Grenzwerte von Leistungstetroden und Pentoden - Power Amplifier Tetrode and Pentode Limits

KyteLabs InfoBase - Electron Tubes & Valves Data Last modified: 2007-10-04 (15310)

9
Grenzwerte
Maximum Ratings

9.5
Tetroden und Pentoden
Tetrodes and Pentodes

9.5.4 Leistungstetroden und Pentoden für Verstärker
Power Amplifier Tetrodes and Pentodes

Pa = 2.1 ... 3.0 W

Pa Pa
+g2 Pg2 Ua Ug2 Ik Rg1
@Rk Rg1
@Ug1 Ufk Rate Ref *?

6G6G 2.75 - 0.5 180 180 - - - - Tse39

2.75 3.5 0.75 300 300 - 0.5 0.1 90 CEN Rca44

W W W V V mA MOHM V 14649

Pa = 2.1 ... 3.0 W
		Pa	Pa +g2	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Rate	Ref *?
6G6G	2.75	-	0.5	180	180	-	-	-	-		Tse39
2.75	3.5	0.75	300	300	-	0.5	0.1	90	CEN	Rca44
	W	W	W	V	V	mA	MOHM	V	14649

Pa = 3.1 ... 4.0 W

Pa Pg2 Ua Ug2 Ik Rg1 Ufk Tb Ref *?

PTT208P 3.6 0.7 225 225 28 0.5 ±70 175 Csf64

W W V V mA MOHM V °C 15264

Pa Pa
+g2 Pg2 Ua Ug2 Ik Rg1
@Rk Rg1
@Ug1 Ufk Ref *?

N77 4.0 4.6 0.6 250 250 - 0.47 0.1 150 Mar53

W W W V V mA MOHM V 14364

Pa Pg2 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Rate Ref *?

ECL84 4.0 1.7 250 550 250 550 40 2.0 1.0 200 Phi58

PCL84 4.0 1.7 300 550 250 550 40 2.0 1.0 200 CEN Phi69

W W V V V V mA MOHM V 14479

Pa Pg2 Ua Uao Ug2 Ug2o Ug1 Ik Rg1
@Rk Rg1
@Ug1 Ufk
(PK) Tb Rate Ref *?

5902 4.0 1.0 165 330 155 310 –55 50 0.55 0.1 200 220 ABS Phi68

W W V V V V V mA MOHM V °C 14673

Pa = 3.1 ... 4.0 W
		Pa	Pg2		Ua	Ug2		Ik	Rg1	Ufk	Tb	Ref *?
PTT208P	3.6	0.7	225	225	28	0.5	±70	175	Csf64
	W	W	V	V	mA	MOHM	V	°C	15264

		Pa	Pa +g2	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Ref *?
N77	4.0	4.6	0.6	250	250	-	0.47	0.1	150	Mar53
	W	W	W	V	V	mA	MOHM	V	14364

		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Rate	Ref *?
ECL84	4.0	1.7	250	550	250	550	40	2.0	1.0	200		Phi58
PCL84	4.0	1.7	300	550	250	550	40	2.0	1.0	200	CEN	Phi69
	W	W	V	V	V	V	mA	MOHM	V	14479

		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Tb	Rate	Ref *?
5902	4.0	1.0	165	330	155	310	–55	50	0.55	0.1	200	220	ABS	Phi68
	W	W	V	V	V	V	V	mA	MOHM	V	°C	14673

Pa = 4.1 ... 5.0 W

Pa Pg2 Pg1 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Tb Ref *?

E81L
18046 4.5 1.2 0.1 210 550 210 550 30 0.5 0.25 120 170 Val63

W W W V V V V mA MOHM V °C 14673

Pa = 4.1 ... 5.0 W
		Pa	Pg2	Pg1		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb	Ref *?
E81L 18046	4.5	1.2	0.1	210	550	210	550	30	0.5	0.25	120	170	Val63
	W	W	W	V	V	V	V	mA	MOHM	V	°C	14673

Pa = 5.1 ... 6.0 W

Pa Pg2 Ua Ug2 Ik Rg1 Ufk Tb Ref *?

PTT243P 5.2 1.3 180 180 40 50 70 - Mik64

PTT244P 5.2 1.3 180 180 40 50 ±70 175 Csf64

W W V V mA kOHM V °C 15265

Pa Pg2 Ua Ug2 Ik Rg1
@Rk Rg1
@Ug1 Ufk Ref *?

7A5 5.5 1.2 125 125 - 0.5 0.1 - Rca41

W W V V mA MOHM V 14499

Pa Pg2 Ua Ug2 Rg1
@Rk Rg1
@Ug1 Ufk
(PK) Ufk–
(DC) Uf Tb Rate Ref *?

6EH5 5.0 1.75 135 117 0.5 0.1 200 100 - - CEN Syl59

5.5 2.0 150 130 0.5 0.1 200 100 5.7/6.9 220 MAX Tse63

W W V V MOHM V V V °C 14676

Pa Pg2 Ua Ug2 Rg1
@Rk Rg1
@Ug1 Ufk+
(PK) Ufk–
(PK) Ufk–
(DC) tf Tb Rate Ref *?

12EH5 5.0 1.75 135 117 0.5 0.1 300 200 100 11 - CEN Syl59

5.5 2.0 150 130 0.5 0.1 300 200 100 11 220 MAX Tse63

W W V V MOHM V V V s °C 14676

Pa = 5.1 ... 6.0 W
		Pa	Pg2		Ua	Ug2		Ik	Rg1	Ufk	Tb	Ref *?
PTT243P	5.2	1.3	180	180	40	50	70	-	Mik64
PTT244P	5.2	1.3	180	180	40	50	±70	175	Csf64
	W	W	V	V	mA	kOHM	V	°C	15265

		Pa	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Ref *?
7A5	5.5	1.2	125	125	-	0.5	0.1	-	Rca41
	W	W	V	V	mA	MOHM	V	14499

		Pa	Pg2		Ua	Ug2		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	Tb	Rate	Ref *?
6EH5	5.0	1.75	135	117	0.5	0.1	200	100	-	-	CEN	Syl59
5.5	2.0	150	130	0.5	0.1	200	100	5.7/6.9	220	MAX	Tse63
	W	W	V	V	MOHM	V	V	V	°C	14676

		Pa	Pg2		Ua	Ug2		Rg1 @Rk	Rg1 @Ug1	Ufk+ (PK)	Ufk– (PK)	Ufk– (DC)	tf	Tb	Rate	Ref *?
12EH5	5.0	1.75	135	117	0.5	0.1	300	200	100	11	-	CEN	Syl59
5.5	2.0	150	130	0.5	0.1	300	200	100	11	220	MAX	Tse63
	W	W	V	V	MOHM	V	V	V	s	°C	14676

Pa = 6.1 ... 7.0 W

Pa Pg2 Pg2 (PK) Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Ref *?

