KyteLabs InfoBase - Electron Tubes & Valves Data	Last modified: 2007-10-11 (15317)

2	Statische Verstärker-Kenndaten Class-A Amplifier Static Characteristics
2.5	Tetroden und Pentoden Tetrodes and Pentodes
2.5.7	Leistungstetroden und Pentoden für Verstärker Power Amplifier Tetrodes and Pentodes

Das Bremsgitter g3 ist mit der Katode verbunden, wenn eine explizite Angabe von Ug3 fehlt.
The suppressor grid g3 is tied to the cathode if an explicit value of Ug3 is missing.

Ua = 41 ... 60 V
		Ua	Ug3	Ug2	Ug1		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
6197							26						MIN	Rca54
		50	0	100	0		-	-	-	-	-		NOM
							46						MAX
7408		50	-	250	0		100	22	-	-	-		TYP	Get63
		V	V	V	V		mA	mA	mA/V		kOHM		15082

Ua = 81 ... 100 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
25A6		95	95	–15	625		20	4.0	2.0	-	45		NOM	Rca37 Rca43
12A5		100	100	–15	750		17	3.0	1.7	-	50		NOM	Rca41
UL41		100	100	–5.7	165		29	5.5	8.0	10	18		NOM	Phi53
5902		100	100	–9.0	280		30	2.2	4.2	-	-		NOM	Phi68
UL84		100	100	–6.7	146		43	3.0	9.0	8.0	23		NOM	Phi57
UL12		100	100	–6.5	100		50	7.0	10	8.2	8.0		NOM	Tfk42
E235L  E236L							85	4.0	11.5				MIN	Sie63
		100	100	–7.9	75		100	5.2	14	5.6	5.0		NOM
							118	6.5	16.5				MAX
		100	100	–35	-		0.1	-	-	-	-		TYP
		V	V	V	OHM		mA	mA	mA/V		kOHM		14673

Ua = 101 ... 120 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
UL2		110	110	–2.7	230		10	1.7	5.2	-	60		Rat49
32ET5A		110	110	–7.5	229		30	2.8	5.5	-	21.5		Rca63 Syl61
6CA5		110	110	–4.0	113		32	3.5	8.1	-	16		Rca61
UL41		110	110	–6.4	168		32	6.0	8.5	10	18		Phi53
34GD5A		110	110	–7.5	197		35	3.0	5.7	-	13		Rca61 Syl62
6BF5		110	110	–7.5	188		36	4.0	7.5	-	12		Rca53
35B5		110	110	–7.5	174		40	3.0	5.8	-	-		Rca46
35C5		110	110	–7.5	174		40	3.0	5.8	-	13		Rca63
35L6GT		110	110	–7.5	174		40	3.0	5.8	-	14		Rca47
7A5		110	110	–7.5	174		40	3.0	5.8	-	14		Rca41
35A5		110	110	–7.5	174		40	3.0	5.8	-	16		Rca47
25F5A		110	110	–7.5	160		43	3.8	6.4	-	13		Rca63
50B5		110	110	–7.5	142		49	4.0	7.5	-	14		Rca46
6DB5  6DG6GT 6GC5 50A5		110	110	–7.5	142		49	4.0	8.0	-	13		Rca61 Rca56 Syl61 Rca47
50L6GT		110	110	–7.5	142		49	4.0	9.0	-	13		Rca41
25C5  50C5		110	110	–7.5	142		49	4.0	7.5	-	10		Get56
		120	110	–8.0	151		49	4.0	7.5	-	10		Rca58 Rca59
6CU5		120	110	–8.0	151		49	4.0	7.5	-	10		Rca62
6AU5GT		115	175	–20	-		-	-	5.6	-	-		Rca54
		V	V	V	OHM		mA	mA	mA/V		kOHM		15066
		Uba	Ubg2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
5902							23		3.5		10		MIN	Phi68
		109	109	–8.7	270		30	2.2	4.2	-	15		NOM
							37	4.0	4.9				MAX
		110	110	–40	-		0.01	-	-	-	-		TYP	Get56
35EH5		110	115	–2.43	62		32	7.2	12	-	14		NOM	Rca60
60FX5		110	115	–2.9	62		36	10	13.5	-	17.5		NOM	Rca60
6EH5		110	115	–3.3	62		42	11.5	14.6	-	11		NOM	Tse63
		V	V	V	OHM		mA	mA	mA/V		kOHM		14677

