KyteLabs InfoBase - Electron Tubes & Valves Data Last modified: 2023-05-09 (21006)
8Verschiedene Betriebsdaten
Audio Power Amplifier CharacteristicsMiscellaneous Operating Characteristics
Vorige Seite - Previous Page Seitenende - End of Page Inhalt - Table of Contents Start - Top of Document Nächste Seite - Next Page

8.8 Dynamische Pentodenkennlinien
Dynamic Pentode Characteristics
8.8.1 Niederfrequenz-Leistungsverstärker
Audio-Frequency Power Amplifiers

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.

Hoch - UpRunter - Down  1804018904
CF (Pout, k) = f (Ug~)
@ Ua = 210 V   Ug3 = 0 V   Ug2 = 210 V   Rk = 120 Ohm   RaL = 15 kOHM		 Phi52
Ug1~
Pout
k 		0.2
0.05
0.3		 0.4
0.22
0.7		 0.5
0.35
1.1		 0.6
0.5
1.5		 0.7
0.65
2.0		 0.8
0.85
2.7		 0.9
1.0
3.5		 1.0
1.15
4.8		 1.1
1.3
6.3		 1.2
1.45
8.0		 1.3
1.57
9.5		 1.4
1.68
11		 1.5
1.8
13		 V.RMS
W
%

Hoch - UpRunter - Down 1C5GT  
CF: Pout=f(RaL)   (k2, k3)=f(RaL)   (Ia, Ig2)=f(RaL)
Ua=90 V   Ug2=90 V   Ug1=–7.5 V   Uf=1.4 V   Ug1~=5.3 V.RMS		  
RaL:
Pout:
k2:
k3:
Ia:
Ig2: 		2.0
100
12.5
3.3
8.5
2.0		 3.0
140
11
4.3
8.4
2.1		 4.0
170
9.3
5.2
8.3
2.2		 5.0
200
7.5
6.2
8.1
2.4		 6.0
217
5.5
7.0
7.9
2.6		 7.0
230
3.5
7.9
7.7
2.7		 8.0
240
1.7
8.7
7.5
2.8		 8.75
245
0
9.3
7.3
2.9		 9.0
247
0.4
9.5
7.2
2.9		 10
248
2.4
10.1
7.0
3.0		 11
248
4.4
10.7
6.9
3.1		 12
247
6.2
11
6.7
3.3		 13
246
7.9
11.3
6.5
3.4		 14
244
9.6
11.5
6.3
3.6		 15
240
11.2
11.4
6.1
3.7		 16
236
14.7
11.2
6.0
3.8		 kOHM
mW
%
%
mA
mA
Ref *? Tse41 14671

Hoch - UpRunter - Down 6P9  
CF: Pout=f(RaL)   k=f(RaL)
Ua=300 V   Ug2=150 V   Ug1=-3.0 V   Uf=6.3 V   Ug1~=2.1 V.RMS		  
RaL:
Pout:
k: 		3.0
2.2
16.5		 4.0
2.7
16		 5.0
3.1
15.5		 6.0
3.4
15		 7.0
3.6
14		 8.0
3.8
12.5		 9.0
3.85
10.5		 10
3.9
10		 11
3.9
10.5		 12
3.85
12		 13
3.8
13.5		 14
3.75
15		 16
3.7
17		 18
3.6
20		 kOHM
W
%
CF: Pout=f(Ug1~)
Ua=300 V   Ug2=150 V   Ug1=-3.0 V   Uf=6.3 V   RaL=10 kOHM		  
Ug1~:
Pout: 		0.3
0.8		 0.5
0.9		 0.75
1.15		 1.0
1.6		 1.25
2.1		 1.5
2.75		 1.75
3.25		 2.0
3.75		 2.25
4.1		 2.5
4.35		 V.RMS
W
Ref *? Ccc70  

