PENMAX0 • Pentodengrenzwerte • Pentode Limits

KyteLabs InfoBase - Electron Tubes & Valves Data

Last modified: 2021-11-28 (20479)

9	Grenzwerte Maximum Ratings

9.5	Tetroden und Pentoden Tetrodes and Pentodes

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

Pa = 0.1 ... 1.0 W

		Pa	Pg2	Ua	Ug2		Ik	Ufk	Uf	fmax	Tb		Rate	Ref *?
		W	W	V	V		mA	V	V	MHz	°C		Rate	Ref *?
5905		0.55	-	55	55		10	±100	25.2- 27.8	400	220		ABS	Syl57
		Pa	Pg2	Ua	Ug2		Ik	Ufk	Uf	fmax	Tb		Rate	14676
		W	W	V	V		mA	V	V	MHz	°C		Rate	14676

		Pa	Pg2	Ua	Ug2		Ik	Rg1 @Rk	Ufk+	Ufk–	Tb		Rate	Ref *?
		W	W	V	V		mA	MOHM	V	V	°C		Rate	Ref *?
6059		0.75	0.3	300	125		-	-	-	-	-		MAX	Bri61
6GE8		1.0	0.5	330	275		-	2.2	200	100	-		MAX	Tse60
		Pa	Pg2	Ua	Ug2		Ik	Rg1 @Rk	Ufk+	Ufk–	Tb		Rate	15307
		W	W	V	V		mA	MOHM	V	V	°C		Rate	15307


		Pa	Pg2		Ua	Uao	Ug2	Ug1		Rg1	Ufk	Uf	Tb		Rate	Ref *?
		W	W		V	V	V	V		MOHM	V	V	°C		Rate	Ref *?
6788		0.5	0.15		250	500	150	–55 ... 0		4.0	±100	5.7- 6.9	250		ABS	Syl57
		Pa	Pg2		Ua	Uao	Ug2	Ug1		Rg1	Ufk	Uf	Tb		Rate	14677
		W	W		V	V	V	V		MOHM	V	V	°C		Rate	14677

		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Rg1	Ufk	Ufk (PK)	Ufk– (DC)		Rate	Ref *?
		W	W		V	V	V	V		MOHM	V	V	V		Rate	Ref *?
6J7		0.75	0.1		300	125	300	0		1.0	90	-	-		CEN	Get46
		0.83	0.11		330	140	330	0		-	100	-	-		ABS	Get46
		0.75	0.1		300	125	300	0		1.0	-	±90	-		CEN	Rca48
		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Rg1	Ufk	Ufk (PK)	Ufk– (DC)		Rate	15837
		W	W		V	V	V	V		MOHM	V	V	V		Rate	15837


		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Rg1 @Ig1	Ufk	Tb		Rate	Ref *?
		W	W		V	V	V	V		mA	MOHM		V	°C		Rate	Ref *?
EF40		1.0 0.2	0.2		300	550	200	550		6.0	3.0 10	22	100	-		CEN	Phi52 Phi54
EF804S EF806S		1.0 0.2	0.2		300	550	200	550		6.0	3.0 10	22	100	170		CEN	Tfk65
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Rg1 @Ig1	Ufk	Tb		Rate	14318
		W	W		V	V	V	V		mA	MOHM		V	°C		Rate	14318


		Pa	Pg2		Ua	Ug3	Ug2	Ug1		Ig3	Ig1	Ik	Rg1	Ufk	Uf	Tb		Rate	Ref *?
		W	W		V	V	V	V		mA	mA	mA	MOHM	V	V	°C		Rate	Ref *?
5784 WB		0.79	0.6		165	–55/ +30	155	–55 ... 0		0.2	1.0	16.5	1.2	±200	5.7- 6.9	220		MAX	Ray57
		Pa	Pg2		Ua	Ug3	Ug2	Ug1		Ig3	Ig1	Ik	Rg1	Ufk	Uf	Tb		Rate	14678
		W	W		V	V	V	V		mA	mA	mA	MOHM	V	V	°C		Rate	14678