Ua = 121 ... 140 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
6CA5		125	125	–4.5	110		37	4.0	9.2	-	15		Rca61
7A5		125	125	–9.0	190		44	3.3	6.0	-	17		Rca41
6JU6		130	125	–20	430		45	1.5	7.0	-	18		Rca66
		130	125	–32	-		1.0	-	-	-	-
6GY5  6HB5		130	130	–20	386		50	1.75	9.1	4.7	11		Get62 Get63 Syl59
		130	130	–33	-		1.0	-	-	-	-
25A6		135	135	–20	440		37	8.0	2.45	-	35		Rca37 Rca43
6Y6GT		135	135	–13.5	220		58	3.5	7.0	-	9.3		Get55
EL804		140	170	–12	160		70	5.0	10	9.0	14		Tfk65
		V	V	V	OHM		mA	mA	mA/V		kOHM		15066
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µ	ra		Ref *?
6G6G		135	135	–6.0	444		11.5	2.0	2.1	360	170		Tse39 Rca44
		V	V	V	OHM		mA	mA	mA/V		kOHM		15066

Ua = 141 ... 160 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
25A6		160	120	–18	456		33	6.5	2.375	-	42		Rca43
		V	V	V	OHM		mA	mA	mA/V		kOHM		13929

Ua = 161 ... 180 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
ECL84		170	170	–2.1	100		18	3.0	11	36	>100		Phi58
ECL85		170	170	–15	343		41	2.7	7.5	14	25		Rat64
ECL802		170	170	–15	343		41	2.7	7.5	-	25		Cif68
UL41		170	170	–10.4	165		53	10	9.5	10	20		Phi53
UL84		170	170	–12.5	167		70	5.0	10	8.0	23		Phi57
		170	170	–12.5	170		70	3.5	11	8.0	26		Phi69
6AK6		180	180	–9.0	514		15	2.5	2.3	-	200		Rca43
5992		180	180	–8.5	266		29	3.0	3.5	-	55		Ben62
6BW6		180	180	–8.0	250		29	3.0	3.7	-	58		Bri60
6AQ5A		180	180	–8.5	266		29	3.0	3.7	-	58		Rca58
6CM6		180	180	–8.5	266		29	3.0	3.7	-	50		Rca58
10P13		180	150	–6.3	181		29	5.8	7.5	-	-		Mik60
25A6		180	135	–20	440		38	7.5	2.5	-	40		Rca37
12A5		180	180	–25	472		45	8.0	2.4	-	35		Rca41
		V	V	V	OHM		mA	mA	mA/V		kOHM		15310
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µ	ra		Ref *?
N37		165	165	–9.0	136		58	8.0	9.5	200	23.2		Mar52 Mik60
6G6G		180	180	–9.0	514		15	2.5	2.3	400	175		Tse39 Rca44
		V	V	V	OHM		mA	mA	mA/V		kOHM		14649
		Ua	Ug3	Ug2	Ug1		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
EL803		170	0	170	–2.3		36	5.0	10.5	22	60		TYP	Tfk65
		V	V	V	V		mA	mA	mA/V		kOHM		14670

		Ua	Ug2	Ug1	Ia	Ig2	S	µg2g1	ra		Ug1	Ia		Ref *?
26LX6		175	110	–21	125	3.3	14	-	6.0		–40	1.0		Get69
		V	V	V	mA	mA	mA/V		kOHM		V	mA		13910

