KyteLabs InfoBase - Electron Tubes & Valves Data

Last modified: 2016-07-22 (18524)

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9	Grenzwerte Maximum Ratings

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

Pa = 3.0 ... 4.0 W
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Rkf		Ref *?
		W	W	W		V	V	V	V		mA	MOHM	V	kOHM
VCL11		4.0	0.5	-		250	550	250	550		25	1.5	150	0.8		Tfk42
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Rkf		18161
		W	W	W		V	V	V	V		mA	MOHM	V	kOHM

		Pa W	Pg2 W		Ua V	Ug2 V		Ik mA	Rg1 MOHM	Ufk V	Tb °C		Ref *?
PTT208P		3.6	0.7		225	225		28	0.5	±70	175		Csf64
6A4		4.0	-		180	180		-	0.5	-	-		Rca37
		Pa W	Pg2 W		Ua V	Ug2 V		Ik mA	Rg1 MOHM	Ufk V	Tb °C		15571

		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	Ubg2	Ug1		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	tf		Rate	Ref *?
		W	W		V	V	V		MOHM		V	V	V	s
6AW8A		3.25	1.0		300	300	0... –50		1.0	0.25	±200	100	-	11		CEN	G2 Get57
		3.75	1.1		330	330	0		1.0	0.25	±200	100	5.7- 6.9	11		MAX	G2 Get63
		Pa	Pg2		Ua	Ubg2	Ug1		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	tf		Rate	14822
		W	W		V	V	V		MOHM		V	V	V	s

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

Pa = 4.1 ... 5.0 W
		Pa	Pg2		Ua	Ubg2	Ug1		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)		Rate	Ref *?
		W	W		V	V	V		MOHM		V	V
6CX8		5.0	1.1		330	330	0		1.0	0.25	±200	100		MAX	G2 Get59
		Pa	Pg2		Ua	Ubg2	Ug1		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)		Rate	14822
		W	W		V	V	V		MOHM		V	V

		Pa	Pg2	Pg1		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb		Ref *?
		W	W	W		V	V	V	V		mA	MOHM		V	°C
E81L  18046		4.5	1.2	0.1		210	550	210	550		30	0.5	0.25	120	170		Val63
IL861		4.5	1.2	-		210	550	210	550		30	0.5	0.25	120	170		Rft58
		Pa	Pg2	Pg1		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb		17119
		W	W	W		V	V	V	V		mA	MOHM		V	°C

Pa = 5.1 ... 6.0 W
		Pa W	Pg2 W		Ua V	Uao V	Ug2 V	Ug2o V		Ik mA	Rg1 MOHM	Ufk V		Ref *?
43		5.3	1.9		160	-	135	-		-	-	-		Tse39
38		5.5	-		250	-	250	-		-	1.0	-		Rca37
		Pa W	Pg2 W		Ua V	Uao V	Ug2 V	Ug2o V		Ik mA	Rg1 MOHM	Ufk V		15530

		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 W	Pg2 W		Ua V	Uao V	Ug2 V	Ug2o V		Ik mA	Rg1 kOHM	Uf V	Ufk+ V		Ref *?
48		7.0	-		125	-	100	-		-	10	26... 34	90		Rca37
		Pa W	Pg2 W		Ua V	Uao V	Ug2 V	Ug2o V		Ik mA	Rg1 kOHM	Uf V	Ufk+ V		15526

		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		Rate	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		14531

		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	Pg1g2		Ua	Ug2		Ia (PK)	Rg1	Ufk		Mode	Ref *?
89		8.0	-		250	250		-	1.0	-		A	Rca37
		-	0.35		250	-		90	-	-		B 409
		W	W		V	V		mA	MOHM	V		15570

