KyteLabs InfoBase - Electron Tubes & Valves Data

Last modified: 2016-11-25 (18650)

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2	Statische Verstärker-Kenndaten Class-A Amplifier Static Characteristics

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2.1	Trioden Single Triodes
2.1.1	Universell verwendbare Typen General-Purpose Types

µ = 1.0 ... 10
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		OHM		V	V	mA
6080		100	–30	300	100	6.5	2.0	300		105	–60	5.0		Val63
										35	0	125
EC360		50	–3.0	15	200	21	2.5	115						Rft59
		60	–7.0	35	200	20	2.5	120
71A		90	–16.5	1600	10	1.4	3.0	2170						411 Rca37
		135	–27	1700	17.3	1.65	3.0	1820
		180	–40.5	2150	20	1.7	3.0	1750
183		250	–60	1500	25	1.8	3.2	1800						Tse39
45		180	–31.5	1020	31	2.125	3.5	1650						31 34 Rca37
		250	–50	1470	34	2.175	3.5	1610
		275	–56	1550	36	2.05	3.5	1700
ED8000		100	–12.5	83	150	16	3.6	220		50	0	150		Tfk65
50		300	–54	1543	35	1.9	3.8	2000						31 Tse40
		350	–63	1400	45	2.0	3.8	1900						31 34 Rca37 Tse40
		400	–70	1275	55	2.1	3.8	1800
		450	–84	1530	55	2.1	3.8	1800
AD1		250	–45	750	60	6.0	4.0	670						Phi59
2A3  6A5G		250	–45	750	60	5.25	4.2	800						31 Rca37 Tse45 Syl43 Syl49
6A3  6B4G		250	–45	-	60	5.25	4.2	800						31 Tse40 Tse38
6CY7  II		150	-	620	30	5.4	5.0	920		150	–40	0.2		Rca59
		150	–30	-	3.5	-	-	-		60	0	80		174
6GL7  II		175	–25	543	46	6.4	5.0	780		175	–60	0.2		Rca65
										60	0	100		273
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		OHM		V	V	mA
6GE8		150	–21	600	35	5.0	5.4	1080		150	–42	0.5		Tse60
										50	0	70
6EM7  II 6GF7		150	–20	400	50	7.2	5.4	750		150	–45	0.1		Rca61 Rca63
		150	–28	-	10	-	-	-		60	0	95
6FM7  II		175	–25	625	40	6.0	5.5	920		175	–45	0.2		Rca65
										60	0	95		273
6DE7  II 6DR7		150	–17.5	500	35	6.5	6.0	925		150	–44	0.05		Rca62 Rca59
		150	–24	-	10	-	-	-		60	0	80		174
6FY7  II		150	–17.5	500	35	6.5	6.0	920		150	–36	0.05		Rca65
		150	–25	-	6.0	-	-	-		60	0	95		273
6FD7  II		150	–17.5	438	40	7.5	6.0	800		150	–40	0.1		Rca62
		150	-	-	1.0	0.5	-	-		150	–25	6.0
										60	0	95		174
6EW7  II 10EG7		150	–17.5	389	45	7.5	6.0	800		150	–40	0.1		Rca62 Rca61
		150	–25	-	8.0	-	-	-		60	0	95		174
AD100		250	–26.5	663	40	4.5	6.5	1400		150	0	110		Tfk
10		250	–23.5	2350	10	1.33	8.0	6000						31 410 Rca37 Tse45
		350	–32	2000	16	1.55	8.0	5150
		425	–40	2220	18	1.6	8.0	5000
26		90	–7.0	-	2.9	0.935	8.3	8900						31 Rca37 Tse46
		135	–10	-	5.5	1.1	8.3	7600
		180	–14.5	-	6.2	1.15	8.3	7300
5556		350	–20	1053	19	1.33	8.5	6400						Rca61
		350	–30	-	9.0	0.98	-	8700						DC Rca46
27		90	–6.0	-	2.7	0.82	9.0	11000						Rca37 Tse46
		135	–9.0	-	4.5	1.0	9.0	9000
		180	–13.5	-	5.0	1.0	9.0	9000
		250	–21	-	5.2	0.975	9.0	9250
37		90	–6.0	-	2.5	0.8	9.2	11500						Rca37 Tse39
		135	–9.0	-	4.1	0.925	9.2	10000
		180	–13.5	-	4.3	0.9	9.2	10200
		250	–18	-	7.5	1.1	9.2	8400
2C21		250	–16.5	1988	8.3	1.375	10.4	7600						Rca43
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		16484
		V	V	OHM	mA	mA/V		OHM		V	V	mA
	Uba V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra OHM	Ua V	Ug V	Ia mA	Rate	Ref *?
6080				100	5.8	1.4					MIN	Val63 Tfk65
	135	–31.3	250	125	7.0	2.0	280	200	–120	5.0	NOM
				150	8.2	2.6					MAX
6080WA				100	6.0						MIN	Tfk65
	135	–31.3	250	125	7.0	2.0	286				NOM
				150	8.2						MAX
7233	50	–2.6	22	120	17.5	4.0	230	125	–60	1.0	TYP	Get61
AD102	400	–51	720	70	5.8	5.0	860	440	–160	1.0	Tfk
								120	0	155
RV210	400	–53	720	70	5.8	5.0	860				Tfk52
	Uba V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra OHM	Ua V	Ug V	Ia mA	15671

