DIOMAX0 • Grenzwerte von Dioden, Gleichrichtern und Thyratrons • Diodes, Rectifiers, and Thyratrons Maximum Ratings

KyteLabs InfoBase - Electron Tubes & Valves Data

Last modified: 2021-11-16 (20467)

9	Grenzwerte Maximum Ratings

9.9	Dioden, Gleichrichter und Thyratrons Diodes, Rectifiers, and Thyratrons

9.9.1

Vakuumdioden und Gleichrichter
Vacuum Diodes and Rectifiers

Ua (PK), Ua (PIV) = 100 ... 600 V

		Ua	Ua (PK)	Ua (PIV)		Ia	Ia (PK)		Ufk	Rkf		Uae @ Ia			Rate	Ref *?
		V	V	V		mA	mA		V	kOHM		V	µA		Rate	Ref *?
KB2		-	125	-		0.5	-		50	20					CEN	Phi40
AB2		-	200	-		0.8	-		50	20					CEN	Rat41
CB2		-	200	-		0.8	-		125	20					CEN	Rat41
EA50		50	-	560		5.0	-		50	-					CEN	Mik60 Mul46
		Ua	Ua (PK)	Ua (PIV)		Ia	Ia (PK)		Ufk	Rkf		Uae @ Ia			Rate	20463
		V	V	V		mA	mA		V	kOHM		V	µA		Rate	20463

		Ua	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ia	Ia (PK)		Ufk	Rkf		Rate	Ref *?

		V	V	V	V	V		mA	mA		V	kOHM		Rate	Ref *?
EB11		-	200	-	125	-		0.8	-		100	1000		CEN	Tfk39
EB4		-	-	350	-	50		0.8	5.0		75	20		CEN	Phi53
		Ua	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ia	Ia (PK)		Ufk	Rkf		Rate	18921
		V	V	V	V	V		mA	mA		V	kOHM		Rate	18921

		Ua	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ia	Ia (PK)		Ufk (PK)	CkL		Rate	Ref *?
		V	V	V	V	V		mA	mA		V	µF		Rate	Ref *?
EAA11		-	200	-	-	-		5.0	-		300	-		CEN	Rtt94
		Ua	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ia	Ia (PK)		Ufk (PK)	CkL		Rate	15452
		V	V	V	V	V		mA	mA		V	µF		Rate	15452

		Ua~	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ik=	Ik (PK)		Ufk+ (PK)	CkL		Rate	Ref *?
		V	V	V	V	V		mA	mA		V	µF		Rate	Ref *?
UY92		145	-	400	-	-		70	450		400	100		CEN	Phi55
		Ua~	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ik=	Ik (PK)		Ufk+ (PK)	CkL		Rate	14536
		V	V	V	V	V		mA	mA		V	µF		Rate	14536

		Ua~	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ikk=	Ik (PK)		Ufk+ (PK)	CkL		Rate	Ref *?
		V	V	V	V	V		mA	mA		V	µF		Rate	Ref *?
7A6		150	-	-	-	-		8.0	45		±330	-		CEN	Rca47
		Ua~	Ua (PK)	Ua (PIV)	Ukk	Ukk (PK)		Ikk=	Ik (PK)		Ufk+ (PK)	CkL		Rate	14536
		V	V	V	V	V		mA	mA		V	µF		Rate	14536

		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Uf	Ufk	Tb		Rate	Ref *?

		V	V		mA	mA	A		V	V	°C		Rate	Ref *?
6110		165	460		4.4	26.5	0.16		6.0/ 6.6	±360	220		ABS	Syl57
5896		165	460		10	60	0.35		6.0/ 6.6	±360	220		ABS	Syl57
5903		165	460		10	60	0.35		25.2/ 27.8	±360	220		ABS	Syl57
		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Uf	Ufk	Tb		Rate	14674
		V	V		mA	mA	A		V	V	°C		Rate	14674

