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.

S = 1.0 ... 2.0 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		mA	mA	A	mA/V		kOHM
QQC04/15		-	-	-	-	6.3 3.15		20	-	0.68 1.36	2.0	7.5	-		TYP	Val63
QQZ04/15		-	-	-	-	6.3		20	-	0.68	2.0	9.0	-		TYP	Mul57
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V		mA	mA	A	mA/V		kOHM

S = 2.0 ... 3.0 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		mA	mA	A	mA/V		kOHM
12L8GT		180	-	180	–9.0	12.6		13	2.8	0.15	2.15	-	160		TYP	Rca43
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V		mA	mA	A	mA/V		kOHM

S = 3.0 ... 4.0 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		mA	mA	A	mA/V		kOHM
QQC03/14		200	-	200	-	3.15		30	-	1.65	3.2	7.5	-		TYP	Val63
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V		mA	mA	A	mA/V		kOHM

		Ua	Ug3	Ug2	Ug1	Uf	Rg1		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V	kOHM		mA	mA	mA	mA/V		kOHM
28D7W									8.0	0.2	365	2.8	-	-		MIN	368 Syl53
		28	0	28	–3.5	28	200		12.5	1.0	400	3.4	-	4.2		NOM
									17.5	2.2	435	4.8	-	-		MAX
		Ua	Ug3	Ug2	Ug1	Uf	Rg1		Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V	kOHM		mA	mA	mA	mA/V		kOHM

S = 4.0 ... 5.0 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		mA	mA	A	mA/V		kOHM
6524								-	-	1.175	-	7.0	-		MIN	Rca56
		200	-	200	-	6.3		50	-	1.25	4.5	8.5	-		NOM
								-	-	1.325	-	10	-		MAX
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	17651
		V	V	V	V	V		mA	mA	A	mA/V		kOHM

S = 5.0 ... 6.0 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		mA	mA	A	mA/V		kOHM
26A7GT		26.5	-	26.5	–4.5	-		20	2.0	-	5.5	-	2.5		TYP	Rca45
		26.5	0	26.5	–4.5	26.5		20	1.9	0.6	5.7	-	-		TYP	Tse62
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V		mA	mA	A	mA/V		kOHM

S = 6.0 ... 8.0 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ib	Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		µA	mA	mA	A	mA/V		kOHM
CK5656		200	-	150	–3.5	6.3		-	15	2.3	0.4	6.2	-	75		TYP	Ray48
		200	-	150	–13	6.3		10	-	-	0.4	-	-	-		TYP
		Ua	Ug3	Ug2	Ug1	Uf		Ib	Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V		µA	mA	mA	A	mA/V		kOHM

S = 8.0 ... 10 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		mA	mA	A	mA/V		kOHM
YL1190		150	-	150	-	1.1		45	-	4.2	9.5	22	-		TYP	Val69
YL1270		150	-	150	-	1.1		45	-	4.0	9.5	22	-		TYP	Val69
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V		mA	mA	A	mA/V		kOHM

S = 10 ... 15 mA/V
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	Ref *?
		V	V	V	V	V		mA	mA	A	mA/V		kOHM
QQE02/5									-	-	7.6	23	-		MIN	Val69
		150	-	150	-	12.6 6.3		25	-	0.3 0.6	10.5	31	-		NOM
									-	0.315 0.63	13.4	39	-		MAX
8595		-	-	-	-	12.6 6.3		-	-	0.3 0.6	-	31	-		TYP	Amp73
QQE04/5		350	-	200	-	12.6 6.3		25	-	0.3 0.6	10.5	26	-		NOM	Val69
									-	0.315 0.63	-	-	-		MAX
		Ua	Ug3	Ug2	Ug1	Uf		Ia	Ig2	If	S	µg2g1	ra		Rate	17980
		V	V	V	V	V		mA	mA	A	mA/V		kOHM

