TRIARC0 • Trioden im RC-Kopplung • Resistance-Coupled Triodes

KyteLabs InfoBase - Electron Tubes & Valves Data

Last modified: 2021-11-16 (20467)

3	Niederfrequenz-Spannungsverstärker in RC-Kopplung Resistance-Coupled, Audio-Frequency Voltage Amplifiers

3.1	Tabellen für ein Triodensystem Charts for One Triode Unit

V < 9.0

		Ub	Rg	RaL	Rk	Rg1'		V	Ua~		Cg	Ca	Ck		Ref *?
		V	MOHM	kOHM		MOHM			V.RMS		nF	nF	µF		Ref *?
37		250	-	100	11	-		7.0	-		-	-	-		Tse39
		Ub	Ug	Uf	RaL	Ia		V	Ua~		k	Cg	Ca		15621
		V	MOHM	kOHM		MOHM			V.RMS		nF	nF	µF		15621

V = 9.0 ... 15

		Ub	Ug	Uf	RaL	Ia		V	Ua~	k		Cg	Ca		Ref *?
		V	V	V	kOHM	mA			V.RMS	%		nF	nF		Ref *?
KBC1		90	–2.0	2.0	50	0.6		10	3.0	1.6					Phi40
					100	0.36		11	3.0	1.3
					200	0.19		11	3.0	1.3
		135	–2.0	2.0	50	1.25		11	5.0	1.3
					100	0.69		12	5.0	1.2
					200	0.35		12.5	5.0	1.2
		Ub	Ug	Uf	RaL	Ia		V	Ua~	k		Cg	Ca		20467
		V	V	V	kOHM	µA			V.RMS	%		nF	nF		20467

		Ub Uf	Rg	RaL	Rg1'		Ua	Ia		V	Ua~	Ug~	k		Ref *?

		V	MOHM	kOHM	MOHM		V	µA			V.RMS		%		Ref *?
5904		21	2.2	22	2.0		12.6	380		10.5	1.05	0.1	2.5		Ci2 Syl57
				22	2.0		12.6	380		9.7	1.75	0.18	4.8
				100	2.0		8.6	124		11.5	1.15	0.1	1.5
				100	2.0		8.6	124		10.5	3.15	0.3	4.8
		26.5	2.2	22	2.0		13.7	580		11.0	1.1	0.1	1.9
				22	2.0		13.7	580		10.4	2.6	0.25	4.8
				100	2.0		9.1	174		12.0	1.2	0.1	1.0
				100	2.0		9.1	174		11.0	4.5	0.41	4.8
		30	2.2	22	2.0		14.6	700		12.1	1.21	0.1	1.6
				22	2.0		14.6	700		11.1	3.32	0.3	4.9
				100	2.0		9.4	206		12.5	1.25	0.1	0.8
				100	2.0		9.4	206		11.2	5.5	0.49	5.0
		Ub Uf	Rg	RaL	Rg1'		Ua	Ia		V	Ua~	Ug~	k		20467
		V	MOHM	kOHM	MOHM		V	µA			V.RMS		%		20467


	Ub	Zg	Rg	RaL	Rk	Rg1'	V @ Ua~		Ua~ @ k			Ref *?
6111	90	200	100	100	2.4	0.1	13		2.0	8.4		5.0	Ci3 86 Get56
				100	3.1	0.24	14			12
				240	6.2	0.24	14			10
				240	7.8	0.51	14			13
				510	14	0.51	13			11
				510	19	1.0	13			14
	150	200	100	100	2.1	0.1	14		2.0	16		5.0
				100	2.8	0.24	15			22
				240	5.6	0.24	15			19
				240	7.2	0.51	15			25
				510	13	0.51	14			21
				510	17	1.0	14			26
	225	200	100	100	1.9	0.1	15		2.0	25		5.0
				100	2.6	0.24	16			34
				240	5.2	0.24	16			30
				240	7.0	0.51	15			38
				510	12	0.51	15			32
				510	16	1.0	15			40
	V	OHM	kOHM			MOHM			V.RMS	V.RMS		%	14678
	Ub	Zg	Rg	RaL	Rk	Rg1'	V @ Ua~		Ua~ @ k			Ref *?
6111	90	100	100	100	3.2	0.1	13		2.0	11		5.0	Ci3 86 Get56
				100	4.2	0.24	14			15
				240	8.4	0.24	13			13
				240	10	0.51	13			16
				510	17	0.51	13			13
				510	21	1.0	13			17
	150	100	100	100	2.5	0.1	14		2.0	21		5.0
				100	3.4	0.24	15			28
				240	6.8	0.24	14			24
				240	8.7	0.51	15			29
				510	15	0.51	14			25
				510	19	1.0	14			30
	225	100	100	100	2.1	0.1	15		2.0	32		5.0
				100	3.0	0.24	15			43
				240	6.0	0.24	15			36
				240	7.8	0.51	15			45
				510	13	0.51	15			38
				510	17	1.0	15			47
	V	kOHM	kOHM			MOHM			V.RMS	V.RMS		%	14679