Hoch - UpRunter - Down 6P15P  
CF: (Pout, k, Ia, Ig2)=f(RaL)
Ua=300 V   Ug2=150 V   Uf=6.3 V   Rk=75 OHM   Ug1~=1.8 V.RMS		  
RaL:
Pout:
k:
Ia:
Ig2: 		2.5
1.6
15
31
5.5		 3.75
2.2
14
30.5
5.7		 5.0
2.9
13
30
5.9		 6.25
3.25
12
29.5
6.2		 7.5
3.45
10.5
29
6.5		 8.75
3.55
10
28.3
7.0		 10
3.6
9.8
27.7
7.6		 11.25
3.5
10
27
8.2		 12.5
3.4
11
26.3
9.0		 13.75
3.25
12.5
25.5
9.5		 15
3.1
14.5
25
10		 16.25
3.0
16
24
10.5		 17.5
2.85
18
23.5
11		 kOHM
W
%
mA
mA
CF: (Pout, k, Ia, Ig2, Ig1)=f(Ug1~)
Ua=300 V   Ug2=150 V   Uf=6.3 V   Rk=75 OHM   RaL=10 kOHM		  
Ug1~:
Pout:
k:
Ia:
Ig2:
Ig1: 		0.6
0.6
3.0
29.5
5.5
0		 0.8
1.0
3.5
29.3
5.6
0		 1.0
1.5
4.5
29
5.7
0		 1.2
2.0
5.5
28.6
5.8
0		 1.4
2.6
7.0
28.3
6.0
0		 1.6
3.2
8.0
28
6.5
3.0		 1.8
3.6
10
27.8
7.5
8.0		 2.0
3.9
11.5
27.5
8.5
18		 2.2
4.2
13.5
27
9.5
-		 2.4
4.4
15
26.5
10.5
-		 V.RMS
W
%
mA
mA
΅A
CF: (Pout, k, Ia, Ig2)=f(RaL)
Ua=170 V   Ug2=170 V   Uf=6.3 V   Rk=82 OHM   Ug1~=1.8 V.RMS		  
RaL:
Pout:
k:
Ia:
Ig2: 		1.5
0.85
13
33
7.5		 2.0
1.1
12
32.5
7.8		 2.5
1.3
11
32
8.0		 3.0
1.45
10
31.5
8.2		 3.5
1.6
9.4
31
8.5		 4.0
1.7
8.8
30.5
9.0		 4.5
1.75
8.5
30
9.5		 5.0
1.75
8.7
29.5
10		 5.5
1.72
9.0
29
10.5		 6.0
1.68
10
28.5
11		 6.5
1.65
11
28
11.4		 7.0
1.6
12
27.5
11.7		 7.5
1.56
13.5
27
12		 kOHM
W
%
mA
mA
CF: (Pout, k, Ia, Ig2, Ig1)=f(Ug1~)
Ua=170 V   Ug2=170 V   Uf=6.3 V   Rk=82 OHM   RaL=4.5 kOHM		  
Ug1~:
Pout:
k:
Ia:
Ig2:
Ig1: 		0.6
0.35
2.5
30.8
6.5
0		 0.8
0.5
3.0
30.7
6.7
0		 1.0
0.8
3.5
30.6
7.0
0		 1.2
1.05
4.5
30.5
7.5
0		 1.4
1.3
5.5
30.2
8.0
0		 1.6
1.5
7.0
30
8.5
0		 1.8
1.75
8.5
29.8
9.5
0		 2.0
1.95
10
29.5
10.3
2.0		 2.2
2.1
12
29.2
11
8.0		 2.4
2.2
14
28.8
12
14		 V.RMS
W
%
mA
mA
΅A
Ref *? Ccc70  