Ua = 181 ... 200 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
ECL84		200	200	–2.9	138		18	3.0	10.4	36	>130		Phi58
UL2		200	200	–5.0	230		20	3.0	5.8	-	60		Rat49
EL2		200	200	–14	480		25	4.0	3.0	7.0	70		Mik60 Phi53
6DS5		200	200	–7.5	197		35	3.0	6.0	-	28		Rca69
35A5  35L6GT		200	110	–8.0	186		41	2.0	5.9	-	40		Rca47
CL33		200	200	–8.5	167		45	6.0	8.0	13.5	35		Mul46
6GC5		200	125	–8.7	180		46	2.2	8.0	-	28		Syl61
50A5		200	110	–8.0	155		50	1.5	8.25	-	35		Rca47
50L6GT		200	110	–8.0	154		50	2.0	9.5	-	30		Rca41
EL500		200	200	–31	500		60	2.0	9.0	5.0	13		Tfk68
6Y6GT		200	135	–14	222		61	2.2	7.1	-	18.3		Get55
UL12		200	125	–8.0	100		75	9.0	12	8.2	12		Tfk42
		V	V	V	OHM		mA	mA	mA/V		kOHM		15066
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
6P43P-E							27.5	-	6.0				MIN	Rus02
		185	185	–16	340		45	-	7.5	-	-		NOM
							54	2.7	9.0				MAX
		V	V	V	OHM		mA	mA	mA/V		kOHM		15284
		Uba	Ubg2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
6DB5  6DG6GT		200	125	–8.7	180		46	2.2	8.0	-	28		Rca61 Rca56
		V	V	V	OHM		mA	mA	mA/V		kOHM		13733
		Uba	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
6DS5		200	200	–6.8	180		34.5	3.5	6.0	-	28		Rca69
		V	V	V	OHM		mA	mA	mA/V		kOHM		13734

		Ua	Ubg2	Ug1	Rg2	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
UL84		200	200	–17.3	470	270		60	4.1	8.8	8.0	28		Phi57
		V	V	V	Ohm	OHM		mA	mA	mA/V		kOHM		13969
		Ua	Ug3	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
PTT208P		200	0	200	–4.3	200		18	3.6	6.0	-	200		Csf64
		V	V	V	V	OHM		mA	mA	mA/V		kOHM		15264
		Ua	Ug3	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
E80L								26.5	2.7	7.4				MIN	Sie63
		200	0	200	–4.4	130		30	4.1	9.0	21.5	90		NOM
								33.5	5.5	10.6				MAX
		200	0	200	–14	-		0.2	-	-	-	-		TYP
EL803S								27.5	3.8	8.2				MIN	Tfk65
		200	0	200	–4.0	110		32	4.7	10	22	60		NOM
								36	5.6	11.8				MAX
EL803		200	0	200	–3.5	-		36	5.0	10.5	22	60		TYP	Tfk65
		V	V	V	V	OHM		mA	mA	mA/V		kOHM		14670

Ua = 201 ... 220 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
ECL84		220	220	–3.4	162		18	3.0	10	36	>150		Phi58
		V	V	V	OHM		mA	mA	mA/V		kOHM		14478

Ua = 221 ... 240 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
PCL86		230	230	–5.7	125		39	6.5	10.5	21	45		NOM	Rft65
		V	V	V	OHM		mA	mA	mA/V		kOHM		14475