		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1	Ufk	Uf	If	Tb		Rate	Ref *?
		W	W		V	V	V	V	V		mA	MOHM	V	V	mA	°C		Rate	Ref *?
6J2B-W		0.9	0.7		150	250	125	250	–50		14	1.0	±150	5.7- 6.9	180- 220	170			Mel81
		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1	Ufk	Uf	If	Tb		Rate	17283
		W	W		V	V	V	V	V		mA	MOHM	V	V	mA	°C		Rate	17283


		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Rfk	Ug1e @Ig1			Rate	Ref *?
		W	W		V	V	V	V		mA	MOHM	V	kOHM	V	µA		Rate	Ref *?
E446		1.0	0.3		200	400	125	400		10	1.5	50	20	–1.4	-		CEN	Phi34
4636		1.0	0.3		200	400	125	400		10	1.5	50	20	–1.3	+0.3		CEN	Phi49
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk	Rfk	Ug1e @Ig1			Rate	18927
		W	W		V	V	V	V		mA	MOHM	V	kOHM	V	µA		Rate	18927

Pa = 1.0 ... 2.0 W

		Pa	Pg2		Ua	Uao	Ug2@Ia		Ug2o		Ik	Rg1	Ufk	Rkf		Rate	Ref *?
		W	W		V	V	V	mA	V		mA	MOHM	V	kOHM		Rate	Ref *?
EBF2		1.5	0.3		300	550	125 300	5.0 <2.0	550		10	3.0	100	20		CEN	Phi53
EBF11		1.5	0.3		300	550	125 300	5.0 ≤2.0	550		10	3.0	100	20		CEN	Tfk39
UBF11		1.5	0.3		250	550	125 250	5.0 ≤2.0	550		10	3.0	125	20		CEN	Tfk42
EAF41		2.0	0.3		300	550	125 300	5.0 <2.5	550		10	3.0	50	20		CEN	Phi52
UAF41		2.0	0.3		250	550	150 250	6.0 <3.0	550		10	3.0	150	20		CEN	Phi52
EF22		2.0	0.3		300	550	125 300	6.0 <3.0	550		10	3.0	50	20		CEN	Phi42
UF21		2.0	0.3		250	550	150 250	6.0 <3.0	550		10	3.0	150	20		CEN	Phi42
		Pa	Pg2		Ua	Uao	Ug2@Ia		Ug2o		Ik	Rg1	Ufk	Rkf		Rate	20479
		W	W		V	V	V	mA	V		mA	MOHM	V	kOHM		Rate	20479

		Pa	Pg2		Ua	Uao	Ug2@Ia		Ug2o		Ik	Rg1 @Rk	Ufk	Rkf		Rate	Ref *?
		W	W		V	V	V	mA	V		mA	MOHM	V	kOHM		Rate	Ref *?
EF41		2.0	0.3		300	550	125 300	6.0 <3.0	550		10	3.0	100	20		CEN	Phi52
UF41		2.0	0.3		250	550	150 250	7.2 <4.0	550		10	3.0	150	20		CEN	Phi52
		Pa	Pg2		Ua	Uao	Ug2@Ia		Ug2o		Ik	Rg1 @Rk	Ufk	Rkf		Rate	20479
		W	W		V	V	V	mA	V		mA	MOHM	V	kOHM		Rate	20479

		Pa	Pg2		Ua	Uao	Ug2@Ia		Ug2o		Ik	Rg3	Rg1 @Rk	Rg1 @Ig1	Ufk	Rkf		Rate	Ref *?

		W	W		V	V	V	mA	V		mA	MOHM			V	kOHM		Rate	Ref *?
EAF42		2.0	0.3		300	550	125 300	5.0 <2.5	550		10	3.0	3.0	22	100	20		CEN	Phi52
UAF42		2.0	0.3		250	550	125 250	5.0 <2.5	550		10	3.0	3.0	-	150	20		CEN	Phi52
		Pa	Pg2		Ua	Uao	Ug2@Ia		Ug2o		Ik	Rg3	Rg1 @Rk	Rg1 @Ig1	Ufk	Rkf		Rate	20479
		W	W		V	V	V	mA	V		mA	MOHM			V	kOHM		Rate	20479