		Ua V	Uf V	Ug V	Ia mA	If A	S mA/V	µ		Ua V	Ug V	Ia mA		Rate	Ref *?
5987					6.8	0.42	1.48	3.6						MIN	Syl57
		100	6.3	–18	9.0	0.45	1.85	4.1						NOM
					11.2	0.48	2.22	4.6						MAX
6S4S					42	0.95	4.0	3.8						MIN	Ccc70
		250	6.3	–45	62	1.0	5.4	4.1						NOM
					82	1.15	6.8	4.5						MAX
		Ua V	Uf V	Ug V	Ia mA	If A	S mA/V	µ		Ua V	Ug V	Ia mA		Rate	15572

µ = 11 ... 20
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
ECF83		60	–3.7	569	6.5	3.6	11	3.0						TYP	Sie64
ACH1		150	–15	3000	5.0	2.0	13	6.5						Rat49
6P5GT		100	–5.0	2000	2.5	1.15	13.8	12						Rca42
		250	–13.5	2700	5.0	1.45	13.8	9.5
ECC86		6.3	–0.4	444	0.9	2.6	14	5.4						TYP	Phi58 Sie64 Tfk61
EC903		100	–4.0	250	16	8.0	15	1.9						Tfk62
6FJ7  II		150	0	-	68	-	-	-						174
		250	–9.5	232	41	7.7	15.4	2.0		250	–23	50		Rca63
UCH42		100	0	-	10	2.8	16	5.7						Phi53
EC41  EC81		120	–2.0	100	20	4.0	16	4.0						Mik60 Val63
		150	–2.0	67	30	5.5	16	3.0
26C6		250	–9.0	947	9.5	1.9	16	8.5						Rca46
6L18		150	-	-	15	7.6	17	2.25						Maz48
6L5G		135	–5.0	1429	3.5	1.5	17	11.2		135	–11	0		Rca38
		250	–9.0	1125	8.0	1.9	17	9.0		250	–20	0
5HA7   I		250	–8.5	810	10.5	2.2	17	7.7						Get73
6GU7		250	–10.5	913	11.5	3.1	17	5.5		250	–23	50		Rca63
		250	–14	-	4.0	-	-	-
ECF8070					9.5	4.4								MIN	Tfk65
		100	–3.0	214	14	5.5	17	3.1						NOM
					19.5	6.6								MAX
6DE7   I  6EW7 10EG7		250	–11	2000	5.5	2.0	17.5	8.75		250	–20	10		Rca62 Rca61
ECC804		200	–7.7	770	10	3.4	18	5.3						Bri
ED111		200	–7.5	375	20	8.0	18	2.25						Rtt94
1633		250	–8.0	696	11.5	2.6	18	6.9						Rca45
ECH41  UCH41		100	0	-	8.5	1.9	19	10						Phi52 Phi49
ECC82		100	0	-	12	3.2	20	6.25						Rfr55
		170	–4.0	400	10	2.5	18.5	7.4
		200	–5.5	500	11	2.5	18	7.2
		250	–8.5	810	10.5	2.2	17	7.7
ECC82  ECC186		100	0	-	11.8	3.1	19.5	6.25						Phi69 Val62
		250	–8.5	810	10.5	2.2	17	7.7
7N7		90	0	0	10	3.0	20	6.7						Syl51
		250	–8.0	900	9.0	2.6	20	7.7
6AV11  7247  II		100	0	-	11.8	3.1	20	6.5						Get62 Get63
		250	–8.5	810	10.5	2.2	17	7.7		250	–24	10
ECF80		100	–2.0	143	14	5.0	20	4.0						Sie64
ECF801		100	–3.0	200	15	9.0	20	2.2						Phi62
ECF803		100	–3.0	200	15	9.0	20	2.2						Rft66 Rft67
ECC813		250	–9.0	620	14.5	5.2	20	3.8						Rft65
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	18000
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
8056		24	-	100	8.7	7.5	11.5	1.53		24	–5.0	50		NOM	Rca63
		24	-	100	8.5	7.0	11.5	1.65		24	–10	50		NOM	Sie63
5814A  E82CC ECC802S		100	-	0	11.8	3.1	19.5	6.25						NOM	Sie63 Tfk65
					8.7	1.8	15.7							MIN
		250	–8.4	800	10.5	2.2	17	7.7		250	–22	10		NOM
					12.3	2.6	18.3							MAX
E80CF					10	4.0								MIN	Sie63 Tfk65 Val63
		100	–1.7	120	14	5.0	18	3.6						NOM
					18	6.0								MAX
6463					12	3.9					–15			MIN	Tfk65
		250	–9.0	620	14.5	5.2	20	3.9		200	...	1000		NOM
					17	6.5					–11			MAX
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	16736
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua V	Ubg V	Rg kOHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		Ref *?
8056	12	0	33	5.5	8.0	12	1.5				Rca63
	12	0	33	5.8	8.0	12.5	1.56				Sie63
	24	–0.7	-	9.5	8.0	12	1.5				Rca63
	24	–0.7	-	10	8.0	12.5	1.56				Sie63
ECH83	6.3	0	47	0.3	0.8	14.6	18				Phi69
	12.6	0	47	0.75	1.4	18.3	13
	25	0	47	2.0	2.2	20	9.1
26C6	26.5	0	2000	1.1	1.1	17	15.5				Rca46
	Ua V	Ubg V	Rg kOHM	Ia mA	S mA/V	µ	ra kOHM	Ua V	Ug V	Ia µA	14674
	Uba V	Ug V	Ra kOHM	Ia mA	S mA/V	µ	ra kOHM	Uba V	Ug V	Ia µA	Ref *?
6DZ4	80	-	2.7	15	6.7	14	2.0	80	–11	20	Rca63
	Uba V	Ug V	Ra kOHM	Ia mA	S mA/V	µ	ra kOHM	Uba V	Ug V	Ia µA	13735
	Ua V	Uf V	Rg MOHM	Ia mA	If mA	S mA/V	µ	Ua V	Ug V	Ia µA	Rate	Ref *?
5904				1.5	40	3.5	16				MIN	Syl57
	26.5	26.5	2.2	3.0	45	5.0	20	26.5	–3.5	-	NOM
				4.5	50	6.5	24			50	MAX
	Ua V	Uf V	Rg MOHM	Ia mA	If mA	S mA/V	µ	Ua V	Ug V	Ia µA	14674

