Tetroden und Pentoden - Class-A Tetrodes and Pentodes

KyteLabs InfoBase - Electron Tubes & Valves Data

Last modified: 2016-11-25 (18650)

2	Statische Verstärker-Kenndaten Class-A Amplifier Static Characteristics

2.5	Tetroden und Pentoden Tetrodes and Pentodes

2.5.1	Indirekt geheizte Kleinsignaltypen mit gerader Kennlinie Indirectly-Heated, Small-Signal, Sharp-Cutoff Types

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 = 0.1 ... 1.0 mA/V

	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ref *?
	V	V	V	OHM	mA	mA	mA/V		kOHM	Ref *?
12A7	135	135	–13.5	1175	9.0	2.5	0.975	-	102	Rca43
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	14327
	V	V	V	OHM	mA	mA	mA/V		kOHM	14327


	Ua	Ug3	Ug2	Ug1	Rg1	Ia	Ig2	S	µg2g1	ra	Ref *?
	V	V	V	V	MOHM	mA	mA	mA/V		kOHM	Ref *?
EF98	6.3	3.2	3.2	–0.9	10	0.5	0.17	0.9	3.5	80	14 Tfk61
	6.3	3.2	6.3	–0.85	10	1.6	0.65	1.7	4.1	25
	12.6	6.3	6.3	–0.85	10	1.85	0.55	2.0	4.3	200
	Ua	Ug3	Ug2	Ug1	Rg1	Ia	Ig2	S	µg2g1	ra	14327
	V	V	V	V	MOHM	mA	mA	mA/V		kOHM	14327

S = 1.1 ... 2.0 mA/V

	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	MOHM	V	µA	Rate	Ref *?
6788					0.6	-	0.95	1.0			MIN	Syl57
	100	100	–1.34	1500	0.8	0.09	1.15	1.2	–2.8	10	NOM
					1.0	0.2	1.35	-			MAX
1603	100	100	–3.0	1200	2.0	0.5	1.185	1.0	–7.0	0	NOM	Rca41
								1.5			MIN
	250	100	–3.0	1200	2.0	0.5	1.225	-	–7.0	0	NOM
	250	180	–3.0	288	8.3	2.1	2.0	0.9			NOM
1620	100	100	–3.0	1200	2.0	0.5	1.185	1.0	–7.0	0	NOM	323 Rca43
								1.0			MIN
	250	100	–3.0	1200	2.0	0.5	1.225	-	–7.0	0	NOM
6SJ7	100	100	–3.0	789	2.9	0.9	1.575	0.7	–8.0	10	NOM	228 229 Get56 Rca57
6SJ7	250	100	–3.0	789	3.0	0.8	1.65	1.0	–8.0	10	NOM	228 229 Get56 Rca57
6J8					2.0	0.4	1.3				MIN	Ccc
	-	-	–3.0	790	3.0	0.8	1.65	-			NOM
					4.0	1.2	2.0				MAX
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	17286
	V	V	V	OHM	mA	mA	mA/V	MOHM	V	µA	Rate	17286


	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	Ref *?
	V	V	V	V	OHM	mA	mA	mA/V		MOHM	Rate	Ref *?
ECF83	60	0	50	–2.3	541	3.0	1.25	1.3	10	0.6	NOM	Sie64
RV12P2000	150	0	75	–2.3	900	2.0	0.5	1.5	18	1.0	NOM	Rwn56
				–1.7			0.4	1.3		1.0	MIN	295 Tfk44
	210	0	75	–2.35	900	2.0	0.55	1.5	18	-	NOM
				–3.0			0.7	1.7			MAX
	210	0	75	0	-	7.0	-	-	-	-	NOM	Tfk44
	210	0	75	–7.0	-	0.1	-	-	-	-	NOM
	210	–70	75	0	-	0.1	-	-	-	-	NOM
EF40	250	0	140	–2.0	563	3.0	0.55	1.85	38	2.5	NOM	Phi54
EF86	250	0	140	–2.0	556	3.0	0.6	2.0	38	2.5	NOM	Sie64 Tfk68
EF86	250	0	140	–2.2	611	3.0	0.6	2.2	38	2.5	NOM	Phi70
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	13881
	V	V	V	V	OHM	mA	mA	mA/V		MOHM	Rate	13881