ECL113 6.5 1.0 2.0 250 550 250 550 40 1.2 - 50 Tfk51

W W W V V V V mA MOHM V 14333

Pa Pg2 Ua Ug2 Ug1 Rg1
@Rk Rg1
@Ug1 Ufk
(PK) Ufk–
(DC) tf Rate Ref *?

12BV7 6.25 1.0 300 175 –50 1.0 0.25 ±200 100 - CEN Get59

12BY7A 6.5 1.1 300 180 –50/0 1.0 0.25 ±200 - 11 CEN Get55

6.5 1.2 330 190 –55/0 1.0 0.25 ±200 100 11 MAX Rca61

W W V V V MOHM V V s 14810

Pa = 6.1 ... 7.0 W
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Ref *?
ECL113	6.5	1.0	2.0	250	550	250	550	40	1.2	-	50	Tfk51
	W	W	W	V	V	V	V	mA	MOHM	V	14333

		Pa	Pg2		Ua	Ug2	Ug1		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	tf	Rate	Ref *?
12BV7	6.25	1.0	300	175	–50	1.0	0.25	±200	100	-	CEN	Get59
12BY7A	6.5	1.1	300	180	–50/0	1.0	0.25	±200	-	11	CEN	Get55
6.5	1.2	330	190	–55/0	1.0	0.25	±200	100	11	MAX	Rca61
	W	W	V	V	V	MOHM	V	V	s	14810

Pa = 7.1 ... 8.0 W

Pa Pg2 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Ref *?

EL32 8.0 1.6 250 550 250 550 45 1.0 0.6 50 Mul46

W W V V V V mA MOHM V 14527

Pa Pg2 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Tb Rate Ref *?

EL803S 7.2 1.7 275 600 275 600 45 1.0 0.5 140 200 ABS Tfk65

W W V V V V mA MOHM V °C 14669

Pa = 7.1 ... 8.0 W
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Ref *?
EL32	8.0	1.6	250	550	250	550	45	1.0	0.6	50	Mul46
	W	W	V	V	V	V	mA	MOHM	V	14527

		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb	Rate	Ref *?
EL803S	7.2	1.7	275	600	275	600	45	1.0	0.5	140	200	ABS	Tfk65
	W	W	V	V	V	V	mA	MOHM	V	°C	14669

Pa = 8.1 ... 9.0 W

Pa Pg2 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Tb Ref *?

EL803 9.0 2.0 250 550 250 550 70 1.0 0.5 120 200 Tfk65

W W V V V V mA MOHM V °C 14669

Pa Pg2 Pg2
(PK) Ua Uao Ug2 Ug2o Ik Rg1 Ufk Ref *?

PCL86 9.0 1.8 3.25 250 550 250 550 55 1.0 100 Rft65

ECL86 9.0 1.5 3.0 300 550 300 550 55 1.0 100 Rft65

W W W V V V V mA MOHM V 14477

Pa Pg2 Pg2
(PK) Ua Uao Ug2 Ug2o Ik Rg1
@Rk Ufk Ref *?

CL33 9.0 2.0 - 250 400 250 400 70 1.0 175 Mul46

UL41 9.0 1.75 4.0 250 550 250 550 75 1.0 150 Phi53

9.0 2.5 - 250 550 250 550 75 1.0 150 Phi55

W W W V V V V mA MOHM V 14363

Pa Pa
+g2 Pg2 Ua Ug2 Ik Rg1
@Rk Rg1
@Ug1 Ufk Tb Ref *?

N37 9.0 12 3.0 165 165 - 0.27 0.1 150 250 Mar52

W W W V V mA MOHM V °C 14363

Pa = 8.1 ... 9.0 W
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb	Ref *?
EL803	9.0	2.0	250	550	250	550	70	1.0	0.5	120	200	Tfk65
	W	W	V	V	V	V	mA	MOHM	V	°C	14669

		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Ref *?
PCL86	9.0	1.8	3.25	250	550	250	550	55	1.0	100	Rft65
ECL86	9.0	1.5	3.0	300	550	300	550	55	1.0	100	Rft65
	W	W	W	V	V	V	V	mA	MOHM	V	14477
	Pa	Pg2	Pg2 (PK)	Ua	Uao	Ug2	Ug2o	Ik	Rg1 @Rk	Ufk	Ref *?
CL33	9.0	2.0	-	250	400	250	400	70	1.0	175	Mul46
UL41	9.0	1.75	4.0	250	550	250	550	75	1.0	150	Phi53
9.0	2.5	-	250	550	250	550	75	1.0	150	Phi55
	W	W	W	V	V	V	V	mA	MOHM	V	14363

		Pa	Pa +g2	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb	Ref *?
N37	9.0	12	3.0	165	165	-	0.27	0.1	150	250	Mar52
	W	W	W	V	V	mA	MOHM	V	°C	14363

Pa = 9.1 ... 10 W

Pa Pg2 Pg2
(PK) Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Tb Ref *?

EL804 10 1.75 4.0 250 550 250 550 100 1.0 0.5 50 245 Tfk65

W W W V V V V mA MOHM V °C 14669

Pa = 9.1 ... 10 W
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb	Ref *?
EL804	10	1.75	4.0	250	550	250	550	100	1.0	0.5	50	245	Tfk65
	W	W	W	V	V	V	V	mA	MOHM	V	°C	14669

Pa = 10.1 ... 15 W

Pa Pg2 Ua Ug2 Ik If Rg1
@Rk Rg1
@Ug1 Ufk Rate Ref *?

6P43P-E 12 2.0 300 250 - 0.57-
0.68 - - - Rus02

W W V V mA A MOHM V 15284

Pa Pg2 Ua Ug2 Ik Rg1
@Rk Rg1
@Ug1 fmax Tb Rate Ref *?

6BW6 12 2.0 315 285 65 - - 150 250 Bri60

W W V V mA MOHM MHz °C 15310

Pa Pg2 Ua Ug2 Rg1
@Rk Rg1
@Ug1 Ufk
(PK) Ufk–
(DC) Uf Rate Ref *?

7408 14 2.2 350 315 0.5 0.1 ±200 100 5.7-
6.9 MAX Get63

6DY7 15 2.0 400 300 0.47 0.1 ±200 100 - MAX Syl58

W W V V MOHM V V V 15082

Pa Pg2 Ua Ug2 Ug1 Ig1 Ik Rg1
@Rk Rg1
@Ug1 Uf Tb Rate Ref *?

6005 11 2.2 275 275 –55/
0 3.0 65 0.5 0.1 5.7-
6.9 225 ABS Cif68

W W V V V mA mA MOHM V °C 14826

Pa Pg2 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Tb Rate Ref *?

6005 12 2.0 275 - 275 - - 0.5 0.1 90 - CEN Get52

12 2.0 275 550 275 550 80 1.0 0.5 100 - CEN Tfk65

- - - - 225 ABS

W W V V V V mA MOHM V °C 14826

Pa Pg2 Pg2
(PK) Ua Uao Ug2 Ug2o Ug1 Ik Rg1
@Rk Rg1
@Ug1 Ufk Ref *?