		ECC82					Ci1 Rfr55					15509
Ca Cg	Ck	Rg	RaL	Rg1'	Rk		Ub	Ua	Ug	Ia		V	Ua~	Ug~	k
10	50	1.0	50	160	1.0		100	35	–1.3	1.3		13.5	9.5	0.7	5.6
							150	55	–1.9	1.9		13.5	18	1.3	6.0
							200	75	–2.5	2.5		13.5	26	1.9	6.3
							250	95	–3.1	3.1		13.5	34	2.5	6.4
							300	115	–3.7	3.7		13.5	42	3.1	6.5
							350	130	–4.4	4.4		13.5	51	3.8	6.6
							400	145	–5.1	5.1		13.5	59	4.3	6.7
			100	300	2.0		100	30	–1.4	0.70		14	10	0.71	5.0
							150	45	–2.1	1.05		14	17	1.2	5.6
							200	65	–2.7	1.35		14	25	1.8	5.8
							250	82	–3.4	1.70		14	32	2.3	5.9
							300	98	–4.0	2.00		14	41	2.9	6.0
							350	114	–4.7	2.35		14	49	3.5	6.1
							400	129	–5.4	2.70		14	57	4.0	6.2
			200	700	4.0		100	28	–1.5	0.37		14.5	8.0	0.55	4.0
							150	38	–2.15	0.54		14.5	15	1.03	4.4
							200	52	–2.9	0.73		14.5	22	1.52	4.6
							250	67	–3.6	0.90		14.5	28	1.93	4.8
							300	82	–4.3	1.08		14.5	36	2.5	4.9
							350	97	–5.0	1.26		14.5	43	3.0	5.0
							400	112	–5.7	1.43		14.5	50	3.6	5.1
nF	µF	MOHM	kOHM				V	V	V	mA			V.RMS		%

		ECC82 - ECC186					1 Ci1 Phi69 Val62					15509
Ca Cg	Ck	Rg	RaL	Rg1'	Rk		Ub	Ua	Ug	Ia		V	Ua~	Ug~	k
10	50	1.0	47	150	1.2		100	42.2	–1.44	1.20		13.5	11	0.82	5.6
							150	62.3	–2.18	1.82		13.5	18	1.33	6.1
							200	83.8	–2.89	2.41		13.5	26	1.93	6.3
							250	104	–3.62	3.02		13.5	34	2.52	6.4
							300	124	–4.38	3.65		13.5	43	3.19	6.5
							350	143	–5.16	4.30		13.5	51	3.78	6.6
							400	159	–6.0	5.00		13.5	59	4.37	6.7
			100	330	2.2		100	33	–1.45	0.66		14	10	0.71	4.8
							150	50	–2.16	0.98		14	17	1.21	5.6
							200	67	–2.86	1.30		14	25	1.79	5.8
							250	83	–3.59	1.63		14	32	2.29	5.9
							300	99	–4.33	1.97		14	41	2.93	6.0
							350	115	–5.06	2.30		14	49	3.50	6.1
							400	132	–5.76	2.62		14	57	4.07	6.2
			220	680	3.9		100	26.1	–1.29	0.33		14.5	8.0	0.55	4.0
							150	38.1	–1.95	0.50		14.5	15	1.03	4.4
							200	52.2	–2.57	0.66		14.5	22	1.52	4.6
							250	66.4	–3.20	0.82		14.5	28	1.93	4.8
							300	80.6	–3.82	0.98		14.5	36	2.48	4.9
							350	90.3	–4.52	1.16		14.5	43	2.97	5.0
							400	107	–5.11	1.31		14.5	50	3.45	5.1
nF	µF	MOHM	kOHM				V	V	V	mA			V.RMS		%