		Ua~	Ua (PIV)		Ia	Ia (PK)	Ia (FSM)		Ufk (PK)	Ufk– (DC)	tf		Rate	Ref *?
		V	V		mA	mA	A		V	V	s		Rate	Ref *?
2EN5		-	-		5.0	-	-		±200	100	11		MAX	Syl59
		Ua~	Ua (PIV)		Ia	Ia (PK)	Ia (FSM)		Ufk (PK)	Ufk– (DC)	tf		Rate	14526
		V	V		mA	mA	A		V	V	s		Rate	14526

Ua (PK), Ua (PIV) = 600 ... 1000 V

		Ua (PIV)	Ua~		Ik=	Ia (PK)		Ufk+ (PK)	CkL		Rate	Ref *?
		V	V.RMS		mA	A		V	µF		Rate	Ref *?
UY89		700	250		100	0.6		550	50			Phi60
UY85		700	250		110	0.66		550	100			Phi54
		Ua (PIV)	Ua~		Ik=	Ia (PK)		Ufk+ (PK)	CkL		Rate	14355
		V	V.RMS		mA	A		V	µF		Rate	14355

		V.RMS	V		mA	A	A		V.RMS	V	V	µF		Rate	Ref *?

		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Ufk~	Ufk+ (PK)	Ufk+ (DC)	CkL		Rate	Ref *?
PY33		250	700		325	2.6	9.5		250	625	275	200		CEN	Mul62
		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Ufk~	Ufk+ (PK)	Ufk+ (DC)	CkL		Rate	14355
		V.RMS	V		mA	A	A		V.RMS	V	V	µF		Rate	14355

		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Ufk	Ufk (PK)	CkL	Tb		Rate	Ref *?
		V.RMS	V		mA	A	A		V	V	µF	°C		Rate	Ref *?
U107		250	700		90	0.54	1.8		350	700	16	250			Mar52
		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Ufk	Ufk (PK)	CkL	Tb		Rate	14682
		V.RMS	V		mA	A	A		V	V	µF	°C		Rate	14682

		V.RMS	V		mA	A	A		V	V	°C		Rate	Ref *?

		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Uf	Ufk	Tb		Rate	Ref *?
5641		330	930		57	0.3	1.1		6.0/6.6	±465	220		ABS	Syl57
		Ua~	Ua (PIV)		Ik=	Ia (PK)	Ia (FSM)		Uf	Ufk	Tb		Rate	14685
		V.RMS	V		mA	A	A		V	V	°C		Rate	14685

		V.RMS	mA		V.RMS	mA		V.RMS	mA		Mode	Ref *?

		Ua~ @ Ik=			Ua~ @ Ik=			Ua~ @ Ik=			Mode	Ref *?
5641		26.5	51		250	45		300	28.5		C-In CEN	SOA Syl57
5641		250	51		300	45		300	28.5		L-In CEN	SOA Syl57
		Ua~ @ Ik=			Ua~ @ Ik=			Ua~ @ Ik=			Mode	14685
		V.RMS	mA		V.RMS	mA		V.RMS	mA		Mode	14685

Ua (PK), Ua (PIV) = 1000 ... 2000 V

		Ua (PIV)	Ua~		Ikk=	Ia (PK)	Ia (FSM)		Ra	CkL	f	Tb		Mode	Ref *?
		V	V.RMS		mA	A	A		OHM	µF	Hz	°C		Mode	Ref *?
5W4		1000	350		110	-	-		-	4.0	-	-		C-In	Rca37
3DG4		1050	375		400	1.2	6.5		-	-	-	200		L-In SOA	Get60 MAX
			325		480				-	-				L-In SOA
			375		254				53	40				C-In SOA IK
			325		400				43	40
			33		480				0	-
5Z4		1100	400		125	-	-		-	8.0	-	-		C-In	Rca37
5Z4		1100	400		125	-	-		-	-	-	-		L-In	Rca37
5Z4		1400	350		125	0.375	-		50	40	-	-		C-In	Rca41
5Z4		1400	500		125	0.375	-		-	-	-	-		L-In	Rca41
5Y3GT		1400	500		125	0.44	2.5		-	-	-	-		L-In SOA	Get55 CEN
			350		160				-	-				L-In SOA
			500		79				135	-				C-In SOA IK
			350		125				50	20
			62		160				0	-
5V4G 5V4GA		1400	500		175	0.525	3.5		-	-	-	-		L-In	Syl53 Get55 CEN
5V4G 5V4GA		1400	375		175	0.525	3.5		100	10	-	-		C-In	Syl53 Get55 CEN
5AU4		1400	500		325	1.075	5.25		-	-	25- 1000	-		L-In SOA	403 Get60 CEN
			400		404				-	-				L-In SOA
			500		208				80	40				C-In SOA IK
			400		325				50	40
			58		404				0	-

