Das Bremsgitter g3 ist mit der Katode verbunden, wenn eine explizite Angabe von Ug3 fehlt.
The suppressor grid g3 is tied to the cathode unless a value of Ug3 is specified.

Indirekt geheizte Typen - Indirectly-Heated Types

V = 51 ... 82
		Ub Uf	Rg1	RaL	Rg2	Rg1'		Ua	Ug2	Ia	Ig2		V	Ua~	Ug1~	k		Ref *?
5905		21	2.2	0.27	0.68	2.0		7.5	6.7	50	21		-	0	0	-		Ci3 Syl57
													60	3.0	0.05	4.2
													51	3.6	0.07	6.2
				0.47	1.2	2.0		6.4	5.4	31	13		-	0	0	-
													62	3.1	0.05	4.4
													60	3.6	0.06	5.3
		26.5	2.2	0.27	0.68	2.0		8.1	6.8	68	29		-	0	0	-
													68	3.4	0.05	3.1
													59	4.1	0.07	4.9
				0.47	1.2	2.0		6.8	6.1	42	17		-	0	0	-
													76	3.8	0.05	3.8
													70	4.2	0.06	4.9
		30	2.2	0.27	0.68	2.0		7.8	6.9	82	34		-	0	0	-
													76	3.8	0.05	2.4
													71	5.0	0.07	4.8
				0.47	1.2	2.0		6.5	6.0	50	20		-	0	0	-
													82	4.1	0.05	4.3
													78	4.7	0.06	5.5
		V	MOHM					V	V	µA	µA			V.RMS		%		14676

V = 66 ... 236
		5906					Ci1 Syl57						14687
Ub	Rg1	RaL	Rg2	Rg1'	Rk		Ua	Ug2	Ug1	Ia	Ig2		V	Ua~	Ug1~	k
100	0.27	0.1	0.22	0.27	0.82		25.0	35.8	–0.855	750	292		82	8.2	0.10	2.8
													77	17.7	0.23	4.9
				0.47	0.82		25.0	35.8	–0.855	750	292		90	9.0	0.10	3.8
													85	18.6	0.22	4.8
		0.27	0.68	0.47	2.2		26.3	31.4	–0.825	273	102		95	9.5	0.10	2.5
													91	13.6	0.15	4.7
				1.0	2.2		26.3	31.4	–0.825	273	102		118	11.8	0.10	3.0
													106	17.0	0.16	4.4
		0.47	1.2	0.47	3.3		22.9	25.5	–0.746	164	62		92	9.2	0.10	3.1
													92	11.0	0.12	4.8
				1.0	3.3		22.9	25.5	–0.746	164	62		117	11.7	0.10	2.3
													114	16.0	0.14	5.0
150	0.27	0.1	0.27	0.27	0.56		37.0	39.3	–0.862	1130	410		115	11.5	0.10	1.5
													109	21.7	0.20	4.8
				0.47	0.56		37.0	39.3	–0.862	1130	410		125	12.5	0.10	2.2
													120	21.7	0.18	5.0
		0.27	0.82	0.47	1.5		36.7	32.8	–0.845	420	143		132	13.2	0.10	2.4
													128	20.5	0.16	4.9
				1.0	1.5		36.7	32.8	–0.845	420	143		155	15.5	0.10	2.4
													150	24.0	0.16	4.8
		0.47	1.5	0.47	2.2		34.0	25.6	–0.726	247	83		130	13.0	0.10	3.7
													127	14.0	0.11	4.2
				1.0	2.2		34.0	25.6	–0.726	247	83		167	16.7	0.10	3.0
													159	22.2	0.14	4.8
V	MOHM				kOHM		V	V	V	µA	µA			V.RMS		%
		6788				Ci1 Syl57					14677
Ub	Rg1	RaL	Rg2	Rg1'	Rk	Ua	Ug2	Ug1	Ia	Ig2	V	Ua~	Ug1~	k
100	0.27	0.1	0.82	0.27	1.8	59.2	54.1	–0.82	400	55	66	3.3	0.05	2.0
											65.5	5.9	0.09	3.4
				0.47	1.8	59.2	55	–0.82	400	54	73	3.65	0.05	2.0
											72.8	7.28	0.10	3.8
		0.27	2.2	0.47	4.7	51.2	46.2	–0.95	177	24	90	4.5	0.05	3.9
											90	6.3	0.07	5.0
				1.0	3.9	49.1	46.4	–0.83	187	26	118	5.9	0.05	3.75
											117	8.2	0.07	5.0
		0.47	3.9	0.47	6.8	44.6	38.7	–0.91	118	16	94	4.7	0.05	4.6
											93	5.6	0.06	5.0
				1.0	6.8	44.6	38.7	–0.89	116	16	124	6.2	0.05	4.25
											122	7.35	0.06	5.0
250	0.27	0.1	0.82	0.27	0.56	113	96	–0.87	1360	190	93	9.3	0.10	0.9
											92	16.6	0.18	1.4
				0.47	1.0	129	113	–1.36	1160	170	101	10.1	0.10	1.0
											96	45	0.47	5.0
		0.27	2.2	0.47	1.5	87	72	–1.02	575	82	162	16.2	0.10	1.8
											156	39	0.25	4.8
				1.0	1.2	85	66	–0.83	610	83	198	19.8	0.10	1.15
											198	25.7	0.13	1.7
		0.47	3.9	0.47	2.2	76	56	–0.92	365	50	182	18.2	0.10	3.7
											181	25.3	0.14	5.0
				1.0	2.2	76	56	–0.92	367	50	236	23.6	0.10	3.2
											224	38	0.17	5.0
V	MOHM				kOHM	V	V	V	µA	µA		V.RMS		%