Pa = 8.0 ... 9.0 W
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Rkf		Ref *?
		W	W	W		V	V	V	V		mA	MOHM	V	kOHM
ECL11		9.0	1.3	3.5		250	550	275	550		60	0.7	50	5.0		Tfk42
UCL11		9.0	1.5	3.0		250	550	250	550		75	0.7	125	5.0		Tfk42
PCL86		9.0	1.8	3.25		250	550	250	550		55	1.0	100	20		Rft65
ECL86		9.0	1.5	3.0		300	550	300	550		55	1.0	100	20		Rft65
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Rkf		18161
		W	W	W		V	V	V	V		mA	MOHM	V	kOHM
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Ufk	Rkf		Ref *?
		W	W	W		V	V	V	V		mA	MOHM	V	kOHM
CL33		9.0	2.0	-		250	400	250	400		70	1.0	175	5.0		Mul46
UL41		9.0	1.75	4.0		250	550	250	550		75	1.0	150	20		Phi53
		9.0	2.5	-		250	550	250	550		75	1.0	150	20		Phi55
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Ufk	Rkf		18161
		W	W	W		V	V	V	V		mA	MOHM	V	kOHM

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

		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk		Rate	Ref *?
41		8.0	-		250	250	-	-		-	1.0	0.1	-			Rca37
		8.5	2.8		315	285	-	0		-	0.5	0.1	90			Tse50
		8.5	2.8		315	285	315	-		-	0.5	0.1	90		CEN	Get46
		9.4	3.1		345	315	345	-		-	-	-	100		ABS
		W	W		V	V	V	V		mA	MOHM		V		14531

		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 = 9.0 ... 10 W
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb		Ref *?
		W	W	W		V	V	V	V		mA	MOHM		V	°C
EL804		10	1.75	4.0		250	550	250	550		100	1.0	0.5	50	245		Tfk65
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Tb		14669
		W	W	W		V	V	V	V		mA	MOHM		V	°C

		Pa	Pg1g2		Ua	Ug2		Ia (PK)	Rg1 @Rk	Rg1 @Ug1	Ufk		Mode	Ref *?
59		-	-		250	250		-	500	10	-		A	Rca37
		10	1.5		400	-		200	-	-	-		B 409
		W	W		V	V		mA	kOHM		V		15569

		Pa	Pg2		Ua	Ug2	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Tb		Rate	Ref *?
		W	W		V	V	V		mA	MOHM		V	V	°C
6EM5		10	1.1		315	285	-		60	2.2	2.2	±200	100	250		CEN	Rca61
		Pa	Pg2		Ua	Ug2	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Tb		Rate	17642
		W	W		V	V	V		mA	MOHM		V	V	°C

Pa = 10.1 ... 15 W
		Pa	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Uf		Rate	Ref *?
		W	W		V	V		mA	MOHM		V	V
26E6WG		12.5	1.75		220	150		-	-	-	±300	22.5- 30.5		ABS	Tse57
		Pa	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	Uf		Rate	17049
		W	W		V	V		mA	MOHM		V	V
		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	Ubg2	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk		Rate	Ref *?
42		13.2	-		315	315	-	-		-	-	-	-		A	Rca37
		-	-		375	250	-	-		-	-	-	-		AB2
		11	3.75		375	285	-	-		-	0.5	0.1	-			Tse43
		11	3.75		375	285	375	-		-	0.5	0.1	90		CEN	Get46
		12.1	4.13		415	315	415	-		-	-	-	100		ABS
		W	W		V	V	V	V		mA	MOHM		V		14533

		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	Pag2	Pg2		Ua	Uba	Ua +g2	Ug2	Ubg2		Ik	Rg1	Ufk		Rate	Ref *?
		W	W	W		V	V	V	V	V		mA	kOHM	V
EL360		15	18	5.0		800	1000	400	400	800		200	500	200		CEN	Mul64
		6.0	-	2.0		2000	4000	-	400	550		5.0	-	-			431
		Pa	Pag2	Pg2		Ua	Uba	Ua +g2	Ug2	Ubg2		Ik	Rg1	Ufk		Rate	16489
		W	W	W		V	V	V	V	V		mA	kOHM	V

Pa = 15 ... 20 W
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Rg1 @Rk	Rg1 @Ug1	Ufk		Ref *?
		W	W	W		V	V	V	V		mA	MOHM			V
EL6  EL36		18	3.0	-		250	-	275	-		90	-	-	-	50		Mul
EL5  EL35		18	3.5	-		375	-	250	-		90	-	-	-	50		Mul
4688  4689		18	2.0	3.5		375	600	275	600		90	0.7	-	-	50		Phi48
4699		18	2.0	5.0		425	800	425	650		90	-	0.7	0.5	50		Phi48
EL39		18	3.0	-		600	-	325	-		120	0.7	-	-	50		Mik64
EL506		19	-	-		450	-	400	-		-	-	-	-	-		Bri70
		Pa	Pg2	Pg2 (PK)		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Rg1 @Rk	Rg1 @Ug1	Ufk		18522
		W	W	W		V	V	V	V		mA	MOHM			V

