Die Spannungs- und Stromangaben sind als Betrag aufzufassen. Vorzeichen müssen entsprechend Betriebsart und Polarität des Halbleitermaterials gesetzt werden.

Voltage and current ratings are given as magnitude, where the sign has to be set according to operating condition and polarity of the semiconductor material.

gfs, |y21s| < 1.0 mA/V
		Rate	gfs	@f	UDS	UGS		Rate	Ciss	Crss	@f	UDS	UGS (OFF)		@TA	Ref *?
			µA/V	kHz	V	V			pF	pF	kHz	V	V		°C
2N2841		MIN	60	1.0	5.0	0		MAX	6.0	-	140	5.0	1.0		25	Sil74
U146		MIN	60	1.0	10	0		MAX	6.0	-	140	10	1.0		25	Sil74
2N2606		MIN	110	1.0	5.0	0		MAX	6.0	-	140	5.0	1.0		25	Sil74
U110		MIN	110	1.0	10	0		MAX	6.0	-	140	10	1.0		25	Sil74
2N2842		MIN	180	1.0	5.0	0		MAX	10	-	140	5.0	1.0		25	Sil74
U147		MIN	180	1.0	10	0		MAX	10	-	140	10	1.0		25	Sil74
2N2607		MIN	330	1.0	5.0	0		MAX	10	-	140	5.0	1.0		25	Sil74
2N2843		MIN	540	1.0	5.0	0		MAX	17	-	140	5.0	1.0		25	Sil74
U148		MIN	540	1.0	10	0		MAX	17	-	140	10	1.0		25	Sil74
		Rate	gfs	@f	UDS	UGS		Rate	Ciss	Crss	@f	UDS	UGS (OFF)		@TA	14073
			µA/V	kHz	V	V			pF	pF	kHz	V	V		°C
		Rate	gfs	@f	UDS	UGS		Rate	Ciss	Crss	@f	UDS	UGS (OFF)		@TA	Ref *?
			µA/V	kHz	V	V			pF	pF	MHz	V	V		°C
2N3328		MIN	100	1.0	10	0		MAX	4.0	-	1.0	10	1.0		25	Sil74
		Rate	gfs	@f	UDS	UGS		Rate	Ciss	Crss	@f	UDS	UGS (OFF)		@TA	14073
			µA/V	kHz	V	V			pF	pF	MHz	V	V		°C

	Rate		F	@f	UDS	UGS	RG		@TA	Ref *?
			dB	kHz	V	V	MOHM		°C
2N2606  2N2607 2N2841 2N2842	MAX		3.0	1.0	5.0	0	10		25	Sil74
2N2843	MAX		3.0	1.0	5.0	0	1.0		25	Sil74
2N3328	MAX		3.0	1.0	10	0	10		25	Sil74
	Rate		F	@f	UDS	UGS	RG		@TA	14073
			dB	kHz	V	V	MOHM		°C

	Rate		|yfs|	|yos|	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	Ref *?
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C
MPF111	MIN		0.5	-	1.0		-	-	1.0							10	0	25	Mot74
	TYP		3.0	20			4.5	1.5
MPF161	MIN		0.8	-	1.0		-	-	1.0							15	0	25	Mot74
	MAX		6.0	75			7.0	2.0
	Rate		|yfs|	|yos|	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	17623
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C
	Rate		yfs	yos	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	Ref *?
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C
MPF109	MIN		0.8	-	1.0		-	-	1.0							15	0	25	Mot74
	MAX		6.0	75			7.0	3.0
	Rate		yfs	yos	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	17623
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C

	Rate		F	@f	f	RG		Uen	@f	f		@UDS	UGS	TA	Ref *?
			dB	kHz	Hz	MOHM		nV/ √Hz	kHz	Hz		V	V	°C
MPF109	MAX		2.5	1.0	-	1.0						15	0	25	Mot74
MPF161	MAX		2.5	1.0	1.0	1.0		115	1.0	1.0		15	0	25	Mot74
	Rate		F	@f	f	RG		Uen	@f	f		@UDS	UGS	TA	17623
			dB	kHz	Hz	MOHM		nV/ √Hz	kHz	Hz		V	V	°C