	Uba	Ug3	Ubg2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	Ref *?
	V	V	V	V	OHM	mA	mA	mA/V		MOHM	Rate	Ref *?
RV12P2000	210	0	210	60	600	4.5	1.2	-	-	-	NOM	Rwn56
						-	-	-	-	1.0	MIN	Tfk44
	210	0	210	240	900	2.0	0.55	1.5	18	-	NOM	Tfk44
EF804	250	-	140	–2.0	-	3.0	0.6	2.0	38	2.0	NOM	Tfk65
EF804S	250	-	140	-	500	3.2	0.6	2.0	38	2.0	NOM	Tfk65
EF806S	250	-	140	-	500	3.2	0.6	2.0	38	2.5	NOM	Tfk65
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	13879
	V	V	V	V	OHM	mA	mA	mA/V		MOHM	Rate	13879

	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µ	ra	Rate	Ref *?
	V	V	V	V	OHM	mA	mA	mA/V		MOHM	Rate	Ref *?
EF6 UF6	100	0	100	–2.0	526	3.0	0.8	1.8	1800	1.0	NOM	Phi40 Rat49
EF6 UF6	200	0	100	–2.0	526	3.0	0.8	1.8	3600	2.0	NOM	Phi40 Rat49
EF6	250	0	100	–2.0	526	3.0	0.8	1.8	4500	2.5	NOM	Phi40
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µ	ra	Rate	17999
	V	V	V	V	OHM	mA	mA	mA/V		MOHM	Rate	17999


	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ug1	Ia	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V		MOHM	V	µA	Rate	Ref *?
E80F	250	100	–2.0	550	3.0	0.65	1.85	25	1.5	–7.5	20	NOM	Tfk65 Val62
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ug1	Ia	Rate	14677
	V	V	V	OHM	mA	mA	mA/V		MOHM	V	µA	Rate	14677

S = 2.1 ... 3.0 mA/V
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ref *?
EF7	250	-	100	–1.5	-	3.0	-	2.1	-	2000	Tfk36
EF12	100	-	100	–2.0	500	3.0	1.0	2.1	25	400	Phi53 Tfk39
	200	-	100	–2.0	500	3.0	1.0	2.1	25	1500
	250	-	100	–2.0	500	3.0	1.0	2.1	25	2000
CF7	200	-	100	–2.0	500	3.0	1.1	2.1	-	2000	Rwm53
AF7	250	0	100	–2.0	488	3.0	1.1	2.1	-	2000	Phi59
NF2	200	0	100	–2.0	500	3.0	1.0	2.2	-	1800	Tfk
NF2	200	0	100	0	-	9.0	-	-	-	-	Tfk
EF410	250	-	100	–2.0	258	6.0	1.75	2.7	21	1000	Mik60
	V	V	V	V	OHM	mA	mA	mA/V		kOHM	13875
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µ	ra	Ref *?
EF1	250	-	100	–2.0	-	3.0	-	2.3	4000	1700	Tfk35
	V	V	V	V	OHM	mA	mA	mA/V		kOHM	13976

	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA	14676
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	Ref *?
6AJ5	28	28	–1.0	270	2.7	1.0	2.5	100	–4.5	0.01	NOM	Syl56
	Ua	Ug2	Rg1	Ia	Ig2	If	S	ra	Ug1	Ia	Rate	Ref *?
5905				1.4	0	40	2.35	90		0	MIN	Syl57
	26.5	26.5	2.2	2.1	0.75	45	2.85	150	–3.0	0.01	NOM
				2.8	1.5	50	3.35	-		0.1	MAX
	V	V	MOHM	mA	mA	mA	mA/V	kOHM	V	mA	14676