		ECC82						Ci4 Rfr55				15509
Ca	Cg	Ck	Rg	RaL	Rg1'	Rkk		Ub	Ug	Ikk		V	Ua~	Ug~	k
20	10	50	1.0	200	700	2.0		250	–3.6	1.82		180	15	0.14	2.0
20	10	50	1.0	200	700	2.0		350	–5.3	2.64		180	25	0.083	2.0
nF	nF	µF	MOHM	kOHM				V	V	mA			V.RMS		%
		ECC82						1 Ci4 Phi69				15509
Ca	Cg	Ck	Rg	RaL	Rg1'	Rkk		Ub	Ug	Ikk		V	Ua~	Ug~	k
10	10	50	1.0	220	680	1.8		250	–3.0	1.66		178	15	0.14	2.0
10	10	50	1.0	220	680	1.8		350	–4.2	2.33		178	25	0.084	2.0
nF	nF	µF	MOHM	kOHM				V	V	mA			V.RMS		%

V = 16 ... 25

		Ub	Ug	Uf	RaL	Ia		V	Ua~	k		Cg	Ca		Ref *?
		V	V	V	kOHM	µA			V.RMS	%		nF	nF		Ref *?
KC1		90	–1.5	2.0	200	110		14.3	7.0	4.0					Phi40
		90	–1.5	2.0	320	80		14.6	7.0	2.7
		90	–0.75	2.0	200	170		16.2	7.0	1.5
		90	–0.75	2.0	320	130		16.7	7.0	1.6
		135	–1.5	2.0	200	260		18	10	1.0
		135	–1.5	2.0	320	180		19	10	1.0
		135	–0.75	2.0	200	320		18.5	10	0.8
		135	–0.75	2.0	320	230		20	10	0.8
		Ub	Ug	Uf	RaL	Ia		V	Ua~	k		Cg	Ca		18917
		V	V	V	kOHM	µA			V.RMS	%		nF	nF		18917

		Ub	Uf	Rg	RaL	Rg1'		V	Ua~	k		Cg	Ca		Ref *?
		V	V	MOHM	kOHM	MOHM			V.RMS	%		nF	nF		Ref *?
DAC21		90	1.4	3.0	200	1.0		19	3.0	1.2		10	10		Ci5 Phi53
		90	1.4	3.0	500	1.0		23	3.0	1.0		10	10
		120	1.4	3.0	200	1.0		21	3.0	0.7		10	10
		120	1.4	3.0	500	1.0		25	3.0	0.5		10	10
		Ub	Uf	Rg	RaL	Rg1'		V	Ua~	k		Cg	Ca		16930
		V	V	MOHM	kOHM	MOHM			V.RMS	%		nF	nF		16930


		Ub	Ug	Uf	RaL	Ia		V	Ua~	k		Ua~	k		Ua~	k		Ref *?
		V	V	V	kOHM	µA			V.RMS	%		V.RMS	%		V.RMS	%		Ref *?
KC4		90	–1.5	2.0	50	320		13.5	3.0	2.8		3.3	1.5		5.0	4.0		Phi40
					100	230		16.5	3.0	1.7		3.3	1.1		5.0	2.9
					200	150		18.5	3.0	1.5		3.3	1.0		5.0	2.3
		135	–1.5	2.0	50	800		17.5	4.2	<1.0		5.0	<1.0		8.0	1.6
					100	520		20	4.2	<1.0		5.0	<1.0		8.0	1.3
					200	320		21.5	4.2	<1.0		5.0	<1.0		8.0	1.2
		Ub	Ug	Uf	RaL	Ia		V	Ua~	k		Ua~	k		Ua~	k		18919
		V	V	V	kOHM	µA			V.RMS	%		V.RMS	%		V.RMS	%		18919


