Triodengrenzwerte - Triode Limits

KyteLabs InfoBase - Electron Tubes & Valves Data

Last modified: 2016-07-16 (18518)

9	Grenzwerte Maximum Ratings

9.1	Trioden Single Triodes

9.1.1	Indirekt geheizte Kleinsignaltypen Indirectly-Heated, Small-Signal Types

Pa = unbekannt - unknown

		Ua	Uao	Ug		Ik	Rg	Rg @Ug	Ufk		Rate	Ref *?
		V	V	V		mA	MOHM		V		Rate	Ref *?
6F5		250	-	-		-	1.0	-	90			Rca37 Syl51
6F5		300	-	-		-	-	-	-			Tse42
6K5GT		250	-	-		-	-	-	-		CEN	Rca43
6SF5		250	-	-		-	-	-	90			Syl51
37		250	-	-		-	-	1.0	-			Rca37 Tse39
27		275	-	-		-	1.0	-	90			Rca37 Tse46
7B4		300	-	-		-	-	-	90			Syl51
		Ua	Uao	Ug		Ik	Rg	Rg @Ug	Ufk		Rate	15620
		V	V	V		mA	MOHM		V		Rate	15620


		Ua V	Ug V		Ia mA	Ig mA	Ufk V	Uf V	fmax MHz	Tb °C		Rate	Ref *?
5904		55	-		22	8.5	±100	25.2- 27.8	400	220		ABS	Syl57
		Ua V	Ug V		Ia mA	Ig mA	Ufk V	Uf V	fmax MHz	Tb °C		Rate	14675

Pa = 0.1 ... 1.0 W

		Pa	Ua	Uao		Uge @ Ig			Ik	Rg	Rg~	Ufk	Rkf		Ref *?
		W	V	V		V	µA		mA	MOHM		V	kOHM		Ref *?
UCL11		0.6	250	550		−1.3	≤0.3		-	1.7	0.5	125	5.0		Tfk42
ECL11		0.6	300	550		−1.3	≤0.3		-	1.7	0.5	50	5.0		Tfk42
VCL11		0.8	250	550		−1.3	≤0.3		-	1.0	-	150	0.8		Tfk42
		Pa	Ua	Uao		Uge @ Ig			Ik	Rg	Rg~	Ufk	Rkf		18161
		W	V	V		V	µA		mA	MOHM		V	kOHM		18161

		W	V	V		MOHM		V	V	V	mA	s		Rate	Ref *?

		Pa	Ua	Ug		Rg @Rk	Rg @Ug	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	Ref *?
4HA7		0.3	330	-		-	-	-	-	4.2	0.6	-		MAX	II Get73
5HA7		0.3	330	-		-	-	-	-	5.6	0.45	-		MAX	II Get73
6AW8A		1.0	300	0		1.0	0.5	±200	100	6.3	0.6	11		CEN	Get57
6AW8A		1.1	330	0		1.0	0.5	±200	100	5.7- 6.9	0.6	11		MAX	Get63
		Pa	Ua	Ug		Rg @Rk	Rg @Ug	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	17979
		W	V	V		MOHM		V	V	V	mA	s		Rate	17979


		Pa	Ua	Uao	Ug		Ik	Rg @Rk	Rg	Rg @Ig	Ufk		Rate	Ref *?
UBC41		0.5	250	550	-		5.0	3.0	-	22	150			Phi51
EBC41		0.5	300	550	-		5.0	3.0	-	22	100			Phi52 Phi53
ECC86		0.6	30	-	-		20	-	1.0	-	30		CEN	Amp Phi58
UCH41		0.75	175	550	-		5.5	-	3.0	-	150			Phi52 Phi53
ECH42		0.8	175	550	-		6.0	-	3.0	-	100			Phi52 Phi53
UCH42		0.8	175	550	-		6.0	-	3.0	-	150			Phi49 Phi52
ECH41		0.9	175	550	-		5.5	-	3.0	-	100			Phi52 Phi53
ECL113		1.0	250	550	-		8.0	-	1.5	-	-			Tfk51
		W	V	V	V		mA	MOHM			V		14814