EL84 12 2.0 4.0 300 550 300 550 –100 65 1.0 0.3 100 Mul64
Val71

W W W V V V V V mA MOHM V 14809

Pa Pg2 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk+ Ufk– Tb Rate Ref *?

7561 13 2.0 350 550 200 550 150 0.5 0.1 200 100 220 ABS Tfk65

W W V V V V mA MOHM V V °C 14826

Pa = 10.1 ... 15 W
		Pa	Pg2		Ua	Ug2		Ik	If	Rg1 @Rk	Rg1 @Ug1	Ufk	Rate	Ref *?
6P43P-E	12	2.0	300	250	-	0.57- 0.68	-	-	-		Rus02
	W	W	V	V	mA	A	MOHM	V	15284
	Pa	Pg2	Ua	Ug2	Ik	Rg1 @Rk	Rg1 @Ug1	fmax	Tb	Rate	Ref *?
6BW6	12	2.0	315	285	65	-	-	150	250		Bri60
	W	W	V	V	mA	MOHM	MHz	°C	15310
	Pa	Pg2	Ua	Ug2	Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	Rate	Ref *?
7408	14	2.2	350	315	0.5	0.1	±200	100	5.7- 6.9	MAX	Get63
6DY7	15	2.0	400	300	0.47	0.1	±200	100	-	MAX	Syl58
	W	W	V	V	MOHM	V	V	V	15082

		Pa	Pg2		Ua	Ug2	Ug1		Ig1	Ik	Rg1 @Rk	Rg1 @Ug1	Uf	Tb	Rate	Ref *?
6005	11	2.2	275	275	–55/ 0	3.0	65	0.5	0.1	5.7- 6.9	225	ABS	Cif68
	W	W	V	V	V	mA	mA	MOHM	V	°C	14826

		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb	Rate	Ref *?
6005	12	2.0	275	-	275	-	-	0.5	0.1	90	-	CEN	Get52
12	2.0	275	550	275	550	80	1.0	0.5	100	-	CEN	Tfk65
						-	-	-	-	225	ABS
	W	W	V	V	V	V	mA	MOHM	V	°C	14826

		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Ref *?
EL84	12	2.0	4.0	300	550	300	550	–100	65	1.0	0.3	100	Mul64 Val71
	W	W	W	V	V	V	V	V	mA	MOHM	V	14809

		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk+	Ufk–	Tb	Rate	Ref *?
7561	13	2.0	350	550	200	550	150	0.5	0.1	200	100	220	ABS	Tfk65
	W	W	V	V	V	V	mA	MOHM	V	V	°C	14826

Pa = 15.1 ... 20 W

Pa Pg2 Ua Ug2 Ik Rg1 Ufk Ref *?

EL39 18 3.0 600 325 120 0.7 50 Mik64

W W V V mA MOHM V 14921

Pa Pg2 Pg2
(PK) Ua Uao Ug2 Ug2o Ik Rg1 Ufk Ref *?

4688
4689 18 2.0 3.5 375 600 275 600 90 0.7 50 Phi48

W W W V V V V mA MOHM V 14921

Pa Pg2 Pg2
(PK) Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Ref *?

4699 18 2.0 5.0 425 800 425 650 90 0.7 0.5 50 Phi48

W W W V V V V mA MOHM V 14921

Pa = 15.1 ... 20 W
		Pa	Pg2		Ua	Ug2		Ik	Rg1	Ufk	Ref *?
EL39	18	3.0	600	325	120	0.7	50	Mik64
	W	W	V	V	mA	MOHM	V	14921

		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Ref *?
4688 4689	18	2.0	3.5	375	600	275	600	90	0.7	50	Phi48
	W	W	W	V	V	V	V	mA	MOHM	V	14921

		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Ref *?
4699	18	2.0	5.0	425	800	425	650	90	0.7	0.5	50	Phi48
	W	W	W	V	V	V	V	mA	MOHM	V	14921

Pa = 20.1 ... 25 W

Pa Pa
+g2 Pg2 Ua Ug2 Ik Rg1
@Rk Rg1
@Ug1 Ufk Rate Ref *?

5881 23 26 3.0 400 400 - 0.5 0.1 200 CEN Tse62

W W W V V mA MOHM V 15268

Pa Pg2 Ua Uao Ug2 Ug2o Ik Rg1
@Rk Rg1
@Ug1 Ufk Ref *?

EL31 25 8.0 800 1200 400 800 200 0.5 0.1 100 Mul48

W W V V V V mA MOHM V 14467

Pa Pg2 Ua Ug2 Ik Ik (PK) @tp Rg1 Ufk Ref *?

6L50 25 3.5 1000 400 125 1.5 1.0 0.25 80 Mik60

W W V V mA A µs MOHM V 14645

Pa = 20.1 ... 25 W
		Pa	Pa +g2	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Rate	Ref *?
5881	23	26	3.0	400	400	-	0.5	0.1	200	CEN	Tse62
	W	W	W	V	V	mA	MOHM	V	15268

		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Ref *?
EL31	25	8.0	800	1200	400	800	200	0.5	0.1	100	Mul48
	W	W	V	V	V	V	mA	MOHM	V	14467

		Pa	Pg2		Ua	Ug2		Ik	Ik (PK) @tp	Rg1	Ufk	Ref *?
6L50	25	3.5	1000	400	125	1.5	1.0	0.25	80	Mik60
	W	W	V	V	mA	A	µs	MOHM	V	14645

Pa = 25.1 ... 30 W

Pa Pa
+g2 Pg2 Ua Uao Ug2 Ug2o Ik Rg1 Ufk Tb Ref *?

F2a 30 30 5.0 425 1000 425 600 140 0.3 80 - Sie54

20 - - - - - - - 0.5 - -

30 - 5.0 600 - 425 - 140 0.3 120 - Sie64

F2a11 30 30 5.0 600 1000 425 600 140 0.3 120 220 Sie63

20 - - - - - - - 0.5 - -

W W W V V V V mA MOHM V °C 14668

Pa = 25.1 ... 30 W
		Pa	Pa +g2	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Tb	Ref *?
F2a	30	30	5.0	425	1000	425	600	140	0.3	80	-	Sie54
20	-	-	-	-	-	-	-	0.5	-	-
30	-	5.0	600	-	425	-	140	0.3	120	-	Sie64
F2a11	30	30	5.0	600	1000	425	600	140	0.3	120	220	Sie63
20	-	-	-	-	-	-	-	0.5	-	-
	W	W	W	V	V	V	V	mA	MOHM	V	°C	14668