	Rate		yfs	RE	OR	YE	GN	BL	VL	WH	@UDS	UGS		@TA	Ref *?
			mA/V	mA/V		mA/V		mA/V		mA/V	V	V		°C
MPF109  MPF161	MIN		0.8	1.0	1.0	1.5	1.5	2.0	2.0	0.8	15	0		25	Mot74 132
	MAX		6.0	4.0	4.0	5.0	5.0	6.0	6.0	3.2
	Rate		yfs	RE	OR	YE	GN	BL	VL	WH	@UDS	UGS		@TA	17623
			mA/V	mA/V		mA/V		mA/V		mA/V	V	V		°C

gfs, |y21s| = 1.0 ... 3.0 mA/V
		Rate	gfs	@f	UDS	UGS		Rate	Ciss	Crss	@f	UDS	UGS (OFF)		@TA	Ref *?
			mA/V	kHz	V	V			pF	pF	kHz	V	V		°C
2N2608		MIN	1.0	1.0	5.0	0		MAX	17	-	140	5.0	1.0		25	Sil74
U112		MIN	1.0	1.0	10	0		MAX	17	-	140	10	1.0		25	Sil74
2N2844		MIN	1.4	1.0	5.0	0		MAX	30	-	140	5.0	1.0		25	Sil74
U149		MIN	1.4	1.0	10	0		MAX	30	-	140	10	1.0		25	Sil74
2N2609		MIN	2.5	1.0	5.0	0		MAX	30	-	140	5.0	1.0		25	Sil74
		Rate	gfs	@f	UDS	UGS		Rate	Ciss	Crss	@f	UDS	UGS (OFF)		@TA	14073
			mA/V	kHz	V	V			pF	pF	kHz	V	V		°C

		Rate	|y21s|	g22s	@f		Rate	g11s	|y21s|	g22s	@f		@UDS	UGS	TA	Ref *?
			mA/V	µS	kHz			µS	mA/V	µS	MHz		V	V	°C
BF410A		MIN	2.5	-	1.0		TYP	100	3.5	35	100		10	0	25	Val80
		MAX	-	60
		Rate	|y21s|	g22s	@f		Rate	g11s	|y21s|	g22s	@f		@UDS	UGS	TA	15903
			mA/V	µS	kHz			µS	mA/V	µS	MHz		V	V	°C

	Rate		F	@f	UDS	UGS	RG		@TA	Ref *?
			dB	kHz	V	V	MOHM		°C
2N2608  2N2609 2N2844	MAX		3.0	1.0	5.0	0	1.0		25	Sil74
	Rate		F	@f	UDS	UGS	RG		@TA	14073
			dB	kHz	V	V	MOHM		°C
	Rate		F	@f	UDS	UGS	YG		@TA	Ref *?
			dB	MHz	mS	V	V		°C
BF410A  BF410B	TYP		1.5	100	10	0	1.0-j3.0		25	Val80
	Rate		F	@f	UDS	UGS	YG		@TA	15903
			dB	MHz	mS	V	V		°C

	Rate		C11s	C12s	C22s	@f	UDS	UGS		TA	Ref *?
			pF	pF	pF	MHz	V	V		°C
BF410A  BF410B	TYP		-	0.3	-	1.0	10	0		25	Val80
	MAX		5.0	0.4	3.0
	Rate		C11s	C12s	C22s	@f	UDS	UGS		TA	15903
			pF	pF	pF	MHz	V	V		°C

	Rate		|yfs|	|yos|	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	Ref *?
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C
MPF112	MIN		1.0		1.0		-	-	1.0			0.8		100		10	0	25	Mot74
	TYP		-				8.0	3.0				-
	MAX		7.5				-	-				-
MPF102	MIN		2.0		1.0		-	-	1.0		-	1.6	-	100		15	0	25	Mot74
	MAX		7.5				7.0	3.0			800	-	200
	Rate		|yfs|	|yos|	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	17623
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C
	Rate		yfs	|yos|	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	Ref *?
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C
MPF108	MIN		2.0	-	1.0		-	-	1.0		-	1.6	-	100		15	0	25	Mot74
	MAX		7.5	75			6.5	2.5			800	-	200
	Rate		yfs	|yos|	@f		Ciss	Crss	@f		gis	|yfs|	gos	@f		@UDS	UGS	TA	17623
			mA/V	µS	kHz		pF	pF	MHz		µS	mA/V	µS	MHz		V	V	°C