		Pa	Ua	Uao	Ug		Ik	Rg @Rk	Rg @Ug	Rg @Ig	Ufk		Rate	Ref *?
PCL86		0.5	250	550	-		4.0	2.0	1.0	22	100			Rft65
ECL86		0.5	300	550	-		4.0	2.0	1.0	22	100			Rft65
ECC808		0.5	300	550	-		4.0	2.0	1.0	22	100			Tfk63
ECC807		1.0	300	550	–50		8.0	2.2	1.0	22	150			Bri
		W	V	V	V		mA	MOHM			V		14357

		Pa	Ua	Uao	Ug		Ik	Rg @Rk	Rg @Ug	Ufk– (DC)	Ufk (PK)		Rate	Ref *?
5844		0.5	175	-	0		9.0	100	50	90	±180		CEN	Syl53
		W	V	V	V		mA	kOHM		V	V		14679


		Pa	Ua	Uao		Ik	Rg @Rk	Rg @Ug	Ufk		Ik (PK)	tp	tp/T		Ref *?
ECL85		0.5	250	550		15	3.3	1.0	100		0.1	800	4.0			Rft65
ECL85											0.2	400	2.0			Rft65
ECL802 PCL85		0.5	250	550		15	3.3	1.0	200		0.1	800	4.0		CEN	Cif68 Rft65
ECL802 PCL85											0.2	400	2.0		CEN	Cif68 Rft65
		W	V	V		mA	MOHM		V		A	µs	%		14479


		Pa	Ua	Uao		Ik	Rg @Rk	Rg @Ug	Ufk		Ua (PK)	@Ia	tp	tp/T		Ref *?
ECL84		1.0	±250	±550		12	3.0	1.0	200		600	<0.1	18	18		Phi58
		W	V	V		mA	MOHM		V		V	mA	µs	%		14478

Pa = 1.0 ... 2.0 W

		Pa	Ua	Uao		Uge @ Ig			Ik	Rg	Ufk	Rkf		Ref *?
		W	V	V		V	µA		mA	MOHM	V	kOHM		Ref *?
EBC11		1.5	300	550		−1.3	≤0.3		10	3.0	100	20		Tfk39
		Pa	Ua	Uao		Uge @ Ig			Ik	Rg	Ufk	Rkf		18156
		W	V	V		V	µA		mA	MOHM	V	kOHM		18156

		W	V	V	V	V		mA	kOHM		V	V.RMS		Rate	Ref *?

		Pa	Ua	Uba	Uao	Ug		Ik	Rg	Rg @Ug	Ufk	Ufk~		Rate	Ref *?
ECF801		1.5	125	250	550	–50		20	500	-	100	-		CEN	Phi62 Cif68
ECF803		1.5	125	250	550	–50		20	-	500	100	50			Rft66 Rft67
		Pa	Ua	Uba	Uao	Ug		Ik	Rg	Rg @Ug	Ufk	Ufk~		Rate	18000
		W	V	V	V	V		mA	kOHM		V	V.RMS		Rate	18000

		Pa	Pg	Ua	Uao	Ug		Ik	Rg	Ufk	fmax	Tb		Rate	Ref *?
		W	mW	V	V	V		mA	MOHM	V	MHz	°C		Rate	Ref *?
EC866		2.0	20	220	400	–50		18	1.0	100	800	165			Rft66 Rft67
		Pa	Pg	Ua	Uao	Ug		Ik	Rg	Ufk	fmax	Tb		Rate	18000
		W	mW	V	V	V		mA	MOHM	V	MHz	°C		Rate	18000

		W	V	V	V		MOHM	V	V	V	mA	s		Rate	Ref *?

		Pa	Ua	Ug	Ug (PK)		Rg	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	Ref *?
4HC7		1.2	330	0	-		5.0	±200	100	4.2	560 ..640	11		MAX	II Tse63
5HC7		1.2	330	0	-		5.0	±200	100	5.6	420 ..480	11		MAX	II Tse63
		Pa	Ua	Ug	Ug (PK)		Rg	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	17978
		W	V	V	V		MOHM	V	V	V	mA	s		Rate	17978

		W	V	V		MOHM		V	V		Rate	Ref *?