		Pa	Pg2	Pg2 (PK)		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	Ref *?
		W	W	W		V	V		mA	MOHM		V	V	V	°C
7868		19	3.3	6.0		550	440		90	1.0	0.3	±200	100	5.7- 6.9	240		MAX	Rca66
		Pa	Pg2	Pg2 (PK)		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	18524
		W	W	W		V	V		mA	MOHM		V	V	V	°C

		Pa	Pg2		Ua	Uao	Ug3	Ug2	Ug2o		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk		Rate	Ref *?
		W	W		V	V	V	V	V		mA	MOHM		V	V
21KQ6		17	-		275	600	70	275	600		275	0.5	2.2	±240	±240		MAX	Rca73 Syl70
29LE6		-	-		275	-	70	275	-		275	0.5	2.2	±240	±240		MAX	Rca71
		Pa	Pg2		Ua	Uao	Ug3	Ug2	Ug2o		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk		Rate	17643
		W	W		V	V	V	V	V		mA	MOHM		V	V

		Pa	Pg2		Uba	Ug3	Ug2	Ug1		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk	Uf	Tb		Rate	Ref *?
		W	W		V	V	V	V		mA	MOHM		V	V	V	°C
6JU6		17	3.5		770	75	220	–55		275	0.47	10	±200	100	5.7- 6.9	240		MAX	Rca66
		Pa	Pg2		Uba	Ug3	Ug2	Ug1		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk	Uf	Tb		Rate	17642
		W	W		V	V	V	V		mA	MOHM		V	V	V	°C
		Pa	Pg2		Uba	Ug3	Ug2	Ug1		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	Ref *?
		W	W		V	V	V	V		mA	MOHM		V	V	V	°C
6JF6		17	3.5		770	100	220	-		275	0.47	10	±200	100	5.7- 6.9	240		MAX	Rca67
		Pa	Pg2		Uba	Ug3	Ug2	Ug1		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	17642
		W	W		V	V	V	V		mA	MOHM		V	V	V	°C

Pa = 20 ... 25 W
		Pa	Pa +g2	Pg2		Ua	Ug2		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk		Rate	Ref *?
KT67		22	25	3.0		600	300		-	0.27	0.1	-			Mar56
5881		23	26	3.0		400	400		-	0.5	0.1	200		CEN	Tse62
		W	W	W		V	V		mA	MOHM		V		15565

		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	Pg2		Uba	Ug3	Ug2		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	Ref *?
		W	W		V	V	V		mA	MOHM		V	V	V	°C
6JE6		24	3.2		990	75	190		315	0.47	10	±200	100	5.7- 6.9	240		MAX	Rca63
		Pa	Pg2		Uba	Ug3	Ug2		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	17642
		W	W		V	V	V		mA	MOHM		V	V	V	°C

Pa = 25 ... 35 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	Pg2		Uba	Ug3	Ug2		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	Ref *?
		W	W		V	V	V		mA	MOHM		V	V	V	°C
6JE6A		30	5.0		990	75	220		350	0.47	10	±200	100	5.7- 6.9	250		MAX	Rca65
6JE6B		30	5.0		990	-	220		350	-	-	-	-	-	-		MAX	Get73
		Pa	Pg2		Uba	Ug3	Ug2		Ik	Rg1	Rg1 @HD	Ufk (PK)	Ufk– (DC)	Uf	Tb		Rate	17642
		W	W		V	V	V		mA	MOHM		V	V	V	°C

		Pa	Pg2		Ua	Ug2	Ug2g1	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk+ (DC)	Ufk– (DC)		Rate	Ref *?
		W	W		V	V	V	V		mA	MOHM		V	V
S11E12		28	5.0		800	300	400	–100		300	1.0	0.1	350	150		ABS	Aei61
12E1		35	5.0		800	300	400	–100		300	-	-	300	-		ABS	Aei61
		Pa	Pg2		Ua	Ug2	Ug2g1	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk+ (DC)	Ufk– (DC)		Rate	18002
		W	W		V	V	V	V		mA	MOHM		V	V