	6BV11
Ua: Ug3: Ug2: Ug1: Rk:	150 0 100 - 180	150 0 100 –3.5 -	150 –5.5 100 - -	V V V V OHM
Ia: Ig2: Sag3 Sag1 µag3: ra:	3.1 2.4 0.39 3.2 67 170	0.075 - - - - -	0.085 - - - - -	mA mA mA/V mA/V kOHM
Ref *?	Syl70

	6DZ7	6R3S	829B		832A		EEL71			EEL 171		ELL1	ELL80
Ua: Ug2: Ug1: Rk:	250 250 –7.3 -	350 200 –22 -	250 175 - -	225 225 - -	250 135 - -	250 250 - -	50 30 –0.85 -	250 250 –6.5 230		100 50 –2.0 -	250 250 –12 -	250 250 –20 -	250 250 –9.0 -		V V V OHM
Ia: Ig2: S: µg2g1: ra:	48 5.5 11.3 - 38	47.5 - - 10 -	60 - 8.5 - -	60 - - 9.0 -	30 - 3.5 - -	30 - - 6.5 -	1.0 0.1 1.4 - 800	24 4.0 6.5 - 70		2.0 0.3 - - -	40 6.0 9.0 15 17	15 2.5 1.8 - 14	24 4.5 6.0 17 80	24 4.5 6.0 17 95	mA mA mA/V kOHM
Ref *?	Get59		Rca63		Rca61		E Ftb50	L Ftb50		E Ftb51	L Ftb51	Phi40	Fri63 Sie64	Tfk68 Val65

	GI-30	GU-19 -1	LV4	PFL200			PFL200
Ua: Ug2: Ug1:	250 175 –11	350 250 –17	250 200 –1.75	150 150 –2.1	150 150 –2.1	200 150 –2.0	170 170 –2.7	170 170 –2.6	180 180 –3.0	V V V
Ia: Ig2: S: µg2g1: ra:	58.8 10 8.0 9.0 -	40 - 4.0 - -	10 1.5 8.0 62.5 300	10 3.0 8.5 38 150	10 3.0 8.5 36 150	10 2.8 9.0 46 230	30 7.0 22 38 33	30 7.0 21 35 33	27.5 6.5 21 40 40	mA mA mA/V kOHM
Ref *?	68	68	Rtt94	F Phi70	F Tfk69	F Sie64	L Phi70	L Tfk69	L Sie64

	QQE 03/12	QQE03/20 QQE03/32		QQE 04/20	QQE 06/40
Ua: Ug2: Ug1:	200 200 -	300 225 -		250 250 -	600 225 -		V V V
Ia: Ig2: S: µg2g1: ra:	20 - 3.3 7.5 -	20 - 2.5 - -	40 - - 8.8 -	30 - 3.0 7.0 -	30 - 4.5 - -	40 - - 8.2 -	mA mA mA/V kOHM
Ref *?	Val69

	UEL51		UEL71
Ua: Ug2: Ug1: Rk:	100 50 –0.7 -	200 200 –8.5 -	50 30 0 -	200 200 –5.3 200	V V V OHM
Ia: Ig2: S: µg2g1: ra:	1.7 0.55 1.7 28.6 300	45 5.0 9.0 13.3 17	0.75 0.1 1.5 - 800	23 3.5 6.5 - 70	mA mA mA/V kOHM
Ref *?	I Rft59	II Rft59	E Ftb49	L Ftb49

	YL 1020	YL 1030	YL 1060		YL 1070	YL 1080	YL 1130	YL 1240
Ua: Ug2: Ug1:		600 250 -	600 225 -		600 250 -	200 200 -	175 175 -		V V V
Ia: Ig2: S: µg2g1: ra:	40 - 2.5 9.0 -	40 - 4.5 8.0 -	30 - 4.5 - -	40 - - 8.2 -	40 - - 7.0 -	30 - 3.3 7.0 -	40 - 7.0 26 -	30 - 3.3 7.5 -	mA mA mA/V kOHM
Ref *?	Tfk65	Val69	Val69		Phi65 Val69	Tfk65	Tfk65	Val69

Copyright © 2016Franz Hamberger, Berlin, Germany

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