		Pa	Ua	Ug		Rg @Rk	Rg @Ug	Ufk (PK)	Ufk– (DC)		Rate	Ref *?
6CX8		2.0	330	0		1.0	0.5	±200	100		MAX	Get59
		Pa	Ua	Ug		Rg @Rk	Rg @Ug	Ufk (PK)	Ufk– (DC)		Rate	14822
		W	V	V		MOHM		V	V		Rate	14822


		Pa W	Ua V	Uao V	Ug V		Ik mA	Rg MOHM	Ufk V	fmax MHz	Tb °C		Rate	Ref *?
EC71		2.0	150	-	–50		20	1.2	100	1000	200			178 Val62
		Pa W	Ua V	Uao V	Ug V		Ik mA	Rg MOHM	Ufk V	fmax MHz	Tb °C		Rate	15712

		Pa	Ua	Uao	Ug		Ik	Rg @Rk	Rg @Ug	Rkf	Ufk		Rate	Ref *?
ECH35		1.5	100	550	-		-	0.1	-	-	-			Mul46
ECF804		2.0	250	-	-		-	-	-	-	-			Rat64
		W	V	V	V		mA	MOHM		kOHM	V		15308

		Pa	Paa	Ua	Ug		Ik	Rg @Rk	Rg @Ug	Rkf	Ufk~		Rate	Ref *?
ECC804		2.0	2.5	250	-		-	0.25	-	-	150			351 Bri
		W	W	V	V		mA	MOHM		kOHM	V.RMS		14356

		Pa	Ua	Uba	Uao		Ik	Rg @Rk	Rg @Ug	Rkf	Ufk		Rate	Ref *?
AC2		2.0	250	300	550		10	1.5	1.0	20	50			Phi35 Phi53 Rat49
CC2		2.0	250	300	550		10	1.5	1.0	20	125			Phi35 Phi53 Rat49
		W	V	V	V		mA	MOHM		kOHM	V		15240

		Pa	Ua	Uao	Ug (PK)		Ik	Rg		Rkf	Ufk		Rate	Ref *?
EC903		2.0	150	550	-		20	0.5		20	100		CEN	Tfk62
EC903		-	-	-	–50		-	-		-	-		ABS	Tfk62
		W	V	V	V		mA	MOHM		kOHM	V		15155

		Pa	Ua	Uao	Ug		Ik	Rg	Ufk– (DC)	Ufk (PK)	Uf		Rate	Ref *?
6DR4		1.2	330	-	–55 ... 0		-	-	100	±200	5.7- 6.9		MAX	Tse61
6J9		2.0	-	-	-		-	-	-	-	-		MAX	Syl64
		W	V	V	V		mA	MOHM	V	V	V		14527

		Pa	Ua	Uao	Ug		Ik	Rg	Ufk– (DC)	Ufk (PK)	Ufko +(PK)		Rate	Ref *?
6BQ7		2.0	250	300	-		20	0.5	-	±200	300		CEN	Rca51
6BQ7A 6BZ7		2.0	250	300	-		20	0.5	100	±200	300		CEN	Rca62
		W	V	V	V		mA	MOHM	V	V	V		14529


		Pa	Pg	Ua	Uao		Ik	Rg	Rkf	Ufk–	Ufk+	Tb		Ref *?
ECC40		1.5	0.1	300	550		10	1.0	150	100	175	120		Phi52 Phi53
ECF82		1.5	-	300	550		20	1.0	20	90	220	150		Wfb61
		W	W	V	V		mA	MOHM	kOHM	V	V	°C		15074

		W	W	V	V	V		mA	mA	MOHM		V	°C		Rate	Ref *?