	V	V	V	V	mA	mA	mA/V		kOHM	V	mA	13892
	Ua	Ug3	Ug2	Ug1	Ia	Ig2	S	µg2g1	ra	Ug1	Ia	Ref *?
RL12P2	130	0	130	–6.0	15	3.0	2.3	8.3	>70	–25	1.0	Lor42
	Ua	Ug3	Ug2	Ug1	Ia	Ig2	S	µg2g1	ra	Ug3	Ia	Ref *?
EF70	100	0	100	–2.0	3.0	2.5	2.5	38	100	–12	0.1	Val55
	V	V	V	V	mA	mA	mA/V		kOHM	V	mA	13865

S = 3.1 ... 4.0 mA/V

	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	Ref *?
6GE6	150	150	–2.0	278	5.5	1.7	3.2	340	–8.0	50	NOM	Tse60
					-	-	-	7000			MIN
	100	50	-	-	0.1	-	-	-			NOM
6J2B-W					3.5	-	2.8				MIN	Kaz68 Mel81
	120	120	–1.9	200	5.5	4.0	3.75	-			NOM
					7.5	5.5	4.7				MAX
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	17284
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	17284

S = 4.1 ... 5.0 mA/V
	Uba	Ubg2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Ref *?
18GD6A	100	100	–1.05	150	5.0	2.0	4.3	500	–4.7	0.01	Rca62
5654	120	120	–2.0	200	7.5	2.5	5.0	340	–8.5	0.01	Tfk65
5702	120	120	–2.0	200	7.5	2.5	5.0	150	–9.0	0.2	Tfk65
5702WB	120	120	–2.0	200	7.5	2.6	5.0	150	–9.0	0.05	Tfk65
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA	13745
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Ref *?
6BH6	100	100	–1.0	200	3.6	1.4	3.4	700	–5.0	0.01	Get57 Rca55
6BH6	250	150	–1.0	97	7.4	2.9	4.6	1400	–7.7	0.01	Get57 Rca55
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA	13731

	V	V	V	OHM	mA	mA	mA	mA/V	kOHM	V	mA	14687
	Ua	Ug2	Ug1	Rk	Ia	Ig2	If	S	ra	Ug1	Ia	Rate	Ref *?
5906					5.5	0.5	40	4.1	150		0	MIN	Syl57
	100	100	–1.5	150	7.5	2.4	45	5.0	260	–9.0	-	NOM
					9.5	3.5	50	5.9	-		0.05	MAX

	V	V	V	OHM	mA	mA	mA/V		kOHM	13868
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ref *?
EF72	100	100	–1.4	152	7.0	2.2	5.0	36	250	Val55
EF762	100	100	–1.5	150	7.5	2.5	5.0	36	250	Fwe56

	V	V	V	V	OHM	mA	mA	mA/V		kOHM	14316
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ref *?
C3d C3e	220	-	200	–2.5	140	14	3.5	4.1	-	550	Sie64
C3e	220	0	200	–2.5	140	14	3.8	4.1	-	550	Lor56

S = 5.1 ... 6.0 mA/V
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ug1	Ia	Ref *?
6BC5	100	100	–1.1	180	4.7	1.4	4.9	-	600	–5.0	0.01	Rca55
	125	125	–1.04	100	8.0	2.4	6.1	-	500	–6.0	0.01
	250	150	–1.7	180	7.5	2.1	5.7	-	800	–8.0	0.01
ECF82	170	110	–0.9	67	10	3.5	5.5	32	400	–10	0.01	Wfb61
	V	V	V	OHM	mA	mA	mA/V		kOHM	V	mA	15074

		V	V	V	V	mA	mA	mA/V		kOHM		V	mA		13868
		Ua	Ug3	Ug2	Ug1	Ia	Ig2	S	µg2g1	ra		Ug3	Ia		Ref *?
EF73		100	0	100	–2.0	7.5	2.5	5.25	28	250		–60	0.1		Val55

S = 6.1 ... 7.0 mA/V

	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V		kOHM	Rate	Ref *?
ECF80	170	170	–2.0	156	10	2.8	6.2	47	400	NOM	Sie64
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	13871
	V	V	V	OHM	mA	mA	mA/V		kOHM	Rate	13871