µ = 21 ... 30
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
6AN8		150	–3.0	200	15	4.5	21	4.7		150	–17	20		TYP	Syl
5703		120	–2.1	220	9.6	5.0	25	5.0		120	–8.5	100		TYP	Tfk65
5703WB		120	–2.1	220	9.4	5.0	25	5.0		120	–8.5	50		Tfk65
EBC11		100	−3.2	1600	2.0	1.8	25	14						Tfk39
		200	−6.3	1600	4.0	2.0	25	12.5
		250	−8.0	1600	5.0	2.2	25	11.5
E80CC					5.4	2.2		7.0						MIN	Sie63 Tfk65 Val63
		250	–5.5	920	6.0	2.7	27	10						NOM
					6.6	3.2								MAX
E90CC					6.5	4.5								MIN	Sie63 Tfk65 Val63
		100	–2.1	250	8.5	6.0	27	4.5						NOM
					10.5	7.5								MAX
5718		100	–1.28	150	8.5	5.8	27	4.65		100	–7.0	10		Rca53
		150	–2.3	180	13	6.5	27	4.15		150	–11	10
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	17978
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		Rate	Ref *?
5963		67.5	0	-	8.5	3.2	21	6.6						Syl56
ECH42 UCH42		100	0	-	10	2.8	22	7.9						Phi52
6FJ7   I		250	–8.0	1000	8.0	2.5	22.5	9.0		250	–18	10		Rca63
5HC7   I		150	–1.0	56	18	4.4	23	5.2		150	–13	10		Tse63
ECH35		100	0	-	10	2.8	24	8.6						Mul46
E182CC		120	–2.0	0	36	15	24	1.6						NOM	Val63
					30	11.2						-		MIN
		120	-	55	-	-	-	-		150	–14	-		NOM
					41	18.8						200		MAX
9002  955		90	–2.5	1000	2.5	1.7	25	14.7						Rca43 Rca44
		135	–3.75	1071	3.5	1.9	25	13.2
		180	–5.0	1111	4.5	2.0	25	12.5
		250	–7.0	1111	6.3	2.2	25	11.4
5844		100	–2.3	470	4.8	3.4	27	7.95		150	–10	100		Syl53
EC71		100	–1.28	150	8.5	5.8	27	4.65		100	–7.0	10		Val62
		150	–2.3	180	13	6.5	27	4.15		150	–11	10
CBC1		200	–5.0	1250	4.0	2.0	27	13.5						Rwm53
ABC1		250	–7.0	1750	4.0	2.0	27	13.5						Rwm53
EC760		150	–2.4	185	13	6.5	27	4.0						Fwe56
		150	–2.4	185	13	7.0	28	4.0						Rft59
6L4		80	–1.43	150	9.5	6.4	28	4.4						Rca49
40		135	–1.5	-	0.2	0.2	30	150						Rca37
		180	–3.0	-	0.2	0.2	30	150
EBC33		100	–2.1	1050	2.0	1.6	30	19						Mul58
		200	–4.3	1075	4.0	2.0	30	15
		250	–5.5	1100	5.0	2.0	30	15
CC2		100	–2.5	1250	2.0	1.8	30	16						Phi35 Rat49
		200	–4.0	667	6.0	2.5	30	12
AC2 CC2		250	–5.5	900	6.0	2.5	30	12						Phi53 Rat49
AC100		250	–5.5	770	7.0	2.7	30	10.5		250	–13	100		Tfk
		250	0	-	27	-	-	-
		Ua V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		15671

	Uba V	Ubg V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM	Rate	Ref *?
E288CC					28	17			MIN	Sie63 Tfk65 Val63
	100	+9.0	–1.5	350	30	20	25	1.25	NOM