		Pa	Pg	Ua	Ug	Ug (PK)		Ik	Ik (PK)	Rg @Rk	Rg @Ug	Ufk	Tb		Rate	Ref *?
5964		1.5	0.1	250	–100 ... 0	–200		15	75	1.0	0.5	±90	150		ABS	Syl56
		Pa	Pg	Ua	Ug	Ug (PK)		Ik	Ik (PK)	Rg @Rk	Rg @Ug	Ufk	Tb		Rate	15044
		W	W	V	V	V		mA	mA	MOHM		V	°C		Rate	15044

Pa = 2.0 ... 3.0 W

		Pa	Ua	Ug		Rg @Rk	Rg @Ug	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	Ref *?
		W	V	V		MOHM		V	V	V	mA	s		Rate	Ref *?
5AN8		2.8	330	0		1.0	0.5	±200	100	4.7	600	11		MAX	Syl
6AN8		2.8	330	0		1.0	0.5	±200	100	6.3	450	-		MAX	Syl
6AN8A		2.8	330	0		1.0	0.5	±200	100	6.3	450	11		MAX	Syl
		Pa	Ua	Ug		Rg @Rk	Rg @Ug	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	17978
		W	V	V		MOHM		V	V	V	mA	s		Rate	17978


		Pa	Ua	Uba	Ug		Ia	Ig	Ik	Rg	Ufk	fmax	Tb		Rate	Ref *?
		W	V	V	V		mA	mA	mA	MOHM	V	MHz	°C		Rate	Ref *?
EC98		2.2	150	300	0 ... –50		-	3.2	18	0.25	90	-	-		CEN	Mul63
6J4		2.25	150	-	-		20	-	-	0.25	90	500	-		CEN	Get50
6N4		3.0	180	-	-		-	-	-	-	-	500	-			Tse46
		Pa	Ua	Uba	Ug		Ia	Ig	Ik	Rg	Ufk	fmax	Tb		Rate	18518
		W	V	V	V		mA	mA	mA	MOHM	V	MHz	°C		Rate	18518

		Pa	Ua	Uao	Ug		Ia	Ig	Ik	Rg	Ufk	fmax	Tb		Rate	Ref *?
		W	V	V	V		mA	mA	mA	MOHM	V	MHz	°C		Rate	Ref *?
EC91		2.5	300	550	–100		-	-	15	-	150	250	-		ABS	Phi68
EC53		2.5	250	-	-		-	-	20	0.5	40	600	-			Mul47
EC760		3.0	175	300	-		-	-	22	0.5	100	500	100			420 Rft59
		Pa	Ua	Uao	Ug		Ia	Ig	Ik	Rg	Ufk	fmax	Tb		Rate	15712
		W	V	V	V		mA	mA	mA	MOHM	V	MHz	°C		Rate	15712

		W	mW	V	V	V		mA	MOHM	V	MHz	°C		Rate	Ref *?

		Pa	Pg	Ua	Uao	Ug		Ik	Rg @Rk	Ufk	fmax	Tb		Rate	Ref *?
E86C EC806S		2.4	20	250	440	–50		20	1.2	100	800	165		ABS	Val63 Tfk65
		Pa	Pg	Ua	Uao	Ug		Ik	Rg @Rk	Ufk	fmax	Tb		Rate	14816
		W	mW	V	V	V		mA	MOHM	V	MHz	°C		Rate	14816


		Pa	Pg	Ua	Ug	Ug (PK)		Ik	Ik (PK)	Rg @Rk	Rg @Ug	Ufk	Tb		Rate	Ref *?
5963		2.5	0.5	250	–100 ... 0	–200		20	100	1.0	0.5	±90	120		ABS	Syl56
		W	W	V	V	V		mA	mA	MOHM		V	°C		15044


		Pa	Ua	Uao	Ug	Ug (PK)		Ik	Ik (PK)	Rg @Rk	Rg @Ug	Ufk	Ufk (PK)	Rkf		Rate	Ref *?
ECC82		2.75	300	550	–50	-		20	250	1.0	0.25	-	180	150			Rfr55
ECC82		2.75	300	550	–100	–250		20	-	1.0	-	180	-	150		CEN	Phi69
		W	V	V	V	V		mA	mA	MOHM		V	V	kOHM		15510


		Pa	Paa	Ua	Uao	Ug		Ik	Rg	Ufk	Tb		Rate	Ref *?
ECC865		2.3	4.2	250	550	–100		15	1.0	100	180			Rft
ECC85		2.5	4.5	300	550	–100		15	1.0	90	-		CEN	Phi69
		W	W	V	V	V		mA	MOHM	V	°C		14814