		Ua (PIV)	Ua~		Ikk=	Ia (PK)	Ia (FSM)		Ra	CkL	f	Tb		Mode	15324
		V	V.RMS		mA	A	A		OHM	µF	Hz	°C		Mode	15324
5U4G		1550	550		225	0.675	2.35		-	-	-	-		L-In SOA	Rca51 CEN
			450		270				-	-				L-In SOA
			550		156				230	10				C-In SOA IK
			450		225				170	10
			60		270				-	-
			550		225	0.8	4.0		-	-	-	-		L-In SOA	Syl56 CEN
			450		286				-	-				L-In SOA
			550		142				122	-				C-In SOA IK
			450		225				85	40
			54		286				0	-
5U4GA		1550	550		250	0.9	-		-	-	-	-		L-In	Mik60 Rah65
5U4GA		1550	450		250	0.9	-		-	32	-	-		C-In	Mik60 Rah65
5U4GB		1550	550		275	1.0	4.6		-	-	-	-		L-In SOA	Get56 CEN
			450		348				-	-				L-In SOA
			550		174				97	40				C-In SOA IK
			450		275				67	40
			61		348				0	-

		Ua (PIV)	Ua~		Ikk=	Ia (PK)	Ia (FSM)		Ra	CkL	f	Tb		Mode	15320
		V	V.RMS		mA	A	A		OHM	µF	Hz	°C		Mode	15320
5V3		1550	550		380	1.3	6.0		-	-	-	-		L-In SOA	Get59 MAX
			475		480				-	-				L-In SOA
			550		234				75	40				C-In SOA IK
			475		380				60	40
			60		480				0	-
5V3A		1550	500		350	1.4	6.6		-	-	25- 1000	240		L-In SOA	Syl70 MAX
			425		450				-	-				L-In SOA
			500		220				-	-				C-In SOA IK
			425		350				50	40
			54		450				0	-
5AR4		1700	600		250	0.825	3.7		-	-	-	-		L-In SOA	Get59 MAX
			475		275				-	-				L-In SOA
			600		150				200	40				C-In SOA IK
			475		250				160	40
			25		275				0	-
5BC3 5BC3A		1700	600		300	1.0	5.0		-	-	60	-		L-In SOA	Rca61 MAX
	500		380	-	-									L-In SOA
	600		190	112	40			C-In SOA IK
	500		300	82	40
	66		380	0	-
	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ra	CkL	f	Tb	Mode	19330
	V	V.RMS	mA	A	A	OHM	µF	Hz	°C	Mode	19330

	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk	Ra	CkL	LkL	Mode	Ref *?
	V	V.RMS	mA	A	A	V	OHM	µF	H	Mode	Ref *?
6X5	1250	450	70	0.21	-	450	-	-	8.0	L-In	Rca43 CEN
6X5	1250	325	70	0.21	-	450	150	4.0	-	C-In	Rca43 CEN
6X5 7Y4	1250	450	70	0.21	-	450	-	-	10	L-In	Syl55 CEN
6X5 7Y4	1250	325	70	0.21	-	450	150	40	-	C-In	Syl55 CEN
6FX4	1250	450	90	0.27	-	500	-	-	7.0	L-In	Fiv56
6FX4	1250	350	90	0.27	-	500	300	4.0	-	C-In	Fiv56
	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk	Ra	CkL	LkL	Mode	14527
	V	V.RMS	mA	A	A	V	OHM	µF	H	Mode	14527