Hoch - UpRunter - Down 12A6  
CF: Pout=f(RaL)   k=f(RaL)
Ua=250 V   Ug2=250 V   Ug1=-12.5 V   Uf=12.6 V   Ug1~=8.8 V.RMS		  
RaL:
Pout:
k: 		3.0
1.95
12		 3.5
2.25
11.4		 4.0
2.5
10.5		 4.5
2.7
9.5		 5.0
2.9
8.6		 5.5
3.05
7.8		 6.0
3.18
7.3		 6.5
3.27
7.1		 7.0
3.35
7.0		 7.5
3.4
7.0		 8.0
3.45
7.3		 8.5
3.47
7.6		 9.0
3.48
8.1		 9.5
3.49
8.6		 10
3.5
9.1		 kOhm
W
%
Ref *? Rca42  

8.8.2 Endstufen der Horizontal- und Vertikalablenkung in Fernsehgeräten
TV Horizontal and Vertical Deflection Amplifiers

Ia (PK) = 30 ... 100 mA
Runter - DownRunter - Down  Ua Ug3 Ug2 Ug1 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia Rate Ref *?
VVVVmAmA kVVVV΅A
ECL81
PCL81		 35-170–1.035-       TYP Rft59
ECL80 50-170–1.038-       TYP Sie64
60-200–1.047-       TYP
70-250–1.062-       TYP
6HZ8 60-17009022.5       440 Get63 Rca65
Seitenanfang - Top of Page Ua Ug3 Ug2 Ug1 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia Rate 21005
VVVVmAmA kVVVV΅A

Ia (PK) = 100 ... 600 mA
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Rg2 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia Ref *?
VVVVOHMmAmA kVVVV΅A
EL82  50-170-- 90-       Phi56
60-200-- 120-      
6CZ5  75-2500- 13016       174 Rca61
ECL82  50-170-- 85-       Phi69 Nächster - Next
50-170-- 135-       264 Phi56
6HB6  60-2500- 15037       273 Get64
7EY6  50-2500- 15321       Get58
18A5  60-1250- 16515       Get56
6BG6GA  60-2500- 18018       174 Get55
6HE5 
6JB5		 60-2500- 18020       174 Get63 Get69
6EZ5  60-2500- 18026       273 Get56
6EM5  60-2500- 18030       174 Rca61
6HC8  60-2500- 18030       174 Syl60
6DT5  60-1500- 958.5       174 Rca59
80-2500- 19519      
7581  70-3000- 21025       273 Tse62
6AV5GA  60-1500- 26026       174 Get56
ECL85  50-170–1.0- 20035       61 Rft65
65-210–1.0- 28545      
ECL805 
EL805		 50-170–1.0- 20035       61 Tfk69 Tfk72
65-210–1.0- 28545      
EL508 
PL508		 70-200–5.0- 230-       Phi69
50-190–1.0- 32060       61 Phi69 Tfk69
PCL501  50-190–1.0- 32060       61 Tfk68
6FW5  60-1500- 34530       273 Get60
6GF5  60-1500- 34533       174 Rca
6GJ5  60-1500- 39032       Syl70
6GT5A  60-1500- 39032       174 Rca64
PL500  50-200–10- 42030       61 Tfk68
EL504  50-200–10- 42037       61 Tfk69
6JZ6  50-1300- 45029       174 Get73
21HB5A  50-1300- 45029       174 Syl69
38HE7 
38HK7		 50-1300- 45029       174 Get64 Get65
EL300  70-1300- 45035       260 Cif68
70-170–6.5- 46540 7.5-170–15040
EL502  70-170–6.5- 46540 7.5-170–15040 260 Cif68
21KQ6  4001350820 45035       438 439
440 Syl70
500200–120 55050      
21KQ6 
29LE6		 4001350- 45035 ---–5550 Rca71
500200–12- 55050       174 Rca71
  Ua Ug3 Ug2 Ug1 Rg2 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia 17643
VVVVOHMmAmA kVVVV΅A
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Rg2 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia Ref *?
VVVVOHMmAmA kVVVVmA
6GE5  60-1500- 34527 5.0-150–1001.0 174 Rca63
6GV5  60-1500- 34527 5.0-150–1001.0 273 Get63
6JM6 
6JN6		 60-1500- 34527 5.0-150–1001.0 174 Get64
6GY5 
6HB5		 60-1300- 41024 5.0-150–661.0 273 Get62
Get63 Syl69
6JU6  5001250- 47032 6.50125–751.0 174 Rca66
6JF6  5001250- 52532 6.50125–1251.0 174 Rca67
  Ua Ug3 Ug2 Ug1 Rg2 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia 17642
VVVVOHMmAmA kVVVVmA
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Uf Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia Ref *?
VVVVVmAmA kVVVV΅A
ECL82  50-170-6.3 85-       Phi69 Zurück - Back
50-170-6.3 135-       264 Phi56
50-170-5.5 70-       138 Phi69
50-190-5.5 80-      
  Ua Ug3 Ug2 Ug1 Uf Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia 17640
VVVVVmAmA kVVVV΅A
Hoch - UpRunter - Down  Ub Ua Ug3 Ug2 Ug1 Rg2 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug2 Ug1 Ia Ref *?
VVVVVkOHMmAmA kVVV΅A
EL81  190400-04.7 18018      61 Phi71
E236L 
EL36
PL36		 19020--02.2 18045 7.0190–12060 Sie63
50 31532      300 301 Phi58 Sie63
70 33530     
190 44024     
21520--02.2 20060     
50 36040     
70 38538     
215 51026     
23020--02.2 20060     
50 38044     
70 41540     
230 54030     
EL36
PL36		 -70-170–1.0- 500-      Rft59
-170-170–1.0- 550-     
  Ub Ua Ug3 Ug2 Ug1 Rg2 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug2 Ug1 Ia 17640
VVVVVkOHMmAmA kVVV΅A