D3a

RATING: CEN ABS

Pa:
Pa+g2:
Pg2: 4.2
4.5
1.0 4.5
-
1.1 W
W
W

Ua:
Uao:
Ug2:
Ug2o:
Ug1: 220
400
180
400
–30
... 0

V
V
V
V

V

Ik:
Rg1@Rk:
Rfk:
Ufk–:
Ufk+:
Tb: 30
0.5
20
60
120
- 33
-
-
-
-
190 mA
MOhm
kOhm
V
V
°C

Ref *? Val63 14816

	D3a
RATING:	CEN	ABS
Pa: Pa+g2: Pg2:	4.2 4.5 1.0	4.5 - 1.1	W W W
Ua: Uao: Ug2: Ug2o: Ug1:	220 400 180 400 –30 ... 0		V V V V V
Ik: Rg1@Rk: Rfk: Ufk–: Ufk+: Tb:	30 0.5 20 60 120 -	33 - - - - 190	mA MOhm kOhm V V °C
Ref *?	Val63	14816

6A4

Ua:
Ug2:
Ug1: 180
180
- V
V
V

Rg1: 500 kOhm

Ref *? Rca37

	6A4
Ua: Ug2: Ug1:	180 180 -	V V V
Rg1:	500	kOhm
Ref *?	Rca37

6AG7 6AK6 6AN5 6AR5 6AR6 6BK5 6BM5 6BQ5

Rating: CEN CEN CEN CEN CEN CEN CEN

Pa:
Pg2:
Pg2 (PK): 9.0
1.5
- 2.75
0.75
- 4.2
1.4
- 1.7
0.56
- 8.5
2.5
- 19
3.2
- 9.0
2.5
- 9.0
2.0
- 12
2.0
4.0 W
W
W

Ua:
Uao:
Ug2:
Ug2o:
Ug1:
Ia:
Ik: 300
-
300
-
-
-
- 300
-
250
-
-
-
- 120
-
120
-
-
-
- 300
-
300
-
-
-
- 250
-
250
-
-
-
- 565
-
300
-
–300
115
- 250
-
250
-
0
-
- 300
-
300
-
–100
-
65 V
V
V
V
V
mA
mA

Rg1:
Rg1@Rk:
Rg1@Ug1: -
1.0
0.25 -
0.5
0.1 -
0.1
0.1 -
0.5
0.1 0.1
-
- -
0.5
0.1 -
0.5
0.1 -
1.0
0.3 MOhm
MOhm
MOhm

Ufk:
Ufk (PK): ±90
- 100
- -
±90 200
- -
±100 50
- ±100
- V
V

Tb: 140 °C

Cin:
Cout:
Cag1: 13
7.5
0.06 3.6
4.2
0.12 9.0
4.8
0.075 11
7.0
0.55 13
5.0
0.6 8.0
5.5
0.5 10.8
6.5
0.5 pF
pF
pF

Ref *? Get60 Rca43 270 Get52 Rca49 Tse47 Rca55 Cif68 Get59

	6AG7	6AK6	6AN5	6AR5	6AR6	6BK5	6BM5	6BQ5
Rating:	CEN	CEN	CEN	CEN		CEN	CEN	CEN
Pa: Pg2: Pg2 (PK):	9.0 1.5 -	2.75 0.75 -	4.2 1.4 -	1.7 0.56 -	8.5 2.5 -	19 3.2 -	9.0 2.5 -	9.0 2.0 -	12 2.0 4.0	W W W
Ua: Uao: Ug2: Ug2o: Ug1: Ia: Ik:	300 - 300 - - - -	300 - 250 - - - -	120 - 120 - - - -	300 - 300 - - - -	250 - 250 - - - -	565 - 300 - –300 115 -	250 - 250 - 0 - -		300 - 300 - –100 - 65	V V V V V mA mA
Rg1: Rg1@Rk: Rg1@Ug1:	- 1.0 0.25	- 0.5 0.1	- 0.1 0.1	- 0.5 0.1	0.1 - -	- 0.5 0.1	- 0.5 0.1	- 1.0 0.3	MOhm MOhm MOhm
Ufk: Ufk (PK):	±90 -	100 -		- ±90	200 -	- ±100	50 -	±100 -	V V
Tb:			140						°C
Cin: Cout: Cag1:	13 7.5 0.06	3.6 4.2 0.12	9.0 4.8 0.075		11 7.0 0.55	13 5.0 0.6	8.0 5.5 0.5	10.8 6.5 0.5	pF pF pF
Ref *?	Get60	Rca43	270 Get52	Rca49	Tse47	Rca55	Cif68	Get59

6CA5 6CL6 6197 6CU5 6DG6 GT 6DS5 6KY6 11HM7 6Y6 GT

Rating: CEN CEN ABS MAX CEN MAX MAX MAX CEN

Pa:
Pg2: 5.0
1.4 7.5
1.7 7.5
2.5 7.0
1.4 10
1.25 9.0
2.2 9.0
1.0 7.0
1.0 12.5
1.75 W
W

Ua:
Ug3:
Ug2:
Ug2o:
Ug1:
Ik: 130
-
130
-
0
- 300
0
-
300
–50
- 300
0
250
-
–50
50 150
-
130
-
0
- 200
-
125
-
-
- 275
-
275
-
0
- 330
-
165
330
0
- 330
-
165
330
0
- 200
-
135
-
-
- V
V
V
V
V
mA

Rg1@Rk:
Rg1@Ug1: 0.5
0.1 0.5
0.1 0.5
0.1 0.5
0.1 0.5
0.1 1.0
0.1 0.25
0.1 0.25
0.1 0.5
0.1 MOHM
MOHM

Ufk:
Ufk (PK):
Ufk (DC):
Ufk– (DC):
Uf:
If:
-
±200
100
-
-
- ±90
-
-
-
-
- -
±180
±90
-
6.3±5%
0.61/0.69 -
±200
100
-
-
- -
±90
-
-
-
- -
±200
-
100
5.7/6.9
- -
±200
-
100
5.7/6.9
- 100
±200
-
-
9.9/12.1
- ±180
-
-
-
-
- V
V
V
V
V
A

Tb: 180 200 200 220 250 °C

Cin:
Cout:
Cag1: 15
9.0
0.5 11
5.5
0.12 13
8.5
0.6 15
10
0.6 9.5
6.3
0.19 14
6.0
0.16 14
5.0
0.15 pF
pF
pF