	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk (PK)	Ra	CkL	LkL	Mode	Ref *?
	V	V.RMS	mA	A	A	V	OHM	µF	H	Mode	Ref *?
EZ35	-	325	70	-	-	450	350	16	-	C-In	Mul46
6X4	1250	450	70	0.21	1.0	450	-	-	10	L-In	364 Rca53 Syl55 CEN
		325	84				-	-	10	L-In
		450	44				520	10	-	C-In
		325	70				520	10	-	C-In
	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk (PK)	Ra	CkL	LkL	Mode	14539
	V	V.RMS	mA	A	A	V	OHM	µF	H	Mode	14539

	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk–	Ufk+	CkL	Tb	Mode	Ref *?
	V	V.RMS	mA	A	A	V	V	µF	°C	Mode	Ref *?
E90Z	1250	325	70	0.21	-	100	450	32	200	C-In	Lor62
	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk–	Ufk+	CkL	Tb	Mode	14539
	V	V.RMS	mA	A	A	V	V	µF	°C	Mode	14539

	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk	Ufk~	Ufk (DC)	Tb	Rate	Ref *?
	V	V.RMS	mA	A	A	V	V	V	°C	Rate	Ref *?
12DF5	1275	450	63	0.35	2.0	-	225	450	-		Tse57
26Z5W	1375	-	55	0.3	1.0	450	-	-	-	ABS	Tse
	Ua (PIV)	Ua~	Ikk=	Ia (PK)	Ia (FSM)	Ufk	Ufk~	Ufk (DC)	Tb	Rate	14352
	V	V.RMS	mA	A	A	V	V	V	°C	Rate	14352

Ua (PIV) = 3.0 ... 4.5 kV

		W	kV		mA	A		V	µs	%	µF	°C		14353
		Pa	Ua (PIV)		Ia	Ia (PK)		Ufk (PK)	tp	tp/T	CkL	Tb		Rate	Ref *?
EY80		-	4.0		180	0.4		650	18	18	4.0	-			Wfb53

		W	kV		mA	A		V	V	V	V	s	°C		14350
		Pa	Ua (PIV)		Ia	Ia (PK)		Ufk– (DC)	Ufk– (PK)	Ufk+ (DC)	Ufk+ (PK)	tf	Tb		Rate	Ref *?
6BJ3		4.0	3.3		140	0.84		100	300	600	3300	-	-		MAX	Get63
6W4GT		-	3.85		-	-		-	-	500	2300	-	-		ABS	Get53 Tse53
6W4GT		3.5	-		125	0.75		100	300	-	-	-	-		CEN	Get53 Tse53
25W4GT		-	3.85		-	-		-	-	-	500	-	-		ABS	Get53
25W4GT		3.5	-		125	0.75		100	200	-	-	-	-		CEN	Get53
6W4GTA		4.0	3.95		140	0.84		100	300	800	3950	-	-		MAX	Get60
12AX4GTA		-	4.4		-	-		-	-	900	4400	-	-		ABS	Syl55
12AX4GTA		4.8	-		125	0.75		100	300	-	-	11	-		MAX	Syl55
6AX4GT 12AX4GT		-	4.4		-	-		-	-	900	4400	-	-		ABS	Syl55
6AX4GT 12AX4GT		4.8	-		125	0.75		100	300	-	-	-	-		MAX	Syl55
6AX4GT		5.0	4.4		137	0.825		100	300	900	4400	-	-		MAX	Tse63
6AX4GTA		5.3	4.4		165	1.0		100	300	900	4400	-	-		MAX	Tse59
6DA4		-	-		145	-		-	-	-	-	-	-		CEN	Tse57
		5.5	4.4		155	0.9		100	300	900	4400	11	-		MAX	Tse57
		5.5	4.4		155	0.9		100	300	900	4400	-	-		MAX	Get57
12D4		5.5	4.4		155	0.9		100	300	900	4400	11	-		MAX	Get57
6AU4GT 19AU4		-	4.5		-	-		-	-	-	4500	-	-		ABS	Syl56
6AU4GT 19AU4		6.0	-		175	1.05		100	300	900	-	-	-		CEN
19AU4												11			CEN
6AF3		6.0	4.5		185	0.75		100	300	1000	4500	-	210		MAX	Get59 Tse58
12AF3		6.0	4.5		185	0.75		100	300	1000	4500	11	210		MAX	Get59 Tse58
6AU4GTA 19AU4GTA		-	4.5		-	-		-	-	-	4500	-	-		ABS	Syl56 Tse62
6AU4GTA 19AU4GTA		6.0	-		190	1.15		100	300	900	-	-	-		CEN
19AU4GTA												11			CEN
6AU4GTA		6.5	-		210	1.3		100	300	900	-	-	-		MAX	Tse62
6BZ3		6.5	4.5		200	1.2		100	300	900	4500	-	-		MAX	Get66
17BZ3		6.5	4.5		200	1.2		100	300	900	4500	11	-		MAX	Get70
6BL4		-	4.5		-	-		-	-	-	4500	-	-		ABS	Syl55
6BL4		8.0	-		200	1.2		100	300	900	-	-	-		CEN	Syl55