Ua = 241 ... 260 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
N77		250	250	-	-		16	2.4	2.6	-	130		NOM	Mar53
ECL113		250	250	–3.5	123		25	3.5	8.5	33	40		NOM	Tfk51
6DS5		250	200	–8.5	266		29	3.0	5.8	-	28		NOM	Rca69
EL2		250	250	–18	480		32	5.0	2.8	7.0	70		NOM	Mik60 Phi40 Phi53
EL32		250	250	–18	486		32	5.0	2.8	-	70		NOM	Mul46
6AR5		250	250	–18	480		32	5.5	2.3	-	68		NOM	Rca49
		250	250	–16.5	416		34	5.7	2.4	-	65
12AB5		250	200	–9.5	270		33.5	1.6	4.0	-	75		NOM	Rca55
6F6		250	250	–16.5	407		34	6.5	2.5	-	80		NOM	Rca57
		250	250	–16.5	410		34	6.5	3.0	-	80		NOM	Wfb53 Rft59
6F6S		250	250	–16.5	400		35	6.25	3.0	-	-		NOM	Ccc70
6BK5		250	250	–5.0	130		35	3.5	8.5	-	100		NOM	Rca55
ECL86		250	250	–7.0	167		36	6.0	10	21	48		NOM	Rft65
6HB6		250	125	–1.46	33		40	4.2	24	-	28		NOM	Get64
		250	125	–6.4	-		0.1	-	-	-	-		NOM
		250	250	–4.6	100		40	6.2	20	33	24		NOM
		250	250	–13	-		0.1	-	-	-	-		NOM
6HE5  6JB5 6JC5		250	250	–20	430		43	3.5	4.1	-	50		NOM	Get63 Get64 Syl
		250	250	–50	-		0.1	-	-	-	-		NOM
5992							32	0	3.2				MIN	Ben62
		250	250	–12.5	256		45	3.5	4.0	-	45		NOM
							57	6.5	5.5				MAX
6AQ5A		250	250	–12.5	253		45	4.5	4.1	-	52		NOM	Rca58
6CM6  12AB5 7408		250	250	–12.5	253		45	4.5	4.1	-	50		NOM	Rca58 Rca55 Get63
6BW6		250	250	–12.5	240		47	5.0	4.1	-	52		NOM	Bri60
		V	V	V	OHM		mA	mA	mA/V		kOHM		15310
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
6BQ5		250	250	–7.3	136		48	5.5	11.3	-	38		NOM	Rca59
6GK6		250	250	–7.3	136		48	5.5	11.3	19	38		NOM	Syl60
E84L							42	4.0	9.2				MIN	Sie63
		250	250	–7.2	135		48	5.5	11.3	19	40		NOM
							54	7.0	13.4				MAX
		250	210	–6.4	160		36	3.9	10.4	19	40		TYP
		250	250	–8.4	210		36	4.1	10	19	40		TYP
6DY7		250	250	–12.5	236		50	3.0	6.0	-	28		NOM	Syl58
5932							58	0	5.2				MIN	Syl52
		250	250	–14	182		72	5.0	6.0	-	22.5		NOM
							86	8.0	6.8				MAX
		250	250	–16	246		60	5.0	5.5	-	24.5		NOM
6GV5		250	150	–22.5	337		65	1.8	7.3	-	18		NOM	Get63
		250	150	–42	-		1.0	-	-	-	-		NOM
6JM6  6JN6		250	150	–22.5	337		65	1.8	7.3	4.4	18		NOM	Get64
		250	150	–42	-		1.0	-	-	-	-		NOM
6GJ5		250	150	–22.5	312		70	2.1	7.1	4.4	15		NOM	Syl
		250	150	–42	-		1.0	-	-	-	-		NOM
4699		250	250	–7.2	90		72	8.0	14.5	20	20		NOM	Phi48
7581		250	250	–14	182		72	5.0	6.0	-	22.5		TYP	Tse62
6L50		250	250	–14	180		72	5.0	6.0	-	22.5		NOM	Mik60
F2a  F2a11							84	11.5	14.5				MIN	Sie63 Sie64
		250	250	–6.3	55		100	14.5	18	17.5	23		NOM
							118	17.5	21.5				MAX
		250	250	–25	-		1.0	-	-	-	-		TYP
EL503		250	250	–13.2	122		100	8.5	23	13	7.3		NOM	Val67
		250	250	–14	120		110	7.0	23	13	5.4		NOM	Phi72
		V	V	V	OHM		mA	mA	mA/V		kOHM		15299
		Uba	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
6DS5		250	200	–8.1	270		27	3.0	5.8	-	28		Rca69
		V	V	V	OHM		mA	mA	mA/V		kOHM		13734
		Ua	Ug3	Ug2	Ug1		Ia	Ig2	S	µg2g1	ra		Rate	Ref *?
6197							20	5.0	9.0	19			MIN	Rca54
		250	0	150	–3.0		30	7.0	11	22	90		NOM
							40	9.0	13	25			MAX
		250	0	150	–12		-	-	-	-	-		NOM
					0.1					MAX
	V	V	V	V	mA	mA	mA/V		kOHM	14472