		Ub	Rg	RaL	Rk	Rg1'		Ia	V	Ua~		Cg	Ca	Ck		Ref *?
		V	MOHM	kOHM		MOHM		mA		V.RMS		nF	nF	µF		Ref *?
VCL11		100	-	200	-	-		0.4	-	-		-	-	-		Tfk42
VCL11		200	-	200	-	-		0.85	-	-		-	-	-		Tfk42
CC2		100	-	200	16	-		-	-	-		-	-	-		Phi35 Rat49
		100	-	320	16	-		-	15	10
		150	-	320	16	-		-	16	14
		200	-	200	10	-		-	-	-
		200	-	320	16	-		-	13	14
		250	-	200	5.0	-		-	-	-
AC2		200	1.5	200	5.0	0.7		-	<18	-		10	10	25		Ci1 Phi35 Rat49
		200	1.5	320	10	-		-	18	-
		250	1.5	200	5.0	0.7		-	<20	-
		250	1.5	320	8.0	-		-	20	-
EBC11		100	-	50	2.0	0.7		0.95	17	-		-	10	8.0		Ci1 Tfk39
				100	3.0			0.6	18	-
				200	5.0			0.35	18	-
		200	-	50	2.0	0.7		1.8	17	-
				100	3.0			1.1	18	-
				200	5.0			0.65	18	-
		250	-	50	2.0	0.7		2.3	17	-
				100	3.0			1.4	18	-
				200	5.0			0.75	18	-
		Ub	Rg	RaL	Rk	Rg1'		Ia	V	Ua~		Cg	Ca	Ck		18156
		V	MOHM	kOHM		MOHM		mA		V.RMS		nF	nF	µF		18156


	Ub	Rg	RaL	Rk	Rg1'	Ua		Ug	Ia	V		Ua~	Ug~	k	Ref *?
6021	100	270	47	1.5	0.1	58.8		–1.27	850	20.1		2.01	0.1	1.4	Ci1 Syl57
				1.5	0.1	58.8		–1.27	850	20.0		9.4	0.47	5.0
				1.5	0.27	58.2		–1.29	860	21.4		2.14	0.1	1.4
				1.5	0.27	58.2		–1.29	860	21.2		12.1	0.57	5.0
			100	2.2	0.1	47.9		–1.12	510	20.4		2.04	0.1	1.4
				2.2	0.1	47.9		–1.12	510	20.2		8.5	0.42	4.7
				3.3	0.47	54.5		–1.45	440	21.8		2.18	0.1	2.4
				3.3	0.47	54.5		–1.45	440	21.4		13.5	0.63	5.0
			270	6.8	0.27	47.4		–1.29	190	20.5		2.05	0.1	1.4
				6.8	0.27	47.4		–1.29	190	20.0		11	0.55	5.0
				8.2	0.47	49.8		–1.48	180	21.0		2.1	0.1	2.3
				8.2	0.47	49.8		–1.48	180	20.5		12.8	0.62	5.0
			470	12	0.47	44.6		–1.38	115	20.4		2.04	0.1	2.4
				12	0.47	44.6		–1.38	115	20.2		11.7	0.58	5.0
				16	1.0	51.4		–1.60	100	21.4		2.14	0.1	1.5
				16	1.0	51.4		–1.60	100	20.5		16	0.78	5.0
	V	kOHM			MOHM	V		V	µA			V.RMS		%	14678
	Ub	Rg	RaL	Rk	Rg1'	Ua		Ug	Ia	V		Ua~	Ug~	k	Ref *?
6021	200	270	47	1.0	0.1	101.6		–2.05	2.05	23.4		2.34	0.1	1.2	Ci1 Syl57
				1.0	0.1	101.6		–2.05	2.05	23.3		26.8	1.15	5.0
				1.2	0.27	106.2		–2.34	1.95	24.2		2.42	0.1	1.3
				1.2	0.27	106.2		–2.34	1.95	23.8		32.1	1.35	5.0
			100	1.5	0.1	78.2		–1.80	1.2	23.6		2.36	0.1	1.3
				1.5	0.1	78.2		–1.80	1.2	23.5		22.8	0.97	5.0
				2.7	0.47	99.4		–2.65	0.98	24.0		2.4	0.1	1.4
				2.7	0.47	99.4		–2.65	0.98	23.8		33.5	1.41	5.0
			270	4.7	0.27	76.9		–2.12	0.45	23.0		2.3	0.1	1.3
				4.7	0.27	76.9		–2.12	0.45	23.0		26.5	1.15	5.0
				5.6	0.47	81.6		–2.40	0.43	23.6		2.36	0.1	1.3
				5.6	0.47	81.6		–2.40	0.43	23.3		31.5	1.35	4.9
			470	9.1	0.47	75.6		–2.36	0.26	22.8		2.28	0.1	1.3
				9.1	0.47	75.6		–2.36	0.26	22.6		27.2	1.2	4.8
				12	1.0	84.1		–2.88	0.24	22.9		2.29	0.1	1.4
				12	1.0	84.1		–2.88	0.24	22.6		36	1.6	5.0
	V	kOHM			MOHM	V		V	mA			V.RMS		%	14678