Ua (PIV) = 4.5 ... 5.5 kV

		W	kV		mA	A	A		V	s	°C		14352
		Pa	Ua (PIV)		Ia	Ia (PK)	Ia (FSM)		Ufk	tf	Tb		Rate	Ref *?
836		-	5.0		250	1.0	5.0		-	40	-		ABS	237 Rca42 Rca61
1616		-	5.5		130	0.8	2.5		-	-	-		ABS	Rca42

		W	V	V	kV		mA	A		kV	µs	%	s	°C		20148
		Pa	Ub	Ubo	Ua (PIV)		Ia	Ia (PK)		Ufk+ (PK)	tp	tp/T	tf	Tb		Rate	Ref *?
EY81 PY81		3.5	250	550	5.0		150	0.45		5.0	18	22	-	-		CEN	Phi69
EY81 PY81		-	-	-	5.6		-	-		-	18	22	-	-		ABS	Phi69
EY81F PY81F		3.5	250	550	5.0		150	0.45		5.0	18	22	23	-		CEN	Cif68 Maf67
EY81F PY81F		-	-	-	5.6		-	-		-	18	22	-	-		ABS	Cif68 Maf67
EY83		-	-	-	5.0		150	0.45		5.0	15	15	-	-		CEN	Bri58
EY83		-	-	-	5.0		175	0.5		5.0	15	15	-	-		CEN	Bri60
PY83		-	-	-	5.0		175	0.5		5.0	18	18	-	-		CEN	Tfk56
PY83		-	-	-	5.6		-	-		5.6	18	18	-	-		ABS	Tfk56

		W	kV		mA	A		V	V	V	V	s	°C		14350
		Pa	Ua (PIV)		Ia	Ia (PK)		Ufk– (DC)	Ufk– (PK)	Ufk+ (DC)	Ufk+ (PK)	tf	Tb		Rate	Ref *?
6AX3		5.3	5.0		165	1.0		100	300	900	5000	-	-		MAX	Tse61
12AX3		5.3	5.0		165	1.0		100	300	900	5000	11	-		MAX	Tse62
6AX4GTB		5.3	5.0		165	1.0		100	300	900	5000	11	-		MAX	Tse59
6BA3		5.3	5.0		165	1.0		100	300	900	5500	-	-		MAX	Rca65
6AY3		6.5	5.0		175	1.1		100	300	900	5000	-	-		MAX	Rca63
6BW3		6.5	5.0		175	1.1		100	300	900	5000	-	-		MAX	Get70
22BW3		6.5	5.0		175	1.1		100	300	900	5000	11	-		MAX	Get67
6DE4		6.5	5.0		175	1.1		100	300	900	5000	-	-		MAX	Get60
6DE4		6.5	5.5		180	1.1		100	300	900	5500	-	-		MAX	Tse61
6DM4		6.5	5.0		175	1.1		100	300	900	5000	-	-		MAX	Tse62
12DM4		6.5	5.0		175	1.1		100	300	900	5000	11	-		MAX	Tse62
6BS3		6.0	5.0		200	1.1		100	300	900	5000	-	-		MAX	Rca63
6DM4A		6.5	5.0		200	1.2		100	300	900	5000	-	-		MAX	Tse63
12DM4A		6.5	5.0		200	1.2		100	300	900	5000	11	-		MAX	Tse63
6BE3		6.5	5.0		200	1.2		100	300	900	5000	-	-		MAX	Tse64
12BE3		6.5	5.0		200	1.2		100	300	900	5000	11	-		MAX	Tse64
6DA4A		8.0	5.0		185	0.9		100	300	1000	5000	-	-		MAX	Tse60
12D4A		8.0	5.0		185	0.9		100	300	1000	5000	11	-		MAX	Tse60
6CT3		4.75	5.0		250	1.2		100	300	900	5000	-	220		MAX	Rca68
6DW4		8.5	5.0		250	1.3		100	300	900	5000	-	-		MAX	Rca63
6CG3		9.0	5.0		350	1.05		100	300	900	5000	-	-		MAX	Get67
19DE3		9.0	5.0		350	1.05		100	300	900	5000	11	-		MAX	Get69
6CK3		6.5	5.2		250	1.2		100	300	900	5200	-	220		MAX	Rca69
6DQ4		6.0	5.5		175	1.0		100	300	900	5500	-	-		MAX	Rca65
6BH3A		6.8	5.5		180	1.1		100	300	900	5500	-	-		MAX	Rca64
6CQ4		6.5	5.5		190	1.2		100	300	900	5500	-	-		MAX	Tse61
6DT4		7.5	5.5		235	1.45		100	300	900	5500	-	-		MAX	Tse63
6DW4B		8.5	5.5		250	1.3		100	300	900	5500	-	-		MAX	Rca65
6CL3		8.5	5.5		250	1.3		100	300	900	5500	-	220		MAX	Rca66
6CJ3		6.5	5.5		350	2.1		100	300	900	5500	-	-		MAX	Get67
6DN3		9.0	5.5		350	2.1		100	300	900	5500	-	220		MAX	Rca70
6CM3		12	5.5		400	1.7		100	300	900	5500	-	-		MAX	Rca67