	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	Ref *?
6CB6	200	150	–2.2	180	9.5	2.8	6.2	600	–8.0	10	NOM	Rca55
6J10B-WR					7.0	-	4.4				MIN	Mel85
	120	120	–1.8	100	10.5	7.5	6.5	-			NOM
					14	10	8.6				MAX
19Q9	125	125	–1.0	63	12	4.0	6.5	200			NOM	Syl64
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	17284
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	17284

S = 7.0 ... 8.0 mA/V

	Uba	Ubg2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ib	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA	Rate	Ref *?
6AN8	125	125	–0.9	56	12	3.8	7.8	170	–6.0	0.02	NOM	Syl
6AN8	125	125	-	0	-	-	-	-	–3.0	1.6	NOM	Syl
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ib	Rate	17978
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA	Rate	17978

	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA	15094
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Ref *?
6GH8A	125	125	–1.0	63	12	4.0	7.5	200	–8.0	0.01	Rca63
6C9 6CY5 6FV6	125	80	–1.0	87	10	1.5	8.0	100	–6.0	0.02	Syl61 Get58 Rca59 Syl59
	Uba	Ubg2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Ref *?
6CF6	125	125	–0.9	56	12.5	3.7	7.8	300	–6.0	0.02	Rca59
6CF6									–3.0	2.2	Rca59
6CB6A	125	125	–0.94	56	13	3.7	8.0	280	–6.5	0.02	Rca59
6CB6A									–3.0	2.8	Rca59
6DE6	125	125	–1.1	56	15.5	4.2	8.0	250	–9.0	0.02	Rca59
6DE6	125	125	–5.5	-	-	-	0.7	-			Rca59
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA	13731
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	S	Ref *?
6EA5	250	140	–1.0	91	10	0.95	8.0	150	–6.0	0.1	Rca61
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA/V	13737

	V	V	V	V	OHM	mA	mA	mA/V		kOHM	13960
	Uba	Ug3	Ubg2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ref *?
EF800	170	0	170	–2.0	160	10	2.5	7.5	50	400	Tfk65
EF91	250	0	250	–2.0	159	10	2.55	7.65	70	1000	Phi55
EF802	170	0	170	–1.8	120	12	3.0	8.0	50	300	Tfk65
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ref *?
UF80	170	0	170	–2.0	160	10	2.5	7.4	50	400	Sie64
EF80	170	0	170	–2.0	160	10	2.5	7.4	50	500	Sie64
	200	0	200	–2.55	202	10	2.6	7.1	50	550
	250	0	250	–3.5	273	10	2.8	6.8	50	650
EF54	250	-	250	–1.7	150	10	1.45	7.7	80	500	Mul47
UF42	170	0	170	–2.0	156	10	2.8	8.0	52	300	Phi50
	V	V	V	V	OHM	mA	mA	mA/V		kOHM	14527

		V	V	V	MOHM	mA	mA	mA/V	kOHM		V	mA		13731
		Ua	Ug2	Ubg1	Rg1	Ia	Ig2	S	ra		Ug1	Ia		Ref *?
6CE5		125	125	–1.0	1.0	11	2.3	7.6	300		–5.0	0.035		Rca62

S = 8.1 ... 9.0 mA/V
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Ref *?
PTT213P	200	-	200	–1.6	125	10.5	2.0	8.5	-	500	Csf64
EF42	250	0	250	–2.0	161	10	2.4	9.0	83	500	Phi52
	V	V	V	V	OHM	mA	mA	mA/V		kOHM	15264

		V	V	V	V	OHM		mA	mA	mA/V	kOHM		V	µA		15006
		Ua	Ug3	Ug2	Ug1	Rk		Ia	Ig2	S	ra		Ug1	Ib		Ref *?
6AH6		300	0	150	–2.0	160		10	2.5	9.0	500		–7.0	10		Get51

		V	V	V	OHM		mA	mA	mA/V	kOHM		V	mA/V		13746
		Ua	Ug2	Ug1	Rk		Ia	Ig2	S	ra		Ug1	S		Ref *?
6EV5		250	80	–1.0	81		11.5	0.9	8.8	150		–4.5	0.1		Rca61