		Ua	Ug2	Ug1		Ia	Ig2	S	µg2g1	ra		Ug1	Ia		Ref *?
6CL6		250	150	–3.0		30	7.0	11	-	150		–14	0.01		Get53 Rca52
6GF5		250	150	–26.5		34	1.6	4.7	4.2	260		–46	1.0		Rca
6EM5		250	250	–18		40	3.0	5.1	8.7	50		–37	0.2		Rca61
6DT5		250	250	–16.5		44	1.5	6.2	-	-		–35	0.1		Rca59
6CZ5		250	250	–15		46	4.6	4.8	-	73		–40	0.1		Rca61
6GE5		250	150	–22.5		65	1.8	7.3	4.4	18		–42	1.0		Rca63
6GT5A		250	150	–22.5		70	2.1	7.1	4.4	15		–42	0.1		Rca64
		V	V	V		mA	mA	mA/V		kOHM		V	mA		14499

		Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra		Ug1	Ia		Ref *?
12BY7A		250	0	180	–3.2	100	26	5.75	11	28.5	93		–11.6	20		Get55
12BV7		250	0	150	–2.3	68	27	6.0	13	28	85		–12	20		Get59
		250	0	180	–8.0	-	>0.5	-	-	-	-
		V	V	V	V	OHM	mA	mA	mA/V		kOHM		V	µA		14810

Ua = 261 ... 280 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
5932		270	250	–17.5	241		67	5.5	5.7	-	23.5		Syl52
EL31		275	275	–9.0	88		91	11	14	16.5	20		Mul48
		V	V	V	OHM		mA	mA	mA/V		kOHM		14467

Ua = 281 ... 300 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
5992		300	250	–15	405		34	3.0	3.5	-	55		Ben62
6F6		285	285	–20	444		38	7.0	2.55	-	78		Rca57
		285	285	–20	440		38	7.0	3.0	-	78		Rft59
5932		300	200	–12.5	248		48	2.5	5.3	-	35		Syl52
6L50		300	200	–12.5	250		48	2.5	5.3	-	35		Mik60
		V	V	V	OHM		mA	mA	mA/V		kOHM		14645

Ua = 301 ... 350 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
6CM6		315	225	–13	359		34	2.2	3.75	-	80		Rca58
6F6		315	315	–22	440		42	8.0	2.65	-	75		Rca35
6L50		325	250	–14	165		80	5.0	5.5	-	25		Mik60
		350	250	–18	320		54	2.5	5.2	-	33
5932		350	250	–18	319		54	2.5	5.2	-	33		Syl52
		V	V	V	OHM		mA	mA	mA/V		kOHM		14645

Ua = 351 ... 400 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
6L50		400	250	–25	781		30	2.0	3.5	-	75		Mik60
		V	V	V	OHM		mA	mA	mA/V		kOHM		14645

Ua = 501 ... 600 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
EL31		600	400	–22	468		42	5.0	7.0	-	43		Mul48
		V	V	V	OHM		mA	mA	mA/V		kOHM		14467

Ua = 701 ... 800 V
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	µg2g1	ra		Ref *?
P50/2		800	250	–40	741		50	4.0	3.5	4.76	-		Rft59
SRS552N		800	250	–40	741		50	4.0	3.5	5.26	-		Rft
		V	V	V	OHM		mA	mA	mA/V		kOHM		15080

Ua(PK) = 4.1 ... 6.0 kV
		Ua (PK)	Ug3	Ug2	Ug1		Ia		Ref *?
6JM6  6JN6		5.0	-	150	–100		1.0		Get64
		kV	V	V	V		mA		15066

Ua(PK) = 6.1 ... 8.0 kV
		Ua (PK)	Ug3	Ug2	Ug1		Ia		Ref *?
6JU6		6.5	-	125	–75		1.0		Rca66
		kV	V	V	V		mA		15066

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