					32	23.5			MAX
	60	0	–1.2	80	15	15.5	25	1.6	NOM	Sie63 Tfk65
	60	0	–1.2	80	15	14	25	1.8	NOM	Val63
	Uba V	Ubg V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM	15314

µ = 30 ... 40
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
ECC40		250	–5.6	920	6.0	2.9	32	11						Phi53
6N4		180	–3.5	292	12	6.0	32	5.4						Tse46
EC53		200	–3.3	440	7.5	2.9	33	11.4						Mul47
2C51		150	–2.0	240	8.2	5.5	35	6.5		150	–8.0	10		Tse62
ECF82		150	–2.0	182	11	5.8	35	6.0						Wfb61
6BQ7		150	–2.0	220	9.0	6.0	35	5.8		150	–10	10		Rca51
7E5		180	–3.0	545	5.5	3.0	36	12						Syl Tse48
6BK7		100	–1.1	120	9.0	6.1	37	6.1		100	–9.0	10		Syl55
		150	–1.0	56	18	8.5	40	4.7		150	–12	10
ECF804		150	–1.5	111	13.5	7.2	38	5.3						Rat64
19Q9		125	–1.0	71	14	8.0	40	5.0						Syl64
6CX8		150	–1.4	150	9.2	4.6	40	8.7		150	–5.0	100		Get59
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	18519
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua V	Ug V	Rkk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		Ref *?
5964		100	–0.95	50	9.5	6.0	39	6.5						395 Syl56
		Ua V	Ug V	Rkk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		15044
		Uba V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		Ref *?
6DV4		75	–1.05	100	10.5	11.5	35	3.1		75	–7.0	10		Rca63
7586		75	–1.05	100	10.5	11.5	35	3.0		75	–7.0	10		Rca65 Sie63
6BZ7		150	–2.2	220	10	6.8	36	5.2		150	–7.0	100		Rca62
6BQ7A		150	–2.0	220	9.0	6.4	38	5.9		150	–6.5	100		Get56 Rca62
		Uba V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		14529
		Ua V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	S µA/V		Ref *?
6BC8		150	–2.2	220	10	6.2	35	5.3		150	–13	50		Rca62
		Uba V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		14530
		Ua V	Ubg V	Rg kOHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		Ref *?
7586		26.5	0	500	2.8	7.0	31	4.4						Rca65 Sie63
		40	0	500	7.5	11.5	35	3.0						Rca65
		40	0	500	6.8	11	35	3.2						Sie63
		Ua V	Ubg V	Rg kOHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		13728
		Ua V	Ug V	Uf V	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		Rate	Ref *?
13D3		100	–1.0	-	3.5	2.05	32.5	16.5						NOM	Bri
		250	–4.6	-	6.0	2.3	32	14						NOM
6158					3.5	1.7	27							MIN	Bri
		250	–4.6	12.6	6.0	2.35	32	14						NOM
					8.5	3.0	37							MAX
		Ua V	Ug V	Uf V	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		13970