	Rate		F	@f	RG		F	@f	RG		@UDS	UGS	TA	Ref *?
			dB	kHz	MOHM		dB	MHz	kOHM		V	V	°C
MPF108	MAX		2.5	1.0	1.0		3.0	100	1.0		15	0	25	Mot74
	Rate		F	@f	RG		F	@f	RG		@UDS	UGS	TA	17623
			dB	kHz	MOHM		dB	MHz	kOHM		V	V	°C

	Rate		yfs	RE	OR	YE	GN	BL	VL	WH	@UDS	UGS		@TA	Ref *?
			mA/V	mA/V		mA/V		mA/V		mA/V	V	V		°C
MPF108	MIN		2.0	-	2.0	2.0	2.5	2.5	3.0	-	15	0		25	Mot74 132
	MAX		7.5	-	6.5	6.5	7.0	7.0	7.5	-
	Rate		yfs	RE	OR	YE	GN	BL	VL	WH	@UDS	UGS		@TA	17623
			mA/V	mA/V		mA/V		mA/V		mA/V	V	V		°C

gfs, |y21s| = 3.0 ... 8.0 mA/V
		Rate	|y21s|	g22s	@f		Rate	g11s	|y21s|	g22s	@f		@UDS	UGS	TA	Ref *?
			mA/V	µS	kHz			µS	mA/V	µS	MHz		V	V	°C
BF410B		MIN	4.0	-	1.0		TYP	90	5.5	55	100		10	0	25	Val80
		MAX	-	80
		Rate	|y21s|	g22s	@f		Rate	g11s	|y21s|	g22s	@f		@UDS	UGS	TA	15903
			mA/V	µS	kHz			µS	mA/V	µS	MHz		V	V	°C
		Rate	|y21s|	g22s	@f		Rate	g11s	|y21s|	g22s	@f		@UDS	ID	TA	Ref *?
			mA/V	µS	kHz			µS	mA/V	µS	MHz		V	mA	°C
BF410D		MIN	3.5	-	1.0		TYP	50	5.0	90	100		10	5.0	25	Val80
		MAX	-	120
BF410C		MIN	4.0	-	1.0		TYP	60	5.0	70	100		10	5.0	25	Val80
		MAX	-	100
		Rate	|y21s|	g22s	@f		Rate	g11s	|y21s|	g22s	@f		@UDS	ID	TA	15903
			mA/V	µS	kHz			µS	mA/V	µS	MHz		V	mA	°C

	Rate		fy21s	|y21s|	|y22s|	@f		g11s	|y21s|	g22s	@f		@UDS	UGS	TA	Ref *?
			MHz	mA/V	µS	kHz		µS	mA/V	µS	MHz		V	V	°C
BF245	MIN		-	3.0	-	1.0		-	-	-	200		15	0	25	Txi78 Val80
	TYP		700	5.5	25			250	6.0	40
	MAX		-	6.5	-			-	-	-
BF256	MIN		-	4.5	-	1.0							15	0	25	Val80
	TYP		1000	5.0	-
	Rate		fy21s	|y21s|	|y22s|	@f		g11s	|y21s|	g22s	@f		@UDS	UGS	TA	15903
			MHz	mA/V	µS	kHz		µS	mA/V	µS	MHz		V	V	°C

	Rate		F	@f	UDS	UGS	RG		@TA	Ref *?
			dB	MHz	V	V	kOHM		°C
BF245	TYP		1.5	100	15	0	1.0		25	Val80
	Rate		F	@f	UDS	UGS	RG		@TA	15903
			dB	MHz	V	V	kOHM		°C
	Rate		F	@f	UDS	ID	YG		@TA	Ref *?
			dB	MHz	V	mA	mS		°C
BF410C  BF410D	TYP		1.5	100	10	5.0	1.0-j3.0		25	Val80
	Rate		F	@f	UDS	ID	YG		@TA	15903
			dB	MHz	V	mA	mS		°C