Direkt geheizte Typen - Directly-Heated Types

V = 31 ... 50
		Ub	Rg1		Ua~		V	Ua~	k		RaL	Rg2	Rg1'		Ref *?
		V	MOHM		V.PK			V.PK	%		MOHM
1L4		45	1.0		17		30	6.0	2.0		0.5	0.66	-		425 Bri58
		67.5	1.0		30		45	6.0	2.0		0.5	1.5	-
		90	1.0		35		55	6.0	2.0		1.0	2.0	-
1T4		45	1.0		7.5		30	-	-		0.5	0.75	-		425 Bri58
		67.5	1.0		15		50	-	-		0.5	1.0	-
		90	1.0		20		56	-	-		0.5	1.0	-
		Ub	Rg1		Ua~		V	Ua~	k		RaL	Rg2	Rg1'		16160
		V	MOHM		V.PK			V.PK	%		MOHM

V = 51 ... 80
		Ub	Rg1		V	Ua~		Ua~	k		RaL	Rg2	Rg1'		Ref *?
		V	MOHM			V.RMS		V.RMS	%		MOHM
1S5		45	10		18	2.0		6.4	5.0		0.24	0.5	0.24		365 Ci6 Get51
					24			8.0				0.5	0.51
					28			8.4				0.6	1.0
					25	2.0		5.9	5.0		0.51	1.1	0.51
					29			6.5				1.2	0.75
					32			6.6				1.4	1.0
					29	2.0		5.1	5.0		0.75	1.9	0.75
					32			5.2			0.75	2.0	1.0
					31			4.3			1.0	2.7	1.0
		90	10		29	2.0		13	5.0		0.24	0.8	0.24
					38			15				0.9	0.51
					45			17				1.0	1.0
					40	2.0		12	5.0		0.51	1.9	0.51
					46			13				2.0	0.75
					51			14				2.2	1.0
					47	2.0		11	5.0		0.75	2.9	0.75
					52			11			0.75	3.0	1.0
					50			9.0			1.0	3.9	1.0
		135	10		38	2.0		20	5.0		0.24	1.0	0.24
					40			25				1.1	0.51
					55			28				1.2	1.0
					52	2.0		19	5.0		0.51	2.3	0.51
					61			22				2.0	0.75
					65			22				2.5	1.0
					61	2.0		18	5.0		0.75	3.2	0.75
					67			18			0.75	3.4	1.0
					66			15			1.0	4.6	1.0
		Ub	Rg1		V	Ua~		Ua~	k		RaL	Rg2	Rg1'		14554
		V	MOHM			V.RMS		V.RMS	%		MOHM