Pa = 35 ... 50 W
		Pa @Rk	Pa @Ug1	Pg2	Pg2 (PK)		Ua	Uao	Ua +g2	Ug2	Ug2o		Ik	Rg1	Ufk	Tb		Ref *?
		W	W	W	W		V	V	V	V	V		mA	kOHM	V	°C
EL156		50	40	8.0	12.0		800	1600	500	450	800		180	100	50	240		Tfk65
		Pa @Rk	Pa @Ug1	Pg2	Pg2 (PK)		Ua	Uao	Ua +g2	Ug2	Ug2o		Ik	Rg1	Ufk	Tb		15715
		W	W	W	W		V	V	V	V	V		mA	kOHM	V	°C

	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

	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

	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

	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

	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

	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

	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

	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	13.5 2.2 4.4 0.5	11 3.0 - -	W W W W
Ua: Uao: Ug3: Ug2: Ug2o: Ug1: Ik:	200 400 - 175 350 –55/0 75	150 300 - 150 300 –55/0 75	300 600 –100 300 600 –100 50	450 600 - 450 600 –100 100	300 - - 260 - - -	V V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	0.125 - -	0.125 - -	- 1.0 -	- 1.0 0.5	1.0 - -	MOHM MOHM MOHM
Ufk:	±200	150	120	±100		V
Tb:	180	200	225	225		°C
Ref *?	Tfk65 Val62	Amp65	Sie63 Val62	Sie63 Tfk65 Val62	Mik60 Rat64

	EL1	EL2		EL3	EL3 N	EL5	EL6	EL8	EL11	EL12
Pa: Pa+g2: Pg2: Pg2 (PK):	8.0 - - -	8.0 - 1.6 -		9.0 - 1.2 2.5		18 - 3.0 -	18 - 2.0 3.0	5.0 - 0.8 1.5	9.0 9.0 1.2 2.5	18 - 2.5 5.0			W W W W
Ua: Uao: Ua+g2: Ug2: Ug2o: Ik:		250 550 - 250 550 45	300 550 - 300 550 45	250 550 - 275 550 55		250 550 - 275 550 90	250 550 - 275 550 90	250 550 - 275 550 28	250 550 250 275 550 55	250 550 - 275 550 90	250 - - 275 - -	350 650 - 350 650 90	V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:		- 1.0 0.6		1.0 - -		- 0.7 -	0.7 - -	1.0 - -	1.0 - -	1.0 - -	- 0.7 -	- 0.2 -	MOhm MOhm MOhm
Ufk:		100		50	100	50	50	50	50	50			V
Cin: Cout: Cag1: Cg1f:		- - 0.6 -	- - - -	- - 0.8 -		- - 0.8 -	- - 0.7 -	- - 0.5 -	- - 0.8 -	- - 0.7 -			pF pF pF pF
Ref *?	Mik60 Phi35	Phi40	Phi53	Phi40	Phi53	Phi40	Phi40	Rat49	Phi48 Rwm53 Tfk38	Phi48	Rwm53 Tfk43

	EL12 N	EL12 spez.	EL13	EL30	EL33		EL34			EL36 Mullard
Pa: Pa+g2: Pg2: Pg2 (PK):	18 - 2.8 -	18 - 2.5 5.0	5.0 - 0.8 1.5	4.5 - 1.2 -	9.0 - 1.2 2.4	9.0 - 1.2 2.5	25 - 8.0 -	25 30 8.0 -	- 15 - -	18 - 2.0 -	W W W W
Ua: Uao: Ua+g2: Ug2: Ug2o: Ik:	425 650 - 425 650 90	425 650 - 425 650 90	250 550 - 275 550 28	275 - - 275 - 30	250 550 - 275 550 55	300 550 - 300 550 55	800 2000 - 425 800 150	800 2000 500 500 800 150	- - 600 - - -	250 - - 250 - 90	V V V V V mA
Ua (PK):	850										V
Rg1: Rg1@Rk: Rg1@Ug1:	0.7 - -	0.3 - -	1.0 - -	1.0 - -	1.0 - -		- 0.7 0.5	0.5 - -		0.7 - -	MOhm MOhm MOhm
Ufk:	50	50	50	50	50	100	100	100		50	V
Tb:							245				°C
Cin: Cout: Cag1: Cg1f:	17 8.0 0.4 -	17.5 7.0 0.7 -	- - 0.5 -	9.7 8.0 0.7 -	- - 1.0 -	- - - -	15.2 8.4 1.1 1.0	15.2 8.4 1.0 1.0		- - 0.7 -	pF pF pF pF
Ref *?	Rft59	Rwn53	Rat51	Mik60	Mul58	Phi53	Tfk65	92 Mul64		Mik60