Pa = 1.1 ... 2.0 W
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Rg1 @Ig1	Ufk	Tb		Ref *?
EF804		1.5	0.2		300	550	200	550		6.0	3.0	22	100	170		Tfk65
EF804		0.2									10					Tfk65
		W	W		V	V	V	V		mA	MOHM		V	°C		14809
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ia	Ik	Rg1	Rg1 @Rk	Ufk		Ref *?
UAF41		2.0	0.3		250	550	250	550		3.0	10	3.0	-	150		Phi53
UAF41							150			6.0						Phi53
EAF41		2.0	0.3		300	550	300	550		2.5	10	3.0	-	50		Phi53
EAF41							125			5.0						Phi53
UF21		2.0	0.3		250	550	250	550		3.0	10	3.0	-	150		Phi53
UF21							150			6.0						Phi53
UF41		2.0	0.3		250	550	250	550		4.0	10	-	3.0	150		Phi52 Phi53
UF41							150			7.2						Phi52 Phi53
EF41		2.0	0.3		300	550	300	550		3.0	10	3.0	-	100		Phi53
EF41							125			6.0						Phi53
EF410		2.0	0.3		300	-	125	-		-	10	1.0	-	50		Rtt94
		W	W		V	V	V	V		mA	mA	MOHM		V		14809
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Ufk–	Ufk+	Tb		Ref *?
ECF804		2.0	0.5		250	-	175	-		-	-	-	-	-		Rat64
ECF82		2.0	0.5		300	550	300	550		20	1.0	90	220	150		Wfb61
		W	W		V	V	V	V		mA	MOHM	V	V	°C		15308

		W	W		V	V	V	V		mA	mA	MOHM			V		14322
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ia	Ik	Rg3	Rg1	Rg1 @Ig1	Ufk		Ref *?
UAF42		2.0	0.3		250	550	250	550		2.5	10	3.0	3.0	-	150		Phi52 Phi53
UAF42							125			5.0							Phi52 Phi53
EAF42		2.0	0.3		300	550	300	550		2.5	10	3.0	3.0	22	100		Phi52 Phi53
EAF42							125			5.0							Phi52 Phi53

		W	W		V	V	V	V	V		mA	MOHM		V		14491
		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1 @Ug1	Rg1 @Rk	Ufk		Rate	Ref *?
12A7		1.1	-		135	-	135	-	-		-	-	-	-			Rca43
UF42		2.0	0.5		250	550	250	550	–100		15	-	1.0	150			Phi50


	Pa	Pg2@Ug1			Ua	Uao	Ug2	Ubg2	Ug2o	Ug1		Ik	Rg1 @Ug1	Rg1 @Rk	Ufk	Ufk~		Rate	Ref *?
	W	W	V		V	V	V	V	V	V		mA	MOHM		V	V.RMS		Rate	Ref *?
ECF801	2.0	0.45 0.4 0.3	–1.5 ··· –2.0		250	550	250	-	550	–50		18	1.0	2.2	100	50		CEN	Phi62
ECF803	2.0	0.45 0.4 0.3	–1.5 ··· –2.0		250	550	250	250	550	–50		18	1.0	2.2	100	50		CEN	Rft66 Rft67
	Pa	Pg2@Ug1			Ua	Uao	Ug2	Ubg2	Ug2o	Ug1		Ik	Rg1 @Ug1	Rg1 @Rk	Ufk	Ufk~		Rate	18002
	W	W	V		V	V	V	V	V	V		mA	MOHM		V	V.RMS		Rate	18002

		W	W		V	V	V		mA	MOHM	V	V		15073
		Pa	Pg2		Ua	Ubg2	Ug1		Ik	Rg1	Ufk	Ufk (PK)		Rate	Ref *?
6CY5		2.0	0.5		180	180	0		20	-	±100	-		MAX	G2 Get58
6CY5		2.0	0.5		180	180	0		20	0.5	-	±100		MAX	G2 Rca59

		W	W		V	V	V	V		mA	MOHM	V	V	°C	MHz		14687
		Pa	Pg2		Ua	Uao	Ug2	Ug1		Ik	Rg1	Ufk	Uf	Tb	fmax		Rate	Ref *?
5906								–55				–200	25.2				min	Ray57 ABS
5906		1.1	0.55		165	330	155	0		16.5	1.1	+200	27.8	220	400		max	Ray57 ABS