		Pa	Ua	Ug		Rg	Ufk	Uf		Rate	Ref *?
6S2P		2.5	165	-		0.25	100	5.7/6.9			Ccc70
7N7		2.5	300	0		-	90	7.0		CEN	Syl51
19Q9		2.5	-	-		-	-	-		MAX	Syl64
		W	V	V		MOHM	V	V		14528


		Pa	Ua		Rg	Ufk– (DC)	Ufk (PK)	Uf	tf		Rate	Ref *?
6GH8A		2.5	330		2.2	100	±200	5.7/6.9	11		MAX	Rca63
		W	V		MOHM	V	V	V	s		15094


		Pa	Ua	Ug		Ufk– (DC)	Ufk (PK)	Ufko+ (PK)	tf	fmax		Rate	Ref *?
6BK7A		2.7	300	–50		-	90	250	-	300		CEN	Syl55
6BK7B		2.7	300	–50		100	±200	300	11	-		CEN	Rca59
		W	V	V		V	V	V	s	MHz		14530


		Pa	Ua	Uao		Ik	Rg @Rk	Ufk (AV)	Ufk (PK)	Ufko+ (PK)	Uf		Rate	Ref *?
6BC8		2.2	150	300		22	0.5	100	±200	300	5.7/6.9		MAX	Rca66
		W	V	V		mA	MOHM	V	V	V	V		14530

		Pa	Ua	Ug		Ik	Rg @Rk	Ufk (PK)	Uf	Tb	fmax		Rate	Ref *?
8532		2.5	150	–55/0		20	0.25	±100	6.0/6.6	120	500		ABS	Rca65
		W	V	V		mA	MOHM	V	V	°C	MHz		15237

		W	V	V	V		MOHM	V	V	V	mA	s		Rate	Ref *?

		Pa	Ua	Ug	Ug (PK)		Rg	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	Ref *?
4HA7		2.75	330	-	-		-	-	-	4.2	0.6	-		MAX	I Get73
5HA7		2.75	330	-	-		-	-	-	5.6	0.45	-		MAX	I Get73
4HC7		3.0	330	0	60		5.0	±200	100	4.2	560 ..640	11		MAX	I Tse63
5HC7		3.0	330	0	60		5.0	±200	100	5.6	420 ..480	11		MAX	I Tse63
		Pa	Ua	Ug	Ug (PK)		Rg	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	17979
		W	V	V	V		MOHM	V	V	V	mA	s		Rate	17979

Pa = 3.0 ... 4.0 W

		Pa	Ua	Uao	Ug		Ia	Ig	Ik	Rg	Ufk	fmax		Rate	Ref *?
		W	V	V	V		mA	mA	mA	MOHM	V	MHz		Rate	Ref *?
7E5		4.0	250	-	-		16	6.0	-	-	90	750		Syl Tse48
EC40		4.0	300	-	-		-	-	15	0.3	100	500		Mik60
		Pa	Ua	Uao	Ug		Ia	Ig	Ik	Rg	Ufk	fmax		Rate	18519
		W	V	V	V		mA	mA	mA	MOHM	V	MHz		Rate	18519


		Pa	Ua	Uao	Ug		Ik	Rg	Ufk	Uf	Tb		Rate	Ref *?
5987		4.0	165	330	-		50	-	±200	6.0/6.6	220		ABS	Syl57
		W	V	V	V		mA	MOHM	V	V	°C		14675

Pa = 4.0 ... 6.0 W

		Pa	Ua	Uao	Ug		Ig	Ik	Ik (PK)	Rg	Ufk	fmax		Rate	Ref *?
		W	V	V	V		mA	mA	A	MOHM	V	MHz		Rate	Ref *?
6L18		5.0	250	-	-		-	-	-	-	150	-			Maz48
EC41 EC81		5.0	300	550	–100		7.5	30	-	1.0	100	750		ABS	43 Mik60 Val63
ED111		6.0	300	-	-		-	50	0.3	0.01	100	85			Rtt94
		Pa	Ua	Uao	Ug		Ig	Ik	Ik (PK)	Rg	Ufk	fmax		Rate	18518
		W	V	V	V		mA	mA	A	MOHM	V	MHz		Rate	18518

previous/next



Telefunken RS297	Telefunken RS393