		Uba V	Ubg V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Uba V	Ug V	Ia µA		Ref *?
E88CC						14.2	10.5								MIN	Sie63 Tfk65 Val63
		100	+9.0	–1.2	680	15	12.5	33	2.6		150	–15			NOM
						15.8	15						5.0		MAX
		90	0	–1.4	120	12	11.5	-	-						NOM
E188CC						14.2	10.5					–5.5			MIN	Sie63 Tfk65 Val63
		100	+9.0	–1.2	680	15	12.5	33	2.6		100		20		NOM
						15.8	14.5								MAX
		90	0	–1.4	120	12	11.5	-	-						NOM
		Uba V	Ubg V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Uba V	Ug V	Ia µA		15314

µ = 41 ... 50
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
6BK7B		150	–1.0	56	18	9.3	43	4.6		150	–11	10		Rca59
5842		150	–1.5	60	25	25	43	1.7						Ray58 Rca62
E92CC					6.5	4.5								MIN	Tfk65 Val63
		150	–1.7	200	8.5	6.0	45	7.5						NOM
					10.5	7.5								MAX
6GH8A		125	–1.0	74	13.5	8.5	46	5.4		125	–8.0	10		Rca63
6BC4		150	–1.45	100	14.5	10	48	4.8		150	–10	10		Rca54
ECL85		100	0	-	10	5.5	50	9.0		100	–2.6	200		Rft65
6FH5		135	–1.0	91	11	9.0	50	5.6		135	–5.5	100		Rca60
E180CC		100	–0.8	0	8.5	6.4	50	6.4						NOM	Val63
		150	–1.85	0	8.5	7.8	46	7.2						NOM
					6.3	5.3								MIN
		150	–1.87	220	8.5	6.7	-	-		150	–7.5			NOM
					10.7	8.1						150		MAX
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		15314
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Uba	Ubg	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
5842		130	+9.0	360	27	27	43	1.6						Ray58 Rca62
		Uba	Ubg	Rk	Ia	S	µ	ra		Ua	Ug	Ia		13728
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
6S2P					8.0	9.0	36							MIN	Ccc70
		150	–1.35	100	13.5	12	48	4.0		150	–15			NOM
					19	15	60					20		MAX
EC98		150	–1.35	0	13.5	13.5	50	3.7		150	–15	60		Mul63
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	16933
		V	V	OHM	mA	mA/V		kOHM		V	V	µA