	Rate		C11s	C12s	C22s	@f	UDS	UGS (OFF)		TA	Ref *?
			pF	pF	pF	MHz	V	V		°C
BF245	TYP		4.0	1.1	1.6	1.0	20	1.0		25	Val80
	Rate		C11s	C12s	C22s	@f	UDS	UGS (OFF)		TA	15903
			pF	pF	pF	MHz	V	V		°C

	Rate		C12s	@UGS (OFF)		C22s	@UGS		@f	UDS	TA	Ref *?
			pF	V		pF	V		MHz	V	°C
BF256	TYP		0.7	1.0		1.6	0		1.0	20	25	Val80
	Rate		C12s	@UGS (OFF)		C22s	@UGS		@f	UDS	TA	15903
			pF	V		pF	V		MHz	V	°C

	Rate		C11s	C12s	C22s	@f	UDS	ID		TA	Ref *?
			pF	pF	pF	MHz	V	mA		°C
BF410C  BF410D	TYP		-	0.3	-	1.0	10	5.0		25	Val80
	MAX		5.0	0.4	3.0
	Rate		C11s	C12s	C22s	@f	UDS	ID		TA	15903
			pF	pF	pF	MHz	V	mA		°C

		Rate	yfs	@f	UGS		Rate	Coss	@f	ID		Ciss	Crss	@f	ID		@UDS	TA	Ref *?
			mA/V	kHz	V			pF	kHz	mA		pF	pF	MHz	mA		V	°C
MPF256		MIN	6.0	1.0	0		TYP	2.0	1.0	10		3.0	1.2	1.0	10		15	25	Mot74
		Rate	yfs	@f	UGS		Rate	Coss	@f	ID		Ciss	Crss	@f	ID		@UDS	TA	17623
			mA/V	kHz	V			pF	kHz	mA		pF	pF	MHz	mA		V	°C

gfs, |y21s| = 8.0 ... 24 mA/V
	Rate		fy21s	|y21s|	@f	UGS		C11s	C12s	C22s	@f	ID		@UDS	TA	Ref *?
			MHz	mA/V	kHz	V		pF	pF	pF	MHz	mA		V	°C
BF247	MIN		-	8.0	1.0	0		-	-	-	1.0	10		15	25	Val80
	TYP		450	17				11	3.5	5.0
	Rate		fy21s	|y21s|	@f	UGS		C11s	C12s	C22s	@f	ID		@UDS	TA	15903
			MHz	mA/V	kHz	V		pF	pF	pF	MHz	mA		V	°C

	Rate		fy21s	@UGS		|y21s|	C12s	@f	ID		C11s	C22s	@f	ID		@UDS	TA	Ref *?
			MHz	V		mA/V	pF	kHz	mA		pF	pF	MHz	mA		V	°C
BF246	MIN		-	0		8.0	-	1.0	10		-	-	1.0	10		15	25	Val80
	TYP		450			23	–3.5				15	15
	Rate		fy21s	@UGS		|y21s|	C12s	@f	ID		C11s	C22s	@f	ID		@UDS	TA	15903
			MHz	V		mA/V	pF	kHz	mA		pF	pF	MHz	mA		V	°C

	Rate		yfs	@f	UGS		Coss	@f	ID		Ciss	Crss	@f	ID		@UDS	TA	Ref *?
			mA/V	kHz	V		pF	kHz	mA		pF	pF	MHz	mA		V	°C
MPF820	TYP		20	1.0	0		3.5	1.0	10		15	3.5	1.0	10		15	25	Mot74
	Rate		yfs	@f	UGS		Coss	@f	ID		Ciss	Crss	@f	ID		@UDS	TA	17623
			mA/V	kHz	V		pF	kHz	mA		pF	pF	MHz	mA		V	°C

