch - UpRunter - Down 5Y3GT  
Mode: Ua=f(Ia) Each Section,  Uf=5.0V  
Ia:
Ua:
25
17
50
27
75
36
100
43
125
50
150
57
175
63
200
68
225
74
250
80
275
85
300
89
325
94
350
99
375
103
400
108
mA
V
Ref *? Get55 15319

Hoch - UpRunter - Down 5Z4  
Mode: Ua=f(Ia) Each Section,  Uf=5.0V  
Ia:
Ua:
10
3.8
20
6.0
30
8.0
40
9.5
50
11
60
12.5
70
13.8
80
15
90
16.2
100
17.3
110
18.4
120
19.5
130
20.6
140
21.7
150
22.8
160
24
mA
V
Ref *? Tse40 15327

Hoch - UpRunter - Down 5Z4S  
Mode: Ia=f(Ua)  
Ua:
Ia:
5.0
20
8.0
20
11
60
13.5
80
16
100
18.5
120
21
140
23
160
25
180
27
200
V
mA
Ref *? Mik60  

Hoch - UpRunter - Down 5Z8S  
Mode: Ia=f(Ua)  
Ua:
Ia:
18
80
28
160
36
240
44
320
52
400
59
480
66
560
72
640
77
720
80
750
V
mA
Ref *? Mik60  

Hoch - UpRunter - Down 5Z9S  
Mode: Ia=f(Ua)  
Ua:
Ia:
18
40
30
80
43
120
53
160
62
200
71
240
79
280
87
320
95
360
103
400
V
mA
Ref *? Mik60  

Hoch - UpRunter - Down 6X2P   6X2P-E 6X6S  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
2.0
5.0
4.0
13
6.0
23
8.0
36
10
49
12
62
14
75
2.0
4.0
4.0
12
6.0
20
8.0
26
10
32
12
37
14
42
V
mA
Ref *? Ccc70 Ccc70  

Hoch - UpRunter - Down 6Z4P 6Z5S  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
10
20
15
35
20
55
25
80
30
105
40
160
50
220
10
25
15
40
20
65
25
90
30
120
40
175
50
240
V
mA
Ref *? Ccc70 Ccc70  

Hoch - UpRunter - Down 6Z13P  
Mode: Ia=f(Ua)  
Ua:
Ia:
7.0
25
11
50
14
75
17
100
21
125
24
150
26
175
28
200
31
225
33
250
36
275
38
300
40
325
42
350
44
375
46
400
50
450
V
mA
Ref *? Ccc77  

Hoch - UpRunter - Down 6Z17S 30Z6S  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
4.0
40
8.0
90
12
160
16
240
20
330
24
440
5.0
18
10
45
15
80
20
115
25
155
30
200
V
mA
Ref *? Ccc70 Ccc70  

Hoch - UpRunter - Down 26Z5W  
Mode: Ia=f(Ua)   Uf=26.5V  
Ua:
Ia:
4.0
10
7.0
20
10
30
12
40
14
50
16
62
18
74
20
87
22
100
25
120
30
160
40
240
V
mA
Ref *? Tse  

Hoch - UpRunter - Down 1805 1832  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
10
9.0
16
19
20
26
26
38
30
46
40
70
10
25
16
50
20
65
26
100
30
120
40
180
V
mA
Ref *? Phi48 Phi48  

Hoch - UpRunter - Down 4646  
Mode: Ia=f(Ua)  
Ua:
Ia:
14
25
23
50
28
65
31
75
36
90
46
125
V
mA
Ref *? Phi48  

Hoch - UpRunter - Down 9004 9005  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
0.85
2.5
1.7
5.0
2.4
7.5
3.1
10
3.7
12.5
4.3
15
0.65
0.5
1.25
1.0
1.75
1.5
2.2
2.0
2.65
2.5
3.0
3.0
V
mA
Ref *? Rca42 Rca42  

Hoch - UpRunter - Down 9006  
Mode: Ia=f(Ua)  
Ua:
Ia:
2.5
1.0
4.0
2.0
5.5
3.0
7.0
4.0
8.5
5.0
9.5
6.0
12
8.0
14
10
16
12
19
15
V
mA
Ref *? Rca43  

Hoch - UpRunter - Down AZ1   AZ11 AZ12 AZ41  
Mode: Ia=f(Ua) Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
10
13
16
25
20
33
26
50
30
60
40
92
10
20
20
55
30
100
40
150
50
200
18.5
20
24
30
26.5
35
29
40
33.5
50
37.5
60
41.5
70
V
mA
Ref *? Phi53 Mik60 Phi53  

Hoch - UpRunter - Down 1A3 1S5 EA76 EAA91 5641  5896 
5903
6110 6T8  EAF801 
EBF89
 
Mode: Ia=f(Ua) Ia=f(Ua) Ia=f(Ua) Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
4.0
0.6
10
1.5
3.1
18
2.5
9.0
14
45
23
90
2.5
9.0
4.5
18
4.0
4.4
10
15
5.0
20
10
0.8
V
mA
Ref *? Tfk65 Get51 Val62 Sie64 Syl57 Syl57 Syl57 Get54 Sie64  

Hoch - UpRunter - Down EAA11  
MODEIa=f(Ua) 
Ua:
Ia:
1.0
3.0
1.7
5.0
2.9
10
4.0
15
5.0
20
V
mA
Ref *? Rat51  