Pa = 2.0 ... 3.0 W

		Pa	Pg2		Ua	Ug2		Ik	Rg1	Ufk	Uf	If	Tb		Rate	Ref *?
		W	W		V	V		mA	MOHM	V	V	mA	°C		Rate	Ref *?
R143 PTT206P		2.0	0.4		225	225		12	1.0	70	6.3	240	-		ABS	Rtc54
R145 PTT202P		2.0	0.4		225	225		12	1.0	50	18	85	175		ABS	Rtc55
PTT214P		2.25	0.75		180	180		20	0.05	70	6.3	300	-			Mik64
PTT216		2.25	0.75		180	180		20	0.05	±70	6.3	300	175			Csf64
PTT213P		2.4	0.6		225	225		15	1.0	±70	6.3	310	175			Csf64
PTT212P		2.4	0.6		225	225		15	1.0	±70	18	110	175			Csf64
R142		2.6	0.6		225	225		16	1.0	70	6.3	300	-		ABS	Rtc54
R165		2.6	0.7		180	180		20	0.05	70	18	105	175			Rtc60
		Pa	Pg2		Ua	Ug2		Ik	Rg1	Ufk	Uf	If	Tb		Rate	18902
		W	W		V	V		mA	MOHM	V	V	mA	°C		Rate	18902

		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Ik	Rg1	Ufk (DC)	fmax		Rate	Ref *?

		W	W		V	V	V	V		mA	MOHM	V	MHz		Rate	Ref *?
6K7		2.75	0.35		300	125	300	0		-	-	90	-		CEN	Get46
6K7		3.03	0.39		330	140	330	0		-	-	100	-		ABS	Get46
		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Ik	Rg1	Ufk (DC)	fmax		Rate	20479
		W	W		V	V	V	V		mA	MOHM	V	MHz		Rate	20479

		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Rkf	Ufk	fmax		Rate	Ref *?

		W	W		V	V	V	V		mA	MOHM	kOHM	V	MHz		Rate	Ref *?
EF54		3.0	1.7		300	550	300	550		15	3.0	20	100	250		CEN	Mul47
		Pa	Pg2		Ua	Uao	Ug2	Ug2o		Ik	Rg1	Rkf	Ufk	fmax		Rate	20479
		W	W		V	V	V	V		mA	MOHM	kOHM	V	MHz		Rate	20479

		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	Ref *?

		W	W		V	V	V	V		MOHM		V	V	V	mA	s		Rate	Ref *?
5AN8		2.0	0.5		300	150	300	0		1.0	0.25	±200	100	4.7	600	11		CEN	Syl57
5AN8		2.3	0.55		330	165	330	0		1.0	0.25	±200	100	4.7	560- 640	11		MAX	Rca66
6AN8		2.0	0.5		300	150	300	0		1.0	0.25	±200	100	6.3	450	-		CEN	Syl57
6AN8		2.3	0.55		330	165	330	0		1.0	0.25	±200	100	5.7- 6.9	450	-		MAX	Tse62
6AN8A		2.0	0.5		300	150	300	0		1.0	0.25	±200	100	6.3	450	11		CEN	Syl57
6AN8A		2.3	0.55		330	165	330	0		1.0	0.25	±200	100	6.3	423- 477	11		MAX	Rca61
19Q9		3.0	0.55		330	165	330	0		1.0	0.25	±200	100	18.9	150	17		MAX	Syl62
		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Rg1 @Rk	Rg1 @Ug1	Ufk (PK)	Ufk– (DC)	Uf	If	tf		Rate	20479
		W	W		V	V	V	V		MOHM		V	V	V	mA	s		Rate	20479


