Dynamische Kennlinien von Trioden - Dynamic Characteristics of Triodes

(Pout, Ia, k2, k3) = f (RaL)
@ Ua = 250 V Ug = –45 V Ug~ = 31.8 V.RMS Uf = 2.5 V

RaL:
Pout:
k2:
k3:
Ia:

1.0
5.2
12
3.0
87

1.2
5.0
10
2.3
83

1.4
4.8
8.5
1.8
80

1.6
4.6
7.2
1.4
77

2.0
4.2
5.6
0.8
72

2.4
3.8
4.5
0.5
69

2.5
3.7
4.3
0.4
68

2.8
3.5
3.8
0.3
67

3.0
3.4
3.6
0.3
66

3.2
3.3
3.3
0.2
66

3.6
3.1
3.0
0.2
66

4.0
2.8
2.7
0.2
65

4.4
2.7
2.4
0.2
65

5.0
2.5
2.2
0.3
64

5.2
2.4
2.1
0.3
64

5.6
2.3
2.0
0.3
64

6.0
2.2
1.9
0.4
64

kOHM
W
%
%
mA

(Ug~, Ia, k2, k3) = f (Pout)
@ Ua = 250 V Ug = –45 V Uf = 2.5 V RaL = 2.5 kOHM

Pout:
Ug~:
k2:
k3:
Ia:

0.2
7.0
0.9
0.1
61

0.4
10
1.3
0.5
62

0.6
13
1.6
0.9
62

0.8
15
1.8
0.9
63

1.0
17
2.1
0.8
63

1.2
18
2.3
0.5
64

1.4
19
2.5
0.3
64

2.0
23
3.0
0.2
65

2.4
25
3.3
0.2
66

2.8
27
3.6
0.3
67

3.2
29
3.9
0.3
68

3.6
31
4.2
0.4
69

4.0
33
4.4
0.4
69

4.4
34
4.7
0.5
70

4.8
36
4.9
0.6
70

5.0
37
5.0
0.7
71

5.4
38
5.2
0.9
72

W
V.RMS
%
%
mA

	45	15563
CF:	(Pout, Ia, k2, k3) = f (RaL) @ Ua = 250 V Ug = –50 V Uf = 2.5 V	Tse39
RaL: Pout: k2: k3: Ia:	1.0 2.15 16.5 3.5 52	1.5 2.30 12 2.5 48	2.0 2.30 9.3 2.0 45	2.5 2.25 7.5 1.5 43	3.0 2.15 6.3 1.1 41	3.5 2.00 5.3 0.8 40	3.9 1.90 4.8 0.6 39	4.5 1.80 4.2 0.5 38.5	5.0 1.75 3.8 0.4 38	5.5 1.65 3.4 0.35 38	6.0 1.55 3.1 0.3 37.5	6.5 1.50 2.9 0.25 37.5	7.0 1.45 2.7 0.2 37.5	7.5 1.40 2.5 0.15 37	kOHM W % % mA

15563

(Pout, Ia, k2, k3) = f (RaL)
@ Ua = 250 V Ug = –50 V Uf = 2.5 V

RaL:
Pout:
k2:
k3:
Ia:

1.0
2.15
16.5
3.5
52

1.5
2.30
12
2.5
48

2.0
2.30
9.3
2.0
45

2.5
2.25
7.5
1.5
43

3.0
2.15
6.3
1.1
41

3.5
2.00
5.3
0.8
40

3.9
1.90
4.8
0.6
39

4.5
1.80
4.2
0.5
38.5

5.0
1.75
3.8
0.4
38

5.5
1.65
3.4
0.35
38

6.0
1.55
3.1
0.3
37.5

6.5
1.50
2.9
0.25
37.5

7.0
1.45
2.7
0.2
37.5

7.5
1.40
2.5
0.15
37

kOHM
W
%
%
mA

CF:	(Ug~, Ia, k2, k3) = f (Pout) @ Ua = 250 V Ug = –50 V Uf = 2.5 V RaL = 3.9 kOHM	Tse39
Pout: Ug~: k2: k3: Ia:	0.1 9.0 1.1 0.1 34	0.2 12 1.5 0.1 34	0.3 14 1.8 0.2 35	0.4 16 2.2 0.2 35	0.5 18 2.5 0.2 36	0.6 20 2.6 0.2 36	0.7 22 2.8 0.2 36	0.8 23 3.0 0.2 36	0.9 24 3.2 0.2 37	1.0 26 3.4 0.2 37	1.2 28 3.8 0.3 37	1.4 30 4.1 0.3 38	1.5 31 4.2 0.4 38	1.6 32 4.4 0.4 38	1.8 34 4.7 0.5 39	2.0 36 4.9 0.7 39	2.2 38 5.2 0.8 40	W V.RMS % % mA

(Ug~, Ia, k2, k3) = f (Pout)
@ Ua = 250 V Ug = –50 V Uf = 2.5 V RaL = 3.9 kOHM

Pout:
Ug~:
k2:
k3:
Ia:

0.1
9.0
1.1
0.1
34

0.2
12
1.5
0.1
34

0.3
14
1.8
0.2
35

0.4
16
2.2
0.2
35

0.5
18
2.5
0.2
36

0.6
20
2.6
0.2
36

0.7
22
2.8
0.2
36

0.8
23
3.0
0.2
36

0.9
24
3.2
0.2
37

1.0
26
3.4
0.2
37

1.2
28
3.8
0.3
37

1.4
30
4.1
0.3
38

1.5
31
4.2
0.4
38

1.6
32
4.4
0.4
38

1.8
34
4.7
0.5
39

2.0
36
4.9
0.7
39

2.2
38
5.2
0.8
40

W
V.RMS
%
%
mA

	46	15568
CF:	(Pout, Ia, Ig, k) = f (Ug~) @ Ua(I) = 250 V Ug(I) = –33 V Uf = 2.5 V Ua(II) = 300 V RaaL = 3.5 kOHM	Rca37
Ug~ (II): Pout: k: Ia (II): Ig (II):	0 0 - 5.0 0	2.0 0.2 4.8 7.0 1.0	4.0 0.4 4.2 10 2.0	6.0 1.0 2.8 15 3.0	8.0 1.7 2.4 21 4.0	10 3.0 2.7 27 5.0	12 4.3 3.4 33 6.0	14 6.2 3.7 39 7.0	16 8.7 3.9 45 8.0	18 11.2 4.1 51 9.0	20 13.7 4.5 58 10	21.5 16 5.0 65 12	V.RMS W % mA mA

15568

(Pout, Ia, Ig, k) = f (Ug~)
@ Ua(I) = 250 V Ug(I) = –33 V Uf = 2.5 V Ua(II) = 300 V RaaL = 3.5 kOHM

Rca37

Ug~ (II):
Pout:
k:
Ia (II):
Ig (II):

0
0
-
5.0
0

2.0
0.2
4.8
7.0
1.0

4.0
0.4
4.2
10
2.0

6.0
1.0
2.8
15
3.0

8.0
1.7
2.4
21
4.0

10
3.0
2.7
27
5.0

12
4.3
3.4
33
6.0

14
6.2
3.7
39
7.0

16
8.7
3.9
45
8.0

18
11.2
4.1
51
9.0

20
13.7
4.5
58
10

21.5
16
5.0
65
12

V.RMS
W
%
mA
mA

V1, 2, 3:		46		Beschreibung der Bauteile - Parts Description
Rf:	20	OHM	The grid- and the plate-return lead for the driver stage should be made to a variable center-tapped resistor across the filament for minimum hum adjustment. The grid- and plate-return for the Class B stage should be connected to the mid tap of the filament winding or to the center tap of a 20-ohm resistor across the winding.
T1:	Input Transformer	Optional
T2:	Driver Transformer	Transformer voltage ratio n1/n2 = n1/n3 = 2.2, transformer peak power efficiency = 79 %.
T3:	Output Transformer	Output load, plate-to-plate: RaaL = 3500 ohms.

V1, 2, 3:

Beschreibung der Bauteile - Parts Description

Rf:

OHM

The grid- and the plate-return lead for the driver stage should be made to a variable center-tapped resistor across the filament for minimum hum adjustment. The grid- and plate-return for the Class B stage should be connected to the mid tap of the filament winding or to the center tap of a 20-ohm resistor across the winding.

T1:

Input
Transformer

Optional

T2:

Driver
Transformer

Transformer voltage ratio n1/n2 = n1/n3 = 2.2, transformer peak power efficiency = 79 %.

T3:

Output
Transformer

Output load, plate-to-plate: RaaL = 3500 ohms.

	59	15569
CF:	(Pout, Ia, Ig, k) = f (Ug~) @ Ua(I) = 250 V Ug(I) = –28 V Uf = 2.5 V Ua(II) = 400 V RaaL = 6.0 kOHM	Rca37
Ug~ (II): Pout: k: Ia (II): Ig (II):	0 0 - 12 0	2.0 0.2 2.0 15 1.0	4.0 1.0 4.8 18 2.0	6.0 2.5 5.7 21 3.0	8.0 4.0 5.5 25 4.0	10 6.0 5.3 30 5.0	12 8.0 5.2 35 6.0	14 10.5 5.1 40 8.0	16 13.5 5.0 45 10	18 17 5.1 50 11	19.5 21 5.2 55 12	V.RMS W % mA mA

15569

(Pout, Ia, Ig, k) = f (Ug~)
@ Ua(I) = 250 V Ug(I) = –28 V Uf = 2.5 V Ua(II) = 400 V RaaL = 6.0 kOHM

Rca37

Ug~ (II):
Pout:
k:
Ia (II):
Ig (II):

0
0
-
12
0

2.0
0.2
2.0
15
1.0

4.0
1.0
4.8
18
2.0

6.0
2.5
5.7
21
3.0

8.0
4.0
5.5
25
4.0

10
6.0
5.3
30
5.0

12
8.0
5.2
35
6.0

14
10.5
5.1
40
8.0

16
13.5
5.0
45
10

18
17
5.1
50
11

19.5
21
5.2
55
12

V.RMS
W
%
mA
mA

V1, 2, 3:		59		Beschreibung der Bauteile - Parts Description
T1:	Input Transformer	Optional
T2:	Driver Transformer	Transformer voltage ratio n1/n2 = n1/n3 = 3.0
T3:	Output Transformer	Output load, plate-to-plate: RaaL = 6000 ohms.