S = 9.1 ... 10 mA/V

	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	Ref *?
6J5B-W					10	-	7.6				MIN	Kaz68 Orz75
	120	120	–1.9	100	15	4.0	10	-			NOM
					22	6.0	12.5				MAX
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	17285
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	17285

	Uba	Ubg2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	Ref *?
6HS6	150	75	–0.79	68	8.8	2.8	9.5	500	–4.0	20	NOM	Rca62
6DK6	125	125	–0.88	56	12	3.8	9.8	350	–6.5	20	NOM	Get58 Rca59
	Uba	Ubg2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	13733
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	13733

S = 10.1 ... 15 mA/V

	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ib	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	Ref *?
ECF804	150	150	–2.0	217	7.0	2.2	11	350			NOM	Rat64
6EW6	125	125	–0.8	56	11	3.2	14	200	–3.5	20	NOM	Get58
	Ua	Ug2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ib	Rate	15308
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	15308

	Uba	Ubg2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	S	Rate	Ref *?
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA/V	Rate	Ref *?
4HT6	125	125	–1.06	56	15	4.0	14	143	–4.5	0.1	NOM	Rca63
4HT6									–3.5	0.3	NOM	Rca63
4HM6	125	125	–0.91	56	13	3.2	15	156	–3.0	0.1	NOM	Rca63
	Uba	Ubg2	Ug1	Rk	Ia	Ig2	S	ra	Ug1	S	Rate	13729
	V	V	V	OHM	mA	mA	mA/V	kOHM	V	mA/V	Rate	13729


	Uba	Ubg2	Ubg1	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	Ref *?
	V	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	Ref *?
5847						9.0	-	10				MIN	Lme58 Lme
	150	150	0	–1.9	110	13.5	4.0	13	200	–4.5	10	NOM
						18	6.0	16				MAX
	160	160	+8.5	–2.0	600	13.5	4.0	13	200	–4.5	10	NOM
	Uba	Ubg2	Ubg1	Ug1	Rk	Ia	Ig2	S	ra	Ug1	Ia	Rate	17287
	V	V	V	V	OHM	mA	mA	mA/V	kOHM	V	µA	Rate	17287


	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	Ref *?
	V	V	V	V	OHM	mA	mA	mA/V		kOHM	Rate	Ref *?
AF100	250	0	200	–2.1	126	15	1.65	10.5	59	300	NOM	215 Tfk44
	250	0	200	–7.5	-	0.5	-	-	-	-	NOM
	125	0	200	0	-	35	-	-	-	-	NOM
6F14	140	-	140	–1.25	37	27	6.5	10.6	33	125	NOM	Mik60
ECF801						-	-	-	-	350	MIN	Cif68
ECF801	170	-	120	–1.4	108	10	3.0	11	55	-	NOM	Cif68
ECF803						-	-	-	-	350	MIN	Rft66 Rft67
ECF803	170	-	120	–1.4	110	10	3.0	11	55	-	NOM	Rft66 Rft67
6EJ7	190	-	190	–2.35	167	10	4.1	15	-	350	NOM	Rca62
6EJ7	200	-	200	–2.5	177	10	4.1	15	-	350	NOM	Rca62
EF184	200	-	200	–2.5	177	10	4.1	15	60	380	NOM	Sie64 Tfk68
	Ua	Ug3	Ug2	Ug1	Rk	Ia	Ig2	S	µg2g1	ra	Rate	18000
	V	V	V	V	OHM	mA	mA	mA/V		kOHM	Rate	18000


	Ua	Ug3	Ug2	Ug1	Rg2	Rk	Ia	Ig2	S	ra	Rate	Ref *?
	V	V	V	V	kOHM	OHM	mA	mA	mA/V	kOHM	Rate	Ref *?
AF100	250	0	-	-	30	125	-	-	-	-	NOM	Tfk44
	Ua	Ug3	Ug2	Ug1	Rg2	Rk	Ia	Ig2	S	ra	Rate	13875
	V	V	V	V	kOHM	OHM	mA	mA	mA/V	kOHM	Rate	13875



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