Ref *? Rca61 G2 Get53 Rca54 Rca62 Rca56 Rca69 G2 Rca67 G2 Rca66 Get55

	6CA5	6CL6	6197	6CU5	6DG6 GT	6DS5	6KY6	11HM7	6Y6 GT
Rating:	CEN	CEN	ABS	MAX	CEN	MAX	MAX	MAX	CEN
Pa: Pg2:	5.0 1.4	7.5 1.7	7.5 2.5	7.0 1.4	10 1.25	9.0 2.2	9.0 1.0	7.0 1.0	12.5 1.75	W W
Ua: Ug3: Ug2: Ug2o: Ug1: Ik:	130 - 130 - 0 -	300 0 - 300 –50 -	300 0 250 - –50 50	150 - 130 - 0 -	200 - 125 - - -	275 - 275 - 0 -	330 - 165 330 0 -	330 - 165 330 0 -	200 - 135 - - -	V V V V V mA
Rg1@Rk: Rg1@Ug1:	0.5 0.1	0.5 0.1	0.5 0.1	0.5 0.1	0.5 0.1	1.0 0.1	0.25 0.1	0.25 0.1	0.5 0.1	MOHM MOHM
Ufk: Ufk (PK): Ufk (DC): Ufk– (DC): Uf: If:	- ±200 100 - - -	±90 - - - - -	- ±180 ±90 - 6.3±5% 0.61/0.69	- ±200 100 - - -	- ±90 - - - -	- ±200 - 100 5.7/6.9 -	- ±200 - 100 5.7/6.9 -	100 ±200 - - 9.9/12.1 -	±180 - - - - -	V V V V V A
Tb:	180	200	200	220		250				°C
Cin: Cout: Cag1:	15 9.0 0.5	11 5.5 0.12		13 8.5 0.6	15 10 0.6	9.5 6.3 0.19	14 6.0 0.16	14 5.0 0.15		pF pF pF
Ref *?	Rca61	G2 Get53	Rca54	Rca62	Rca56	Rca69	G2 Rca67	G2 Rca66	Get55

6F6 6F6G
6F6GT 6F6 6F6S 6GC5 6GK6

Rating: A MAX MAX

Pa:
Pa+g2:
Pg2:
Pg2 (PK): 11
-
3.75
- 12
10
2.0
4.0 12
-
4.0
- 12
-
1.4
- 13.2
-
2.0
4.0 W
W
W
W

Ua:
Uao:
Ua+g2:
Ug2:
Ug2o:
Ug1:
Ik: 375
-
-
285
-
-
- 410
650
350
315
650
-
- 410
-
-
315
-
0
- 220
-
-
140
-
-
- 330
-
-
330
-
-100
65 V
V
V
V
V
V
mA

Rg1:
Rg1@Rk:
Rg1@Ug1: -
0.5
- -
0.5
0.1 -
0.5
0.1 -
1.0
0.3 MOhm
MOhm
MOhm

Ufk:
Ufk (PK):
Ufk– (DC): ±90
-
- 100
-
- 100
-
- -
±200
100 -
±100
- V
V
V

Cin:
Cout:
Cag1: 6.5
13
0.2 8.0
6.5
0.5 6.5
5.5
0.9 -
-
- 18
7.0
0.9 10
7.0
0.14 pF
pF
pF

fmax: 10 10 MHz

Ref *? Mik60
Rca35
Rca57 Wfb53
Rft59 Mik60
Rca57 Ccc70 Syl61 Syl60

	6F6	6F6G 6F6GT	6F6	6F6S	6GC5	6GK6
Rating:	A			MAX	MAX
Pa: Pa+g2: Pg2: Pg2 (PK):	11 - 3.75 -	12 10 2.0 4.0	12 - 4.0 -	12 - 1.4 -	13.2 - 2.0 4.0	W W W W
Ua: Uao: Ua+g2: Ug2: Ug2o: Ug1: Ik:	375 - - 285 - - -	410 650 350 315 650 - -	410 - - 315 - 0 -	220 - - 140 - - -	330 - - 330 - -100 65	V V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	- 0.5 -	- 0.5 0.1		- 0.5 0.1	- 1.0 0.3	MOhm MOhm MOhm
Ufk: Ufk (PK): Ufk– (DC):	±90 - -	100 - -	100 - -	- ±200 100	- ±100 -	V V V
Cin: Cout: Cag1:	6.5 13 0.2	8.0 6.5 0.5	6.5 5.5 0.9	- - -	18 7.0 0.9	10 7.0 0.14	pF pF pF
fmax:	10	10					MHz
Ref *?	Mik60 Rca35 Rca57	Wfb53 Rft59	Mik60 Rca57	Ccc70	Syl61	Syl60

1631 6L6 6L6 6L6G 6L6 6L6 WGB 6L6 GC 7581 7581A

Rating: A CEN A AB ABS MAX MAX MAX

Pa:
Pa+g2:
Pg2: 16
-
2.5 -
24
3.5 19
19
2.5 19
-
2.5 26
-
3.5 30
30
5.0 30
-
5.0 35
35
5.0 W
W
W

Ua:
Uao:
Ua+g2:
Ubg2:
Ug2:
Ug2o:
Ik: 360
-
-
-
270
-
- 375
-
-
-
250
-
- 400
-
-
-
300
-
- 360
-
-
-
270
-
- 360
650
-
-
270
650
- 400
-
-
-
300
-
- 500
-
-
-
450
-
- 500
-
450
500 UL
450
-
- 500
-
450
500 UL
450
-
- V
V
V
V
V
V
mA

Rg1@Rk:
Rg1@Ug1: 0.5
0.1 0.5
0.1 0.5
0.1 0.5
0.1 0.5
0.1 0.5
0.1 0.5
0.1 MOhm
MOhm

Ufk:
Ufk (PK):
Ufk– (DC):
Uf: -
±180
-
- -
±180
-
- 50
-
- ±200
-
-
- -
±200
100
- ±200
-
-
5.7/6.9 ±200
-
-
5.7/6.9 V
V
V
V

Cin:
Cout:
Cag1: 10
12
0.4 10
12
0.4 11.5
9.5
0.9 11
7.0
0.8 11.5
9.5
0.9 10
6.5
0.6 10
6.5
0.6 10
6.5
0.6 pF
pF
pF

Ref *? Rca45 Rca37 Rca57 Wfb53 Tse Get59 Syl Tse62 Get63
Tse62

	1631	6L6	6L6	6L6G	6L6	6L6 WGB	6L6 GC	7581	7581A
Rating:	A CEN	A	AB			ABS	MAX	MAX	MAX
Pa: Pa+g2: Pg2:	16 - 2.5	- 24 3.5	19 19 2.5	19 - 2.5	26 - 3.5	30 30 5.0	30 - 5.0	35 35 5.0	W W W
Ua: Uao: Ua+g2: Ubg2: Ug2: Ug2o: Ik:	360 - - - 270 - -	375 - - - 250 - -	400 - - - 300 - -	360 - - - 270 - -	360 650 - - 270 650 -	400 - - - 300 - -	500 - - - 450 - -	500 - 450 500 UL 450 - -	500 - 450 500 UL 450 - -	V V V V V V mA
Rg1@Rk: Rg1@Ug1:	0.5 0.1	0.5 0.1	0.5 0.1	0.5 0.1		0.5 0.1	0.5 0.1	0.5 0.1	MOhm MOhm
Ufk: Ufk (PK): Ufk– (DC): Uf:	- ±180 - -		- ±180 - -	50 - -	±200 - - -	- ±200 100 -	±200 - - 5.7/6.9	±200 - - 5.7/6.9	V V V V
Cin: Cout: Cag1:	10 12 0.4		10 12 0.4	11.5 9.5 0.9	11 7.0 0.8	11.5 9.5 0.9	10 6.5 0.6	10 6.5 0.6	10 6.5 0.6	pF pF pF
Ref *?	Rca45	Rca37	Rca57	Wfb53	Tse	Get59 Syl	Tse62	Get63 Tse62