Ia (PK) = 600 mA ... 1.5 A
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia Ref *?
VVVVAmA kVVVVmA
6LG6  50-1250 0.642       174 Get67
6JE6C  60-1250 0.630       174 Get73
6JS6C  60-1250 0.632       174 Get73
6LQ6  55301250 0.5840       174 Get73
60301450 0.7155      
6P45S  50-175–10 0.8150        
EL509 
PL505		 500175–10 0.870       61 Tfk69
6LB6  50-110- 0.5646       174 Get67
45-1600 0.9110      
26LX6  60-1100 0.7542 5.0-110–1251.0 174 Get69
45-1600 1.1110      
6MH6  60-1100 0.7642       174 Get72
45-1600 1.1110      
EL519  500175–10 0.870       61 Tfk70
700205–11 1.190      
  Ua Ug3 Ug2 Ug1 Ia
(PK)		 Ig2
(PK)		 Ua
(PK)		 Ug3 Ug2 Ug1 Ia 17639
VVVVAmA kVVVVmA
Hoch - UpRunter - Down  Ua Ug3 Ug2 Ug1
(OFF)		 Ug1
(ON)		 Uf Ia
(PK)		 Ig2
(PK)		 Ug1
(CP)		 tp fp Rate Ref *?
VVVVVV AmA V.PKmsHz
4662         1.0- -4.510 MIN Rca70
450-400–100013.5 -- 100-- NOM
       1.8- -5.012 MAX
  Ua Ug3 Ug2 Ug1
(OFF)		 Ug1
(ON)		 Uf Ia
(PK)		 Ig2
(PK)		 Ug1
(CP)		 tp fp Rate 17651
VVVVVV AmA V.PKmsHz

Vorige Seite - Previous Page Seitenanfang - Top of Page Inhalt - Table of Contents Start - Top of Document Nächste Seite - Next Page
previous page next page previous/next

Copyright © 2023Franz Hamberger, Berlin, Germany
RL12P50 RL4.2P15 RS391
Telefunken   RL12P50Telefunken   RL4.8P15Telefunken   RS391