µ = 50 ... 60
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
ECC85		250	–2.7	270	10	6.1	55	9.0						TYP	Phi69
		250	–2.2	220	10	6.0	57	9.5						TYP	Sie64 Tfk61
		250	–2.3	230	10	6.0	58	9.7						TYP	Rft59
ECC865					8.0	4.8								MIN	Rft
		230	–2.0	200	10	6.0	58	9.7						NOM
					12	7.2								MAX
VCL11		100	0	-	-	2.4	58.8	-						Tfk42
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	18161
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
8532					9.0	8.8	40							MIN	Rca65
		150	–1.35	100	13.5	11	52.5	4.8		150	–15			NOM
					18	13.2	65					60		MAX
6247					2.8	2.0								MIN	Tfk65
		250	–2.1	500	4.2	2.65	60	23		250	–7.5	50		NOM
					5.7	3.3								MAX
ECC801S					7.0	4.5								MIN	Tfk65
		250	–2.0	200	10	5.5	60	11		250	–12	10		NOM
					14	6.5								MAX
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Rate	15237
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ua V	Ug V	Ia µA		Ref *?
6AK10		200	–2.3	230	10	7.0	53	7.5		200	–7.0	100		Get68
6J4		100	–1.0	100	10	11	55	5.0						Get50
		150	–1.5	100	15	12	55	4.5
ECL113		150	–1.0	500	2.0	1.6	56	35						Mik60
6D10		125	–1.0	238	4.2	4.2	57	13.6		125	–4.0	20		Syl
6J9		125	–1.0	167	6.0	5.2	57	11						Syl64
ECL802		100	–0.85	170	5.0	5.5	60	11						Cif68
EC92		250	–2.0	200	10	5.6	60	10.7						Sie64
EC52		250	–2.6	260	10	6.5	60	9.2						Mul47
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		15237
		V	V	OHM	mA	mA/V		kOHM		V	V	µA

µ = 60 ... 70
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
6AC10		200	-	150	9.0	5.8	62	10.7		200	–5.0	100		Get65
ECC81		100	–1.0	333	3.0	3.75	62	16.5						Phi69
		170	–1.0	118	8.5	5.9	66	11
		200	–1.0	87	11.5	6.7	70	10.5
		250	–2.0	200	10	5.5	60	11
6FD7   I  6GF7		250	–3.0	2143	1.4	1.6	64	40		250	–5.5	10		Rca62 Rca63
UCL11		200	–2.0	-	2.0	2.1	65	30						Phi48
		100	–1.0	-	1.0	1.6	66.7	-						Tfk42
		200	–2.0	-	2.0	2.0	66.7	-
6FY7   I		250	–3.0	2143	1.4	1.6	65	40.5		250	–5.5	30		Rca65
ECL84		200	–1.7	567	3.0	4.0	65	16		200	–3.2	200		Phi58
6FM7   I		250	–3.0	1500	2.0	2.2	66	30		250	–5.3	20		Rca65
6GL7   I		250	–3.0	1500	2.0	2.2	66	30		250	–5.3	20		Rca63
		275	-	-	13	1.6	-	-
ECL11		250	–2.5	-	2.0	2.0	66.7	-						Tfk42
		250	–2.5	-	2.0	2.0	70	-						Phi48
6CY7   I		250	–3.0	2500	1.2	1.3	68	52		250	–5.5	10		Rca59
6DR7   I  6EM7		250	–3.0	2143	1.4	1.6	68	40		250	–5.5	10		Rca59 Rca61
ECC35		250	–2.5	1100	2.3	2.0	68	34						Mul57
6K5GT		100	–1.5	4286	0.35	0.9	70	78						Rca43
		250	–3.0	2727	1.1	1.4	70	50
6T8		100	–1.0	1250	0.8	1.3	70	54						Get54
		250	–3.0	3000	1.0	1.2	70	58
UBC41  UBC81		100	–1.0	1250	0.8	1.4	70	50						Phi51 Sie64
		170	–1.55	1033	1.5	1.65	70	42
EBC41  EBC81		250	–3.0	3000	1.0	1.2	70	58						Phi52 Sie64
PABC80		100	–1.0	1250	0.8	1.4	70	50		100	–1.7	200		Rft65
		170	–1.55	1033	1.5	1.65	70	42
		200	–2.0	-	1.35	1.5	70	46		200	–3.3	200
EABC80  PABC80		250	–3.0	3000	1.0	1.4	70	50						Sie64
6SL7GT		250	–2.0	870	2.3	1.6	70	44						Get46
ECF802		200	–2.0	571	3.5	3.5	70	20						Tfk68
6AW8A		200	–2.0	500	4.0	4.0	70	17.5		200	–5.0	10		Get57
EC97		135	–1.0	91	11	13.5	70	5.2						Sie64
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		18161
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
6DS4		110	-	130	6.5	9.0	63	7.0		110	–6.8	10		Rca63
										110	–5.0	100
7895		110	-	150	7.0	9.4	64	6.8		110	–4.0	10		Rca61
6CW4		110	-	130	7.0	9.8	65	6.6		110	–4.0	10		Rca63
8255  EC88		160	–1.25	100	12.5	13.5	65	4.8						Tfk65 Tfk68
5719		100	-	1500	0.73	1.7	70	41		100	–2.5	10		Rca53
		150	-	500	1.85	2.3	70	30.5		150	–3.8	10
5744		250	–2.1	500	4.2	4.0	70	17.5		250	–6.5	200		Tfk65
5744WB		250	–2.1	500	4.2	4.0	70	17.5		250	–6.5	50		Tfk65
8058		110	–0.47	47	10	12.4	70	5.6		110	–5.0	10		Rca66
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		13871
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua	Ubg	Rg	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	kOHM	mA	mA/V		kOHM		V	V	µA
6DS4		70	0	47	7.0	12.5	68	5.44						Rca63
6CW4		70	0	47	7.2	12.5	68	5.44						Rca63
		Ua	Ubg	Rg	Ia	S	µ	ra		Ua	Ug	Ia		13728
		V	V	kOHM	mA	mA/V		kOHM		V	V	µA