		Pa	Pg2		Ua	Ug2		Ik	Rg1	Ufk	Uf	tf	Tamb	Tb		Ref *?
		W	W		V	V		mA	MOHM	V	V	s	°C	°C		Ref *?
6K4P		3.0	0.6		300	125		20	0.5	±90	5.7/6.9	-	–45/+70	-		Ccc77
6K4P-EW		3.0	0.6		300	125		20	0.5	90	5.7/7.0	30	–60/+90	160		Ccc77
		Pa	Pg2		Ua	Ug2		Ik	Rg1	Ufk	Uf	tf	Tamb	Tb		14815
		W	W		V	V		mA	MOHM	V	V	s	°C	°C		14815


		Pa	Pg2		Ua	Ug2	Ug1		Ik	Ik (PK)	Rg1	Ufk (PK)	Ufk– (DC)	Uf		Rate	Ref *?
		W	W		V	V	V		mA	A	MOHM	V	V	V		Rate	Ref *?
6GH8A		2.5	0.55		350	330	–175 ... 0		20	0.3	2.2	±200	100	5.7- 6.9		MAX	Get58
		Pa	Pg2		Ua	Ug2	Ug1		Ik	Ik (PK)	Rg1	Ufk (PK)	Ufk– (DC)	Uf		Rate	15094
		W	W		V	V	V		mA	A	MOHM	V	V	V		Rate	15094


		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1	Ufk	Uf	If	Tb		Rate	Ref *?
		W	W		V	V	V	V	V		mA	MOHM	V	V	mA	°C		Rate	Ref *?
6J10B-WR		2.1	1.5		150	300	150	300	-		30	1.0	±120	6.0- 6.6	270- 330	180			Mel85
6J5B-W		2.6	0.8		150	300	150	300	–50		28	1.0	±150	5.7- 6.9	225- 275	170			Kaz68 Orz75
6J8		2.8	0.7		330	-	140	-	-		-	-	100	5.7- 6.9	275- 325	-			Ccc
		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1	Ufk	Uf	If	Tb		Rate	17286
		W	W		V	V	V	V	V		mA	MOHM	V	V	mA	°C		Rate	17286

Pa = 3.0 ... 4.0 W

		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1	Rg1 @Rk	Ufk		Rate	Ref *?
		W	W		V	V	V	V	V		mA	MOHM		V		Rate	Ref *?
EF42		3.5	0.7		300	550	300	550	–100		25	-	1.0	100		CEN	Phi53
EF43		3.75	0.7		300	550	250	550	-		20	1.0	-	100		CEN	Phi51
UF43		3.75	0.7		300	550	250	550	-		20	1.0	-	150		CEN	Phi52
6F14		4.0	1.0		250	-	250	-	-		-	-	-	150			Mik60
		Pa	Pg2		Ua	Uao	Ug2	Ug2o	Ug1		Ik	Rg1	Rg1 @Rk	Ufk		Rate	14467
		W	W		V	V	V	V	V		mA	MOHM		V		Rate	14467


		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Ik	Ufk	Ufk (PK)	Ufk– (DC)		Rate	Ref *?
		W	W		V	V	V	V		mA	V	V	V		Rate	Ref *?
6EW6		3.1	0.65		330	165	330	0		-	-	±200	100		MAX	G2 Get58
6AH6		3.2	0.4		300	150	300	-		13	90	-	-		CEN	Get51 Tse62
6485		3.2	0.6		300	150	-	-		25	-	-	-		CEN	Ray55
6SK7		4.0	0.4		300	150	300	0		-	±90	-	-		CEN	G2 Get53
		Pa	Pg2		Ua	Ug2	Ubg2	Ug1		Ik	Ufk	Ufk (PK)	Ufk– (DC)		Rate	15836
		W	W		V	V	V	V		mA	V	V	V		Rate	15836


		Pa	Pg2		Ua	Ug2	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	If	Tb		Rate	Ref *?
		W	W		V	V	V		mA	kOHM		V	mA	°C		Rate	Ref *?
5847		3.0	0.75		-	-	-		35	100	-	-	-	120			Lme58
5847		3.3	0.85		200	165	–25 ... 0		40	100	50	55	280- 320	150		ABS	Lme
		Pa	Pg2		Ua	Ug2	Ug1		Ik	Rg1 @Rk	Rg1 @Ug1	Ufk	If	Tb		Rate	17287
		W	W		V	V	V		mA	kOHM		V	mA	°C		Rate	17287

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