	Ub	Zg	Rg	RaL	Rk	Rg1'	V @ Ua~		Ua~ @ k			Ref *?
6021	90	200	100	100	1.9	0.1	18		2.0	7.3		5.0	Ci3 86 Get56
				100	2.3	0.24	20			11
				240	4.7	0.24	19			9.6
				240	5.6	0.51	19			13
				510	10	0.51	18			11
				510	13	1.0	19			14
	150	200	100	100	1.4	0.1	20		2.0	14		5.0
				100	1.8	0.24	22			19
				240	3.8	0.24	20			18
				240	4.7	0.51	21			23
				510	9.0	0.51	20			20
				510	11	1.0	20			25
	225	200	100	100	1.3	0.1	22		2.0	22		5.0
				100	1.6	0.24	22			30
				240	3.4	0.24	22			27
				240	4.3	0.51	22			35
				510	8.3	0.51	21			31
				510	10	1.0	21			39
	V	OHM	kOHM			MOHM			V.RMS	V.RMS		%	14679
	Ub	Zg	Rg	RaL	Rk	Rg1'	V @ Ua~		Ua~ @ k			Ref *?
6021	90	100	100	100	2.5	0.1	17		2.0	9.8		5.0	Ci3 86 Get56
				100	3.1	0.24	18			13
				240	6.2	0.24	18			12
				240	7.5	0.51	18			15
				510	13	0.51	18			13
				510	16	1.0	18			16
	150	100	100	100	1.8	0.1	20		2.0	18		5.0
				100	2.3	0.24	21			25
				240	4.8	0.24	20			22
				240	6.0	0.51	20			27
				510	10	0.51	20			24
				510	13	1.0	19			30
	225	100	100	100	1.4	0.1	22		2.0	29		5.0
				100	1.9	0.24	22			39
				240	4.0	0.24	21			34
				240	5.2	0.51	21			43
				510	9.0	0.51	21			37
				510	12	1.0	21			46
	V	kOHM	kOHM			MOHM			V.RMS	V.RMS		%	14679

V = 36 ... 55

		Ub	Rg	RaL	Rk	Rg1'		Ua	Ug	Ia		V	Ua~	Ug~	k		Ref *?
6112		100	270	100	2.2	0.27		61.7	–825	375		39.0	3.90	0.1	2.04		Ci1 Syl57
					2.2	0.27		61.7	–825	375		38.3	9.2	0.24	5.00
					2.2	0.47		62.2	–813	370		40.5	4.05	0.1	2.20
					2.2	0.47		62.2	–813	370		40.0	10.4	0.26	4.95
				270	4.7	0.47		52.0	–822	175		42.0	4.20	0.1	2.15
					4.7	0.47		52.0	–822	175		41.5	10.8	0.26	4.90
					4.7	1.0		52.0	–822	175		45.0	4.50	0.1	1.80
					4.7	1.0		52.0	–822	175		44.2	12.4	0.28	4.25
				470	6.8	0.47		47.5	–750	110		41.5	4.15	0.1	2.20
					6.8	0.47		47.5	–750	110		41.2	10.3	0.25	5.00
					8.2	1.0		49.8	–862	105		44.2	4.42	0.1	1.95
					8.2	1.0		49.8	–862	105		43.4	13.9	0.32	5.00
		V	kOHM			MOHM		V	mV	µA			V.RMS		%		14679