Ua (PIV) = 5.5 ... 6.5 kV

		W	V	V	kV		mA	A		kV	µs	%	°C		14354
		Pa	Ub	Ubo	Ua (PIV)		Ia	Ia (PK)		Ufk (PK)	tp	tp/T	Tpin		Rate	Ref *?
EY500A		11	-	-	5.6		440	0.8		6.3	18	22	-		CEN	Tfk68
EY500A		-	-	-	7.0		-	-		-	18	22	140		ABS	Tfk68
PY500A		11	-	-	5.6		440	1.0		6.3	18	22	-		CEN	Phi72
PY500A		-	-	-	7.0		-	-		-	18	22	-		ABS	Phi72
EY88 PY88		5.0	250	550	6.0		220	0.55		6.6	18	22	-		CEN	Cif68 Phi70
EY88 PY88		-	-	-	7.5		-	-		-	18	22	-		ABS	Cif68 Phi70

		W	kV		mA	A		V	V	V	V	s	°C		14350
		Pa	Ua (PIV)		Ia	Ia (PK)		Ufk– (DC)	Ufk– (PK)	Ufk+ (DC)	Ufk+ (PK)	tf	Tb		Rate	Ref *?
6V3		-	6.0		135	0.6		-	-	750	6750	-	-		ABS	Syl52
6V3A		-	6.0		-	-		-	-	750	6750	-	-		ABS	Syl55
6V3A		2.7	-		135	0.8		100	300	-	-	-	-		CEN	Syl55
6CD3		12	6.0		350	1.5		100	300	1000	6000	-	-		MAX	Tse62
6DK3		9.0	6.5		400	1.2		100	300	900	6500	-	220		MAX	Get73
19DK3		9.0	6.5		400	1.2		100	300	900	6500	11	220		MAX	Get73
6DL3		11	6.5		400	1.8		100	300	900	6500	-	220		MAX	Rca71

Ua (PIV) = 6.5 ... 10 kV

		W	kV		mA	A		kV	µs	%	s	°C		14344
		Pa	Ua (PIV)		Ia	Ia (PK)		Ufk (PK)	tp	tp/T	tf	Tb		Rate	Ref *?
6AL3		5.0	-		220	0.55		6.6	10	15	-	-		CEN	Rca62
6AL3		-	7.5		-	-		-	10	15	-	-		ABS	Rca62

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Telefunken RG62	Telefunken RSQ7,5/0,6