		Uba V	Ua V	Ubg V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ug V	Ia µA		Rate	Ref *?
E86C  EC806S EC866							11.2	11.5				-	-		MIN	382 Sie63 Val63 Tfk65 Rft
		185	175	+8.0	–1.6	800	12	14	68	4.9		-	100		NOM
							12.8	14				–5.0	-		MAX
		-	175	-	–1.5	125	12	14							TYP	Val63 Tfk65
EC86		-	175	-	–1.5	125	12	14	68	4.9					TYP	Sie64
		-	175	-	–1.5	125	12	14	70	5.0					TYP	Rft65
		Uba V	Ua V	Ubg V	Ug V	Rk OHM	Ia mA	S mA/V	µ	ra kOHM		Ug V	Ia µA		14816

µ = 70 ... 90
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
6FQ5A		135	–1.2	135	8.9	12	74	6.3		135	–4.5	100		Rca62
6ES5		200	–1.0	100	10	9.0	75	8.0		200	–6.0	100		Rca61
EC40		250	–1.5	100	15	12	80	6.6						Mik60
EC80		250	–1.5	100	15	12	80	6.7						Val63
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		14337
		V	V	OHM	mA	mA/V		kOHM		V	V	µA

µ = 91 ... 100
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
8808		200	-	68	15	18	100	6.4		200	–5.0	10		Rca69
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		13728
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
6F5  6SF5 7B4		100	–1.0	2500	0.4	1.15	100	85						Rca37 Rca41 Tse42 Syl51
		250	–2.0	2222	0.9	1.5	100	66
PCL86		230	–1.7	1417	1.2	1.6	100	62.5		230	–2.7	200		Rft56
ECC808		250	–1.9	1583	1.2	1.6	100	62.5						Sie64
ECL86		250	–1.9	1583	1.2	1.6	100	62.5		250	–2.9	200		Rft56
EBC91		250	–2.0	1667	1.2	1.6	100	62.5						Sie64
6C10  6DR4 12AX7 12AX7A 7247   I  ECC83		100	–1.0	2000	0.5	1.25	100	80						Tse61 Get61 Rca62 Get63 Phi70
		250	–2.0	1667	1.2	1.6	100	62.5
5HA7   II		250	–2.0	1667	1.2	1.6	100	62						Get73
5HC7   II		150	–1.0	1000	1.0	1.9	100	53		150	–2.2	10		Tse63
EC91		250	–1.5	150	10	8.5	100	12						Phi68
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		17979
		V	V	OHM	mA	mA/V		kOHM		V	V	µA

µ = 101 ... 200
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
8628		120	–0.3	200	1.5	3.1	127	41		120	–1.7	10		Rca65
		Uba	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		13728
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		Ref *?
		V	V	OHM	mA	mA/V		kOHM		V	V	µA
ECC807		250	–1.5	1154	1.3	2.4	150	62.5						Bri
		Ua	Ug	Rk	Ia	S	µ	ra		Ua	Ug	Ia		14356
		V	V	OHM	mA	mA/V		kOHM		V	V	µA

Copyright © 2016Franz Hamberger, Berlin, Germany

RCA   801	RCA   838