		Ub	Rg	RaL	Rk	Rg1'		Ua	Ug	Ia		V	Ua~	Ug~	k		Ref *?
6112		200	270	100	1.2	0.27		106.9	–1.10	920		48.0	4.8	0.1	0.90		Ci1 Syl57
					1.2	0.27		106.9	–1.10	920		47.5	26.1	0.55	4.95
					1.5	0.47		114.2	–1.27	845		48.0	4.8	0.1	1.42
					1.5	0.47		114.2	–1.27	845		48.0	27.8	0.58	5.00
				270	3.3	0.47		94.7	–1.27	385		49.5	4.95	0.1	1.43
					3.3	0.47		94.7	–1.27	385		49.6	27.8	0.58	4.95
					3.9	1.0		100.1	–1.42	365		51.0	5.1	0.1	1.46
					3.9	1.0		100.1	–1.42	365		50.0	33	0.66	5.00
				470	4.7	0.47		81.8	–1.17	250		49.5	4.95	0.1	1.50
					4.7	0.47		81.8	–1.17	250		48.6	25.3	0.52	5.00
					5.6	1.0		88.2	–1.31	235		51.5	5.15	0.1	1.58
					5.6	1.0		88.2	–1.31	235		50.5	33.9	0.67	5.00
		V	kOHM			MOHM		V	V	µA			V.RMS		%		14679


		Ub	Rg	RaL	Rg1'		Ua	Ia		V	Ua~	Ug~	k		Ref *?
6112		100	270	100	0.27		59	410		40.0	4.0	0.1	2.2		Ci2 Syl57
					0.27		59	410		37.4	8.6	0.23	5.0
					0.47		59	410		42.0	4.2	0.1	2.0
					0.47		59	410		37.8	9.45	0.25	5.0
				270	0.47		48.7	190		44.0	4.4	0.1	2.2
					0.47		48.7	190		41.6	10.4	0.25	5.0
					1.0		48.7	190		45.0	4.5	0.1	1.9
					1.0		48.7	190		41.3	12.8	0.31	4.9
				470	0.47		43.7	120		42.8	4.28	0.1	2.35
					0.47		43.7	120		40.4	9.3	0.23	5.0
					1.0		43.7	120		46.0	4.6	0.1	1.95
					1.0		43.7	120		43.0	12.9	0.3	5.0
		V	kOHM		MOHM		V	µA			V.RMS		%		14679

		Ub	Rg	RaL	Rg1'		Ua	Ia		V	Ua~	Ug~	k		Ref *?
6112		200	270	100	0.27		86	1.14		50.0	5.0	0.1	1.6		Ci2 Syl57
					0.27		86	1.14		46.7	25.2	0.54	5.0
					0.47		86	1.14		53.5	5.35	0.1	1.6
					0.47		86	1.14		48.2	28	0.58	5.0
				270	0.47		65	0.50		55.0	5.5	0.1	1.6
					0.47		65	0.50		49.7	27.8	0.56	5.0
					1.0		65	0.50		57.5	5.75	0.1	1.6
					1.0		65	0.50		51.2	33.3	0.65	5.0
				470	0.47		54	0.31		53.0	5.3	0.1	1.7
					0.47		54	0.31		48.8	24.9	0.51	5.0
					1.0		54	0.31		56.5	5.65	0.1	1.6
					1.0		54	0.31		50.8	33	0.65	5.0
		V	kOHM		MOHM		V	mA			V.RMS		%		14679


		Ub	Zg	Rg	RaL	Rg1'		V	Ua~	k		Ca		Ref *?
6F5 6SF5		100	0	10	250	0.5		48	7.0	5.0		10		Tse42
		100				1.0		52	8.5			5.0
		300				0.5		66	44			10
		300				1.0		71	50			5.0
		V	MOHM		kOHM	MOHM			V.RMS	%		nF		15607

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