	Rate		gfg	gogs	@f	ID		Cgd	Cgs	@f	UGS (OFF)		@UDS	TA	Ref *?
			mA/V	µS	kHz	mA		pF	pF	MHz	V		V	°C
U308  U309	MIN		10	-	1.0	10		-	-	1.0	10		10	25	Sil74
	MAX		20	150				2.5	5.0
U310	MIN		10	-	1.0	10		-	-	1.0	10		10	25	Sil74
	MAX		18	150				2.5	5.0
	Rate		gfg	gogs	@f	ID		Cgd	Cgs	@f	UGS (OFF)		@UDS	TA	17628
			mA/V	µS	kHz	mA		pF	pF	MHz	V		V	°C
	Rate		gfs	gos	@f	ID		Ciss	Crss	@f	UGS (OFF)		@UDS	TA	Ref *?
			mA/V	µS	kHz	mA		pF	pF	MHz	V		V	°C
J308  J310	MIN		8.0	-	1.0	10		-	-	1.0	10		10	25	Sil89 133
	TYP		14	110				4.0	1.9
	MAX		-	250				5.0	2.5
J309  U308 U309 U310	MIN		10	-	1.0	10		-	-	1.0	10		10	25	Sil89 133
	TYP		14	110				4.0	1.9
	MAX		-	250				5.0	2.5
	Rate		gfs	gos	@f	ID		Ciss	Crss	@f	UGS (OFF)		@UDS	TA	17629
			mA/V	µS	kHz	mA		pF	pF	MHz	V		V	°C

	Rate		gfs	gos	gfg	gogs	@f	ID	UDS		Cgd	Cgs	@f	UGS (OFF)	UDS		TA	Ref *?
			mA/V	µS	mA/V	µS	kHz	mA	V		pF	pF	MHz	V	V		°C
E310	MIN		8.0	-	-	-	1.0	10	10		-	-	1.0	10	0		25	Sil74
	TYP		-	-	12	150					1.8	4.3
	MAX		18	150	-	-					2.5	5.0
J310	MIN		8.0	-	-	-	1.0	10	10		-	-	1.0	10	0		25	Sil74
	TYP		-	-	12	150					1.8	4.3
	MAX		18	200	-	-					2.5	5.0
E308  J308	MIN		8.0	-	-	-	1.0	10	10		-	-	1.0	10	0		25	Sil74
	TYP		-	-	13	150					1.8	4.3
	MAX		20	200	-	-					2.5	5.0
E309  J309	MIN		10	-	-	-	1.0	10	10		-	-	1.0	10	0		25	Sil74
	TYP		-	-	13	100					1.8	4.3
	MAX		20	150	-	-					2.5	5.0
	Rate		gfs	gos	gfg	gogs	@f	ID	UDS		Cgd	Cgs	@f	UGS (OFF)	UDS		TA	17629
			mA/V	µS	mA/V	µS	kHz	mA	V		pF	pF	MHz	V	V		°C

	Rate		F	@f	f	RG		Uen	@f	f		@ID	UDS	TA	Ref *?
			dB	kHz	Hz	MOHM		nV/ √Hz	kHz	Hz		mA	V	°C
E308  E309 E310	TYP							10	100	-		10	10	25	Sil74
J308  J309 J310 U308 U309 U310	TYP							10	100	-		10	10	25	Sil74
	TYP							6.0	100	-		10	10	25	Sil89
	Rate		F	@f	f	RG		Uen	@f	f		@ID	UDS	TA	17629
			dB	kHz	Hz	MOHM		nV/ √Hz	kHz	Hz		mA	V	°C

rDS (ON) = 25 ... 50 OHM
		Rate	rDS (ON)	@f	UGS	ID		Rate	yfs	@f	UDS	ID		TA	Ref *?
			OHM	kHz	V	mA			mA/V	kHz	V	mA		°C
MPF4391		MAX	30	1.0	0	0		TYP	20	1.0	15	60		25	Mot74
		Rate	rDS (ON)	@f	UGS	ID		Rate	yfs	@f	UDS	ID		TA	17627
			OHM	kHz	V	mA			mA/V	kHz	V	mA		°C