		Ub	Ib		V	Ua~	k		RaL	Rg2	Rg1	Rg1'		Ca	Cg2	Cg1		Ref *?
		V	µA			V.RMS	%		MOHM					nF	µF	nF
DAF91		45	70		38	5.0	4.0		0.47	1.8	10	1.0		10	0.47	10		Ci6 Phi53
			60		37		5.0		0.47	2.2
			40		42		5.0		1.0	3.9
			30		40		8.0		1.0	4.7
		67.5	125		50	5.0	1.0		0.47	1.8	10	1.0		10	0.47	10
			115		50		1.0		0.47	2.2
			60		55		3.0		1.0	3.9
			55		55		2.5		1.0	4.7
		90	170		56	5.0	1.0		0.47	1.8	10	1.0		10	0.47	10
			160		57		1.0		0.47	2.2
			85		60		2.0		1.0	3.9
			80		64		1.7		1.0	4.7
		120	260		60	5.0	3.0		0.47	1.8	10	1.0		10	0.47	10
			240		66		1.0		0.47	2.2
			115		66		1.8		1.0	3.9
			110		70		1.5		1.0	4.7
		Ub	Ib		V	Ua~	k		RaL	Rg2	Rg1	Rg1'		Ca	Cg2	Cg1		16144
		V	µA			V.RMS	%		MOHM					nF	µF	nF

		Ub	Ia	Ig2		V	Ua~	k		RaL	Rg2	Rg1	Rg1'		Ca	Cg2	Cg1		Ref *?
		V	µA	µA			V.RMS	%		MOHM					nF	µF	nF
DAF96		45	48	15.5		35	5.0	4.5		0.47	1.2	10	1.0						Ci6 Val61
						39		3.5					1.5
		64	42	13		50	5.0	3.5		1.0	2.7	10	1.0
						63		1.8					2.2
		85	64	21		55	5.0	1.4		1.0	2.7	10	1.0
						70		2.4					2.2
		Ub	Ia	Ig2		V	Ua~	k		RaL	Rg2	Rg1	Rg1'		Ca	Cg2	Cg1		16144
		V	µ	µA			V.RMS	%		MOHM					nF	µF	nF

V = 81 ... 120
		Ub	Rg1		V	Ua~		Ua~	k		RaL	Rg2	Rg1'		Ref *?
		V	MOHM			V.RMS		V.RMS	%		MOHM
1U4		45	10		26	2.0		8.1	5.0		0.24	0	0.24		365 Ci6 Get57
					34			9.6				0.02	0.51
					39			10				0.03	1.0
					42	2.0		7.1	5.0		0.51	0.42	0.51
					48			7.9				0.47	0.75
					51			8.1				0.5	1.0
					47	2.0		6.3	5.0		0.75	0.83	0.75
					51			6.5			0.75	0.9	1.0
					48			5.0			1.0	1.4	1.0
		90	10		43	2.0		18	5.0		0.24	0.26	0.24
					55			20				0.3	0.51
					62			22				0.33	1.0
					61	2.0		15	5.0		0.51	0.93	0.51
					76			17				1.0	0.75
					82			18				1.1	1.0
					75	2.0		14	5.0		0.75	1.6	0.75
					82			15			0.75	1.8	1.0
					79			12			1.0	2.6	1.0
		135	10		57	2.0		28	5.0		0.24	0.37	0.24
					67			32				0.41	0.51
					75			34				0.45	1.0
					80	2.0		22	5.0		0.51	1.2	0.51
					102			26				1.3	0.75
					108			27				1.4	1.0
					101	2.0		22	5.0		0.75	2.0	0.75
					108			22			0.75	2.1	1.0
					106			17			1.0	3.1	1.0
		Ub	Rg1		V	Ua~		Ua~	k		RaL	Rg2	Rg1'		14554
		V	MOHM			V.RMS		V.RMS	%		MOHM

Copyright © 2016Franz Hamberger, Berlin, Germany

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