Hoch - UpRunter - Down  EABC80 
PABC80
PABC80  
MODE Ia=f(Ua)   ra=f(Ua)  
SECTION I II III I II III  
Ua:
Ia:
ra:
5.0
0.75
-
10
-
5.0
2.5
10
-
5.0
-
0.2
10
2.0
5.0
5.0
25
0.2
V
mA
kOHM
Ref *? Sie64 Rft65 14490

Hoch - UpRunter - Down EB41  
MODEIa=f(Ua) 
Ua:
Ia:
0.5
1.2
1.0
2.8
1.5
4.5
2.0
6.5
2.5
9.0
3.0
11.5
3.5
14.2
4.0
17.5
4.5
20.5
5.0
24
5.5
27
6.0
31
6.5
35
7.0
39
7.5
43
8.0
47
8.5
51
9.0
55
9.5
60
V
mA
Ref *? Phi52  

Hoch - UpRunter - Down EY82 - PY82 EY84 UY41 UY42 UY85  
Mode: Ia=f(Ua) Ia=f(Ua) Ia=f(Ua) Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
6.0
50
10
100
15
180
19
250
25
360
13.5
75
22
150
35
300
9.7
50
16.3
100
26.2
200
6.3
50
10.7
100
18
200
7.0
60
10.5
110
17
220
V
mA
Ref *? Phi58 Mul56 Phi49 Phi49 Phi54 14355

Hoch - UpRunter - Down UY89 UY92  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
6.0
50
10
100
16
200
5.0
35
9.0
70
15.5
140
V
mA
Ref *? Phi60 Phi55 14355

Hoch - UpRunter - Down EY500A  
Mode: Ia=f(Ua)  
Ua:
Ia:
2.0
25
4.0
60
6.0
95
8.0
135
10
175
12
220
14
265
16
320
18
375
20
440
22
515
24
590
26
675
28
760
30
850
V
mA
Ref *? Tfk68 14353

Hoch - UpRunter - Down EY500A  
Mode: Ia=f(Ua)  
Ua:
Ia:
2.0
27
4.0
55
6.0
90
8.0
133
10
178
12
230
14
285
16
350
18
420
18.5
440
20
500
22
585
24
680
26
775
28
870
30
965
V
mA
Ref *? Cif70 14353

Hoch - UpRunter - Down PY81F  
Mode: Ia=f(Ua)  
Ua:
Ia:
2.0
7.0
4.0
18
6.0
33
8.0
52
10
72
12
93
14
117
16
144
16.4
150
18
173
20
200
22
232
24
265
25
280
V
mA
Ref *? Maf67 14354

Hoch - UpRunter - Down EY88  -  PY88  
Mode: Ia=f(Ua)  
Ua:
Ia:
2.0
13
4.0
30
6.0
50
8.0
70
10
95
12
120
14
150
16
183
18
220
20
258
22
298
24
343
26
390
28
437
30
485
32
530
33
550
V
mA
Ref *? Cif68 Phi70 14354

Hoch - UpRunter - Down EZ11 EZ12  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
5.0
10
8.0
20
10
28
15
48
18
60
20
70
5.0
15
10
33
15
60
22
100
26
125
30
160
V
mA
Ref *? Mik60 Tfk43  

Hoch - UpRunter - Down EZ40 EZ80 EZ81  
Mode: Ia=f(Ua)  
Ua:
Ia:
16
45
25
90
25
90
20
150
V
mA
Ref *? Phi54 Phi52 Phi70  

Hoch - UpRunter - Down EZ150  
Mode: Ia=f(Ua)  
Ua:
Ia:
10
100
15
150
20
210
25
270
30
330
40
480
V
mA
Ref *? Tfk65  

Hoch - UpRunter - Down 367 Gle15000 /3/12  
Ub:
Ua (ON):
Ia:
tf:
16
9.0
-
30
-
12
3.0
60
V
V
A
s
Ref *? Phi54 Sie64  

Hoch - UpRunter - Down GY501  
Mode: Ia=f(Ua)  
Ua:
Ia:
20
1.0
40
3.0
60
5.0
80
9.0
100
12
120
16
160
23
200
33
240
43
280
54
300
60
320
66
340
72
360
78
380
85
400
92
420
100
V
mA
Ref *? Tfk67  

Hoch - UpRunter - Down GZ33 GZ34  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
5.0
45
7.5
75
10
115
12.5
155
15
200
17.5
250
5.0
50
10
125
15
220
20
350
30
650
V
mA
Ref *? Mik60 Tfk65  

Hoch - UpRunter - Down GZ37 RG105  
Mode: Ia=f(Ua) Ia=f(Ua)  
Ua:
Ia:
10
30
15
50
20
75
25
100
30
130
40
200
50
280
60
360
5.0
20
10
55
15
100
20
180
V
mA
Ref *? Mik60 Tfk52  

Hoch - Up K81A  
Mode: Ia=f(Ua)   Uf=1.85V  
Ua:
Ia:
10
3.5
20
10
30
13
40
14
50
14.5
100
15
V
mA
Mode: Ia=f(Uf)   Ua=100V  
Uf:
Ia:
1.3
0.5
1.5
2.5
1.60
4.5
1.7
7.5
1.8
12
1.85
15
1.9
18
V
mA
Ref *? Val62  

previous page next page previous/next

Copyright © 2021Franz Hamberger, Berlin, Germany
RG62 RSQ7,5/0,6

Telefunken   RG62Telefunken   RSQ7,5/0,6