10P13 12A5 12AB5 12AQ5 12C5 12L6 GT

Rating: CEN CEN CEN CEN

Pa:
Pg2: 6.0
1.8 8.25
2.5 12
2.0 12
2.0 5.5
1.25 10
1.25 W
W

Ua:
Ug2:
Ug1:
Ik: 250
250
-
- 180
180
-
- 315
285
-
- 250
250
-
- 135
117
-
- 200
125
-
- V
V
V
mA

Rg1:
Rg1@Rk:
Rg1@Ug1: -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 MOhm
MOhm
MOhm

Ufk:
Ufk– (DC):
Ufk– (PK):
Ufk+ (DC):
Ufk+ (PK):
Uf: 150
-
-
-
-
- -
-
90
-
90
10/15.9 -
-
90
-
90
- -
100
200
200
300
- -
100
200
-
300
- V
V
V
V
V
V

Tb: 250 250 250 °C

Cin:
Cout:
Cag1: 12.7
10.1
0.22 8.0
8.5
0.7 8.3
8.2
0.35 13
9.0
0.55 pF
pF
pF

Ref *? Mik60 Rca41 Rca55 Rca53 Get56 Get54

	10P13	12A5	12AB5	12AQ5	12C5	12L6 GT
Rating:			CEN	CEN	CEN	CEN
Pa: Pg2:	6.0 1.8	8.25 2.5	12 2.0	12 2.0	5.5 1.25	10 1.25	W W
Ua: Ug2: Ug1: Ik:	250 250 - -	180 180 - -	315 285 - -	250 250 - -	135 117 - -	200 125 - -	V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:		- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	MOhm MOhm MOhm
Ufk: Ufk– (DC): Ufk– (PK): Ufk+ (DC): Ufk+ (PK): Uf:	150 - - - - -		- - 90 - 90 10/15.9	- - 90 - 90 -	- 100 200 200 300 -	- 100 200 - 300 -	V V V V V V
Tb:			250	250	250		°C
Cin: Cout: Cag1:	12.7 10.1 0.22		8.0 8.5 0.7	8.3 8.2 0.35	13 9.0 0.55		pF pF pF
Ref *?	Mik60	Rca41	Rca55	Rca53	Get56	Get54

25A6 25A6GT 25C5 25F5A 25L6 25L6 GT 50L6 GT

Rating: CEN CEN MAX CEN

Pa:
Pg2: 5.3
1.9 5.5
1.25 6.0
1.25 5.5
1.1 10
1.25 10
1.25 W
W

Ua:
Ug2:
Ug1:
Ik: 160
135
-
- 135
117
-
- 150
130
0
- 200
125
-
- 200
117
-
- V
V
V
mA

Rg1:
Rg1@Rk:
Rg1@Ug1: -
0.5
0.05 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 MOhm
MOhm
MOhm

Ufk:
Ufk (PK):
Ufk– (DC):
Ufk+ (DC): -
-
-
90 -
±200
100
- -
±200
100
- -
±90
-
- V
V
V
V

Tb: 250 220 220 °C

Cin:
Cout:
Cag1: 8.5
12.5
0.2 -
-
- 13
9.0
0.55 13
8.5
0.6 12
8.0
0.44 pF
pF
pF

Ref *? Rca37
Rca43 Rca43 Get56 Rca58 Rca63 Rca37 Get54 Rca41

	25A6	25A6GT	25C5	25F5A	25L6	25L6 GT	50L6 GT
Rating:	CEN	CEN	MAX		CEN
Pa: Pg2:	5.3 1.9	5.5 1.25	6.0 1.25	5.5 1.1		10 1.25	10 1.25	W W
Ua: Ug2: Ug1: Ik:	160 135 - -	135 117 - -	150 130 0 -		200 125 - -	200 117 - -	V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	- 0.5 0.05	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	MOhm MOhm MOhm
Ufk: Ufk (PK): Ufk– (DC): Ufk+ (DC):	- - - 90	- ±200 100 -	- ±200 100 -		- ±90 - -		V V V V
Tb:		250	220	220				°C
Cin: Cout: Cag1:	8.5 12.5 0.2	- - -	13 9.0 0.55	13 8.5 0.6	12 8.0 0.44				pF pF pF
Ref *?	Rca37 Rca43	Rca43	Get56	Rca58	Rca63	Rca37	Get54	Rca41

30P1S 30P12 32ET5 A 34GD5 A 35A5 35B5 35C5 35EH5 35L6 GT

Rating: MAX MAX CEN CEN MAX MAX CEN

Pa:
Pg2: 7.0
1.5 6.0
1.8 5.4
1.2 5.0
1.1 8.5
1.0 4.5
1.0 5.2
1.1 5.0
1.75 8.5
1.0 W
W

Ua:
Uao:
Ug2:
Ug2o:
Ug1: 110
-
110
-
- 250
-
250
-
- 150
-
130
-
- 150
-
130
-
- 150
-
130
-
–50/0 200
-
125
-
- 117
-
117
-
- 150
-
130
-
0 150
-
130
-
0 200
-
117
-
- V
V
V
V
V

Rg1:
Rg1@Rk:
Rg1@Ug1: 0.5
-
- -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 MOhm
MOhm
MOhm

Ufk:
Ufk (PK):
Ufk– (DC): 175
-
- 150
-
- -
±200
100 -
±200
100 -
±90
- -
±150
- -
±200
100 -
±200
100 -
±90
- V
V
V

Tb: 250 250 225 °C

Cin:
Cout:
Cag1: 19
11
1.5 12
6.0
0.6 12
9.0
0.6 12
6.0
0.6 11
6.5
0.4 12
9.0
0.6 17
9.0
0.65 13
9.5
0.8 pF
pF
pF