	EL37			EL38
Pa: Pa+g2: Pg2: Pg2 (PK):	25 28 6.0 -	- 12.5 - -	25 - 8.0 -	25 - 8.0 -		W W W W
Ua: Uao: Ua+g2: Ug2: Ug2o: Ik:	400 800 400 400 800 200	- - 500 - - -	400 - - 400 - 200	800 1200 - 400 800 200	800 - - 400 - 200	V V V V V mA
Ua (PK): Ug1 (PK): Ik (PK): tp: tp/T:				8000 - - - -	4000 - - 18 -	V V A µs %
Rg1: Rg1@Rk: Rg1@Ug1:	- 0.5 0.1			0.5 - -		MOhm MOhm MOhm
Ufk:	75		100	100		V
Cin: Cout: Cag1: Cg1f:	17.5 9.0 1.0 -			18 8.0 1.2 -	17.5 6.5 1.2 -	pF pF pF pF
Ref *?	Mul57		Rtt74	Mul57	Phi50

	EL41		EL42	EL50	EL51	EL60	EL83	EL88	EL89
Pa: Pa+g2: Pg2: Pg2 (PK):	9.0 - 1.4 3.3		6.0 - 1.0 2.0	18 - 3.0 10	45 - 7.0 25	25 - 8.0 -	9.0 - 2.0 -	6.6 - 2.6 -	11 - 3.5 -	W W W W
Ua: Uao: Ug2: Ug2o: Ug1: Ik:	300 550 300 550 - 55		300 550 300 - - 35	800 1600 425 1000 - 120	750 1500 750 1500 - 200	800 2000 425 800 - 150	300 550 300 550 - 70	300 - 300 - - -	300 - 300 - - -	V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	1.0 - -		2.0 - -	- - 0.5	- 0.7 0.35	- 0.7 0.5	- 1.0 0.5			MOhm MOhm MOhm
Ufk:	100	50	100	50	50	100	100			V
Cin: Cout: Cag1: Cg1f:	10.2 7.8 1.0 0.15		4.3 6.2 0.2 -	- - 0.8 -	- - 1.5 -	16.6 11 1.1 -	10.4 6.6 0.12 0.15			pF pF pF pF
Ref *?	Fsr54 Phi52	Mul58	Phi53	Phi48	Phi53	Phi58	Rft59	Rat64	Rat64

	EL90	EL91	EL95
Pa: Pa+g2: Pg2: Pg2 (PK):	12 - 2.0 -	4.0 4.5 0.6 -	6.0 - 1.25 2.5	W W W W
Ua: Uao: Ug2: Ug2o: Ug1: Ig1: Ik:	250 550 250 550 - - 56	250 550 250 550 -100 3.0 20	300 - 300 - - - 35	V V V V V mA mA
Rg1: Rg1@Rk: Rg1@Ug1:	0.5 - -	0.5 - -	2.0 - -	MOhm MOhm MOhm
Ufk:	50	150	100	V
Cin: Cout: Cag1: Cg1f:	7.6 6.0 0.35 -	3.7 4.0 0.3 -	5.3 3.5 0.4 -	pF pF pF pF
fmax:		100		MHz
Ref *?	Lor53	92 Mul62	Sie64 Tfk68