V1, 2, 3:

Beschreibung der Bauteile - Parts Description

T1:

Input
Transformer

Optional

T2:

Driver
Transformer

Transformer voltage ratio n1/n2 = n1/n3 = 3.0

T3:

Output
Transformer

Output load, plate-to-plate: RaaL = 6000 ohms.

	RV210	17333
CF:	(Pout, k, Ig) = f (Ug~) @ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 2.0 kOHM	Tfk52
Ug~: Pout: k: Ig:	10 0.7 2.5 0	13 1.0 3.5 0	15 1.5 4.3 0	18 2.0 5.0 0	20 2.4 5.5 0	22 3.0 5.9 0	25 4.0 7.0 0	28 5.0 8.0 0	30 5.5 8.6 0	32 6.0 9.2 0	35 7.0 10.5 0	37 7.5 11.5 >0	40 8.0 13 >0	V.RMS W % µA
CF:	(Pout, k, Ig) = f (Ug~) @ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 4.0 kOHM	Tfk52
Ug~: Pout: k: Ig:	10 0.4 1.0 0	15 1.0 2.1 0	20 1.7 3.0 0	23 2.5 3.5 0	25 3.0 3.8 0	27 3.5 4.0 0	30 4.2 4.3 0	33 5.0 4.5 0	35 5.5 5.0 0	37 6.0 5.2 >0	40 7.0 5.5 >0	43 7.5 5.8 >0	45 8.0 6.2 >0	V.RMS W % µA

RV210

17333

(Pout, k, Ig) = f (Ug~)
@ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 2.0 kOHM

Ug~:
Pout:
k:
Ig:

10
0.7
2.5
0

13
1.0
3.5
0

15
1.5
4.3
0

18
2.0
5.0
0

20
2.4
5.5
0

22
3.0
5.9
0

25
4.0
7.0
0

28
5.0
8.0
0

30
5.5
8.6
0

32
6.0
9.2
0

35
7.0
10.5
0

37
7.5
11.5
>0

40
8.0
13
>0

V.RMS
W
%
µA

(Pout, k, Ig) = f (Ug~)
@ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 4.0 kOHM

Ug~:
Pout:
k:
Ig:

10
0.4
1.0
0

15
1.0
2.1
0

20
1.7
3.0
0

23
2.5
3.5
0

25
3.0
3.8
0

27
3.5
4.0
0

30
4.2
4.3
0

33
5.0
4.5
0

35
5.5
5.0
0

37
6.0
5.2
>0

40
7.0
5.5
>0

43
7.5
5.8
>0

45
8.0
6.2
>0

V.RMS
W
%
µA

CF:	(Pout, k, Ig) = f (Ug~) @ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 6.0 kOHM	Tfk52
Ug~: Pout: k: Ig:	10 0.3 1.0 0	15 0.7 1.5 0	18 1.0 2.0 0	20 1.3 2.2 0	25 2.0 2.5 0	29 3.0 3.0 0	33 4.0 3.3 0	35 4.3 3.5 0	38 5.0 3.7 >0	40 5.5 3.9 >0	42 6.0 4.1 >0	45 6.5 4.5 >0	V.RMS W % µA

(Pout, k, Ig) = f (Ug~)
@ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 6.0 kOHM

Ug~:
Pout:
k:
Ig:

10
0.3
1.0
0

15
0.7
1.5
0

18
1.0
2.0
0

20
1.3
2.2
0

25
2.0
2.5
0

29
3.0
3.0
0

33
4.0
3.3
0

35
4.3
3.5
0

38
5.0
3.7
>0

40
5.5
3.9
>0

42
6.0
4.1
>0

45
6.5
4.5
>0

V.RMS
W
%
µA

CF:	(Pout, k, Ig) = f (Ug~) @ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 8.0 kOHM	Tfk52
Ug~: Pout: k: Ig:	10 0.2 0.5 0	15 0.5 1.0 0	20 1.0 1.5 0	25 1.7 2.0 0	30 2.5 2.5 0	35 3.5 2.8 0	38 4.0 3.0 >0	40 4.5 3.5 >0	43 5.0 4.0 >0	45 5.5 6.0 >0	V.RMS W % µA

(Pout, k, Ig) = f (Ug~)
@ Ub = 400 V Ia = 70 mA Rk = 720 Ohm RaL = 8.0 kOHM