Ref *? Ccc70 Mik60 Rca63
Syl61 Syl62 Rca63 Rca47 Rca46 Rca62 Rca60 Rca47

	30P1S	30P12	32ET5 A	34GD5 A	35A5	35B5	35C5	35EH5	35L6 GT
Rating:			MAX	MAX	CEN	CEN	MAX	MAX	CEN
Pa: Pg2:	7.0 1.5	6.0 1.8	5.4 1.2	5.0 1.1	8.5 1.0	4.5 1.0	5.2 1.1	5.0 1.75	8.5 1.0	W W
Ua: Uao: Ug2: Ug2o: Ug1:	110 - 110 - -	250 - 250 - -	150 - 130 - -	150 - 130 - -	150 - 130 - –50/0	200 - 125 - -	117 - 117 - -	150 - 130 - 0	150 - 130 - 0	200 - 117 - -	V V V V V
Rg1: Rg1@Rk: Rg1@Ug1:	0.5 - -		- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1	MOhm MOhm MOhm
Ufk: Ufk (PK): Ufk– (DC):	175 - -	150 - -	- ±200 100	- ±200 100	- ±90 -	- ±150 -	- ±200 100	- ±200 100	- ±90 -	V V V
Tb:					250			250	225		°C
Cin: Cout: Cag1:	19 11 1.5		12 6.0 0.6	12 9.0 0.6	12 6.0 0.6		11 6.5 0.4	12 9.0 0.6	17 9.0 0.65	13 9.5 0.8	pF pF pF
Ref *?	Ccc70	Mik60	Rca63 Syl61	Syl62	Rca63	Rca47	Rca46	Rca62	Rca60	Rca47

50A5 50B5 50C5 50HK6 60FX5

Rating: CEN CEN MAX MAX

Pa:
Pg2: 10
1.25 5.5
1.25 7.0
1.4 5.5
1.1 5.2
2.0 W
W

Ua:
Uao:
Ug2:
Ug2o:
Ug1: 200
-
117
-
- 117
-
117
-
- 150
-
130
-
0 150
-
130
-
- 150
-
130
-
- V
V
V
V
V

Rg1:
Rg1@Rk:
Rg1@Ug1: -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 -
0.5
0.1 MOhm
MOhm
MOhm

Ufk:
Ufk (PK):
Ufk– (DC): -
±90
- -
±90
- -
±200
100 -
±200
100 V
V
V

Tb: 220 225 °C

Cin:
Cout:
Cag1: 13
6.5
0.5 13
8.5
0.6 17
9.0
0.65 pF
pF
pF

Ref *? Rca47 Rca46 Rca59 Rat64 Rca60
Syl61

	50A5	50B5	50C5	50HK6	60FX5
Rating:	CEN	CEN	MAX		MAX
Pa: Pg2:	10 1.25	5.5 1.25	7.0 1.4	5.5 1.1	5.2 2.0	W W
Ua: Uao: Ug2: Ug2o: Ug1:	200 - 117 - -	117 - 117 - -	150 - 130 - 0	150 - 130 - -	150 - 130 - -	V V V V V
Rg1: Rg1@Rk: Rg1@Ug1:	- 0.5 0.1	- 0.5 0.1	- 0.5 0.1		- 0.5 0.1	MOhm MOhm MOhm
Ufk: Ufk (PK): Ufk– (DC):	- ±90 -	- ±90 -	- ±200 100		- ±200 100	V V V
Tb:			220		225	°C
Cin: Cout: Cag1:		13 6.5 0.5	13 8.5 0.6		17 9.0 0.65	pF pF pF
Ref *?	Rca47	Rca46	Rca59	Rat64	Rca60 Syl61

1621 1622 1632 5932 5992

Rating: CEN CEN CEN CEN ABS

Pa:
Pa+g2:
Pg2:
Pg2 (PK): 7.9
8.3
1.9
- 13.8
-
1.4
- 5.5
-
1.25
- 19
-
2.5
- 21
-
2.75
- 12
-
2.0
- W
W
W
W

Ua:
Uao:
Ug2:
Ug2o:
Ug1:
Ik: 300
-
300
-
-
- 300
-
250
-
-
- 117
-
117
-
-
- 360
-
270
-
-
- 400
-
300
-
-
- 300
600
275
-
-
100 V
V
V
V
V
mA

Rg1:
Rg1@Rk:
Rg1@Ug1: -
0.5
0.05 -
0.5
0.1 -
0.5
0.1 -
0.25
0.1 0.1
-
- MOhm
MOhm
MOhm

Ufk:
Uf:
If:
tf: ±180
6.3
-
- ±200
7.0
0.84/0.96
- 350
7.0
0.55/0.65
45 V
V
A
s

Tb:
to: 180
10000 °C
h

Cin:
Cout:
Cag1: 7.5
11.5
0.2 10
12
0.4 16
13.5
0.3 pF
pF
pF

Ref *? Rca43 Rca43 Rca45 Syl52 Ben62

	1621	1622	1632	5932	5992
Rating:	CEN	CEN	CEN	CEN	ABS
Pa: Pa+g2: Pg2: Pg2 (PK):	7.9 8.3 1.9 -	13.8 - 1.4 -	5.5 - 1.25 -	19 - 2.5 -	21 - 2.75 -	12 - 2.0 -	W W W W
Ua: Uao: Ug2: Ug2o: Ug1: Ik:	300 - 300 - - -	300 - 250 - - -	117 - 117 - - -	360 - 270 - - -	400 - 300 - - -	300 600 275 - - 100	V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	- 0.5 0.05	- 0.5 0.1	- 0.5 0.1	- 0.25 0.1	0.1 - -	MOhm MOhm MOhm
Ufk: Uf: If: tf:				±180 6.3 - -	±200 7.0 0.84/0.96 -	350 7.0 0.55/0.65 45	V V A s
Tb: to:					180 10000	°C h
Cin: Cout: Cag1:	7.5 11.5 0.2	10 12 0.4	16 13.5 0.3			pF pF pF
Ref *?	Rca43	Rca43	Rca45	Syl52	Ben62

6098 6550 6550A 6760
6761 6973 7027

Rating: A ABS B ABS CEN MAX AB1 MAX UL MAX CEN

Pa:
Pg2:
Pg2 (PK): 21
3.5
- 35
6.0
- 42
6.0
10 10
1.5
- 12
2.0
- 12
1.75
- 25
3.5
- W
W
W

Uba:
Ua:
Uao:
Ua+g2:
Ubg2:
Ug2:
Ug2o:
Ug1:
Ik: -
400
-
-
-
315
-
-
125 -
600
-
-
-
315
-
-
60 -
600
-
495
-
400
-
-300
175 -
660
-
500
-
440
-
-300
190 -
250
-
-
-
200
-
-
100 -
440
-
-
-
330
-
-
- 410
-
-
-
410
-
-
-
- 450
450
-
-
450
400
-
-
110 V
V
V
V
V
V
V
V
mA

Ua (PK):
Ik (PK): -
- 1250
- -
0.4 V
A

Rg1:
Rg1@Rk:
Rg1@Ug1: 0.1
-
- -
0.25
0.05 -
0.25
0.05 -
1.0
0.5 -
0.5
0.1 MOhm
MOhm
MOhm

Ufk:
Ufk– (DC):
Ufk– (PK):
Ufk+ (PK): ±200
-
-
- -
100
200
300 -
100
200
300 100
-
-
- -
100
200
200 -
100
200
200 V
V
V
V

Tb: 225 250 250 250 °C

Cin:
Cout:
Cag1: 11
7.0
0.55 14
12
0.85 15
10
0.8 11
5.0
0.4 9.0
6.0
0.4 10
7.5
1.5 pF
pF
pF