	EL151	EL171	EL172	EL173	EL183	EL500	EL503		EL 802
Rating:					CEN				CEN
Pa: Pg2: Pg2 (PK):	60 5.0 15	10 1.5 -	18 2.5 -	10 - -	6.0 2.2 -	12 4.0 -	27 6.0 9.0	29 2.0 10	6.0 2.5 -	W W W
Ua: Uao: Ug2: Ug2o: Ug1: Ik:	800 1500 450 800 - 250	260 - 260 - - -	425 - 425 - - -		250 - 250 - - 60	300 - 300 - - 250	300 - 300 - - 200		300 550 300 - - 100	V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:	0.2 - -	0.7 - -	0.7 - -		1.0 - -	- 0.5 0.2	0.5 - -	- 0.5 -	- 0.5 0.1	MOhm MOhm MOhm
Ufk: Ufk=: Ufk~:	50 - -				200 150 50	100 - -	100 - -		100 - -	V V V.rms
Cin: Cout: Cag1:		- - 0.6	- - 0.6		13 5.4 0.08		22.5 12.6 2.2	22.5 13.5 1.7	20 4.0 0.1	pF pF pF
Ref *?	Tfk43	Ftb51	Ftb51	Str73	Cif68	Tfk68	Rtt74	Phi72	Tfk70

	EL805		EL 806	EL 821	EL 822	EL 3010	EL 5000	EL 8000
Rating:	CEN	MAX	CEN		CEN	ABS
Pa: Pg2: Pg2 (PK): Pg1:	8.0 1.5 - -	10.5 2.0 - -	10 3.0 - -	12 2.5 - -	12 2.5 - -	35 5.5 - 0.1	20 5.0 - -	12 1.0 - -	W W W W
Ua: Uao: Ug2: Ug2o: Ug1: Ik:	300 550 250 - - 75	- - - - - -	250 - 250 - - 60	275 550 275 550 - 60	275 550 275 550 - 60	900 2000 250 550 -50 350	400 600 400 - - 300	400 - 400 - -30 -	V V V V V mA
Ua (PK): Ik (PK): tp:	2000 - -	- - -				- 1.5 -	7000 - -	- 0.3 1.0	V A ms
Rg1: Rg1@Rk: Rg1@Ug1:	- 2.2 1.0	- - -	1.0 - -	- 0.22 0.1	0.1 - -	0.5 9 0.2 0.1	- 0.5 0.2	0.22 - -	MOhm MOhm MOhm
Ufk: Ufk=: Ufk~:	100 - -	- - -	200 150 50	90 - -	90 - -	100 - -	±100 - -	300 - -	V V V.rms
Tb:				250	220	240	240		°C
Cin: Cout: Cag1: Cak: Cg1f:	- - 1.25 - -		13.5 5.0 0.08 - -	14 5.0 0.25 - -	12 6.0 0.1 - -	50 17 0.25 - -	22 9.0 1.6 - -	20 4.8 0.07 0.1 -	pF pF pF pF pF
Ref *?	Tfk69	Tfk69	Cif68	Mul60	Mul64	Tfk65	Tfk68	Sie68

	N309	PL83	UL2	UL12	UL84
Rating:					CEN
Pa: Pg2: Pg2 (PK):	9.0 2.0 -	9.0 2.0 -	4.0 0.7 1.2	15 1.0 3.0	12 1.75 6.0		W W W
Ua: Uao: Ug2: Ug2o: Ug1: Ik:	250 - 250 - - -	250 550 250 550 - 70	250 550 250 550 - 28	250 550 125 550 - 100	250 550 200 550 - 100		V V V V V mA
Rg1: Rg1@Rk: Rg1@Ug1:		- 1.0 0.5	1.0 - -	- 0.7 -	- 1.0 -		MOhm MOhm MOhm
Ufk: Ufk+ (PK): Ufk+ (DC):	150 - -	150 - -	150 - -	275 - -	200 300 150	200 - -	V
Tb:	200						°C
Cin: Cout: Cag1: Cg2g1: Cg1f:	10.8 6.0 0.1 - -	10.4 6.6 0.12 3.2 0.15	- - 0.5 - -	- - 0.5 - -	6.0 12 0.6 - 0.25	6.8 13 0.6 - 0.25	pF pF pF pF pF
Ref *?	Mar56	Rft59 Sie64	Rat49	337 Tfk42	Phi57	Phi69	13968

Copyright © 2016Franz Hamberger, Berlin, Germany

RCA   807	RCA   865