Ref *? Tse Rca62 Get72 Mik60 Rca60 Syl Syl Rca58

	6098	6550	6550A	6760 6761	6973	7027
Rating:	A ABS	B ABS	CEN	MAX		AB1 MAX	UL MAX	CEN
Pa: Pg2: Pg2 (PK):	21 3.5 -	35 6.0 -	42 6.0 10	10 1.5 -	12 2.0 -	12 1.75 -	25 3.5 -	W W W
Uba: Ua: Uao: Ua+g2: Ubg2: Ug2: Ug2o: Ug1: Ik:	- 400 - - - 315 - - 125	- 600 - - - 315 - - 60	- 600 - 495 - 400 - -300 175	- 660 - 500 - 440 - -300 190	- 250 - - - 200 - - 100	- 440 - - - 330 - - -	410 - - - 410 - - - -	450 450 - - 450 400 - - 110	V V V V V V V V mA
Ua (PK): Ik (PK):	- -	1250 -					- 0.4	V A
Rg1: Rg1@Rk: Rg1@Ug1:	0.1 - -	- 0.25 0.05	- 0.25 0.05		- 1.0 0.5	- 0.5 0.1	MOhm MOhm MOhm
Ufk: Ufk– (DC): Ufk– (PK): Ufk+ (PK):	±200 - - -	- 100 200 300	- 100 200 300	100 - - -	- 100 200 200	- 100 200 200	V V V V
Tb:	225	250	250		250		°C
Cin: Cout: Cag1:	11 7.0 0.55	14 12 0.85	15 10 0.8	11 5.0 0.4	9.0 6.0 0.4	10 7.5 1.5	pF pF pF
Ref *?	Tse	Rca62	Get72	Mik60	Rca60 Syl	Syl	Rca58

7027A

Rating: AB1 MAX UL MAX

Pa:
Pa+g2:
Pg2:
Pg2 (PK): 35
-
5.0
- 35
-
4.5
- W
W
W
W

Uba:
Ua:
Uao:
Ua+g2:
Ubg2:
Ug2:
Ug2o:
Ug1:
Ik: -
600
-
-
-
500
-
-
- 600
-
-
-
600
-
-
-
- V
V
V
V
V
V
V
V
mA

Rg1:
Rg1@Rk:
Rg1@Ug1: -
0.5
0.1 MOhm
MOhm
MOhm

Ufk:
Ufk– (DC):
Ufk– (PK):
Ufk+ (PK): -
100
200
200 V
V
V
V

Cin:
Cout:
Cag1: 10
7.5
1.5 pF
pF
pF

Ref *? Rca59

	7027A
Rating:	AB1 MAX	UL MAX
Pa: Pa+g2: Pg2: Pg2 (PK):	35 - 5.0 -	35 - 4.5 -	W W W W
Uba: Ua: Uao: Ua+g2: Ubg2: Ug2: Ug2o: Ug1: Ik:	- 600 - - - 500 - - -	600 - - - 600 - - - -	V V V V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	- 0.5 0.1	MOhm MOhm MOhm
Ufk: Ufk– (DC): Ufk– (PK): Ufk+ (PK):	- 100 200 200	V V V V
Cin: Cout: Cag1:	10 7.5 1.5	pF pF pF
Ref *?	Rca59

AL1 AL2 AL4 AL5 AL60 CL1 CL2 CL4 CL6

Pa:
Pg2:
Pg2 (PK): 9.0
2.5
- 9.0
1.5
- 9.0
1.5
- 18
-
- 18
2.0
- 18
3.0
- 5.0
-
- 8.0
1.2
- 8.0
1.0
- 9.0
2.0
- 9.0
1.5
- 9.0
1.0
1.5 W
W

Ua:
Uao:
Ug2:
Ug2o:
Ik: 300
-
250
-
- 250
-
250
-
- 250
-
260
-
50 -
-
-
-
- 250
-
275
-
90 500
-
275
-
- 200
-
200
-
- 260
-
260
-
- 250
-
100
-
- 250
-
250
-
70 250
400
250
400
70 250
550
125
550
70 V
V
V
V
mA

Rg1:
Rg1@Rk:
Rg1@Ug1: -
0.8
0.3 -
0.7
0.3 1.0
-
- -
0.7
0.3 0.7
-
- -
-
- -
1.0
0.6 -
0.7
0.3 1.0
-
- 1.0
-
- MOhm
MOhm
MOhm

Ufk: 50 50 50 175 175 175 175 V

Cag1: 0.5 pF

Ref *? Mik60 Phi35 Mik60 Phi35 Rat49 Phi37 Rat49 Mik60 Phi35 Mik60 Phi35 Mik60 Phi35 Mik60 Phi37 Rat49 Rwm53 Phi40

	AL1	AL2	AL4	AL5	AL60	CL1	CL2	CL4	CL6
Pa: Pg2: Pg2 (PK):	9.0 2.5 -	9.0 1.5 -	9.0 1.5 -	18 - -	18 2.0 -	18 3.0 -	5.0 - -	8.0 1.2 -	8.0 1.0 -	9.0 2.0 -	9.0 1.5 -	9.0 1.0 1.5	W W
Ua: Uao: Ug2: Ug2o: Ik:	300 - 250 - -	250 - 250 - -	250 - 260 - 50	- - - - -	250 - 275 - 90	500 - 275 - -	200 - 200 - -	260 - 260 - -	250 - 100 - -	250 - 250 - 70	250 400 250 400 70	250 550 125 550 70	V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	- 0.8 0.3	- 0.7 0.3	1.0 - -	- 0.7 0.3	0.7 - -	- - -	- 1.0 0.6	- 0.7 0.3	1.0 - -	1.0 - -	MOhm MOhm MOhm
Ufk:		50	50	50		175	175	175	175	V
Cag1:									0.5	pF
Ref *?	Mik60 Phi35	Mik60 Phi35	Rat49	Phi37	Rat49	Mik60	Phi35	Mik60 Phi35	Mik60 Phi35	Mik60 Phi37 Rat49	Rwm53	Phi40

E55L 8608 E80L E84L E87L

Rating: ABS ABS ABS ABS

Pa:
Pg2:
Pg2 (PK):
Pg1: 10
1.5
-
- 10
1.5
-
- 8.0
2.6
-
0.1

KyteLabs InfoBase - Electron Tubes & Valves Data	Last modified: 2007-10-04 (15310)

9	Grenzwerte Maximum Ratings

9.5	Tetroden und Pentoden Tetrodes and Pentodes

9.5.4	Leistungstetroden und Pentoden für Verstärker Power Amplifier Tetrodes and Pentodes

	E55L	8608	E80L	E84L	E87L
Rating:	ABS	ABS	ABS	ABS
Pa: Pg2: Pg2 (PK): Pg1:	10 1.5 - -	10 1.5 - -	8.0 2.6 - 0.1