	Rate		Ciss	Crss	@f	UDS	UGS (OFF)		Crss	@f	UDS	ID		TA	Ref *?
			pF	pF	MHz	V	V		pF	MHz	V	mA		°C
MPF4391	TYP		6.0	2.5	1.0	0	15		3.2	1.0	15	10		25	Mot74
	MAX		10	3.5					-
	Rate		Ciss	Crss	@f	UDS	UGS (OFF)		Crss	@f	UDS	ID		TA	17627
			pF	pF	MHz	V	V		pF	MHz	V	mA		°C

rDS (ON) = 50 ... 100 OHM
		Rate	rDS (ON)	@f	UGS	ID		Rate	yfs	@f	UDS	ID		TA	Ref *?
			OHM	kHz	V	mA			mA/V	kHz	V	mA		°C
MPF4392		MAX	60	1.0	0	0		TYP	17	1.0	15	25		25	Mot74
		Rate	rDS (ON)	@f	UGS	ID		Rate	yfs	@f	UDS	ID		TA	17627
			OHM	kHz	V	mA			mA/V	kHz	V	mA		°C

	Rate		Ciss	Crss	@f	UDS	UGS (OFF)		Crss	@f	UDS	ID		TA	Ref *?
			pF	pF	MHz	V	V		pF	MHz	V	mA		°C
MPF4392	TYP		6.0	2.5	1.0	0	15		3.2	1.0	15	10		25	Mot74
	MAX		10	3.5					-
	Rate		Ciss	Crss	@f	UDS	UGS (OFF)		Crss	@f	UDS	ID		TA	17627
			pF	pF	MHz	V	V		pF	MHz	V	mA		°C

rDS (ON) = 100 ... 200 OHM
	Rate		rDS (ON)	@f	UGS	ID		Ciss	Crss	@f	UDS	UGS (OFF)		TA	Ref *?
			OHM	kHz	V	mA		pF	pF	MHz	V	V		°C
MPF970	MAX		100	1.0	0	0		12	5.0	1.0	0	12		25	Mot74
	Rate		rDS (ON)	@f	UGS	ID		Ciss	Crss	@f	UDS	UGS (OFF)		TA	17626
			OHM	kHz	V	mA		pF	pF	MHz	V	V		°C

		Rate	rDS (ON)	@f	UGS	ID		Rate	yfs	@f	UDS	ID		TA	Ref *?
			OHM	kHz	V	mA			mA/V	kHz	V	mA		°C
MPF4393		MAX	100	1.0	0	0		TYP	12	1.0	15	5.0		25	Mot74
		Rate	rDS (ON)	@f	UGS	ID		Rate	yfs	@f	UDS	ID		TA	17626
			OHM	kHz	V	mA			mA/V	kHz	V	mA		°C

	Rate		Ciss	Crss	@f	UDS	UGS (OFF)		Crss	@f	UDS	ID		TA	Ref *?
			pF	pF	MHz	V	V		pF	MHz	V	mA		°C
MPF4393	TYP		6.0	2.5	1.0	0	15		3.2	1.0	15	10		25	Mot74
	MAX		10	3.5					-
	Rate		Ciss	Crss	@f	UDS	UGS (OFF)		Crss	@f	UDS	ID		TA	17626
			pF	pF	MHz	V	V		pF	MHz	V	mA		°C

rDS (ON) = 200 ... 300 OHM
	Rate		rDS (ON)	@f	UGS	ID		Ciss	Crss	@f	UDS	UGS (OFF)		TA	Ref *?
			OHM	kHz	V	mA		pF	pF	MHz	V	V		°C
MPF971	MAX		250	1.0	0	0		12	5.0	1.0	0	7.0		25	Mot74
	Rate		rDS (ON)	@f	UGS	ID		Ciss	Crss	@f	UDS	UGS (OFF)		TA	17626
			OHM	kHz	V	mA		pF	pF	MHz	V	V		°C

	2N3066	2N3067	2N3068	2N3069	2N3070	2N3071
@TA: @UGs: Rate gfs: @f: goss: Coss: @f: @UDs: Ciss: @UDs: @f: F: @UDs: @f: @f: @RG:	25 0 MIN MAX 0.4 1.0 1.0 - - - - 50 1.5 1.0 30 - - - 10 12 1.0 - - - - - 3.0 15 1.0 200 1.0	25 0 MIN MAX 0.3 1.0 1.0 - - - - 20 1.5 1.0 30 - - - 10 8.0 1.0 - - - - - 3.0 10 1.0 200 1.0	25 0 MIN MAX 0.2 1.0 1.0 - - - - 5.0 1.5 1.0 30 - - - 10 5.0 1.0 - - - - - 3.0 5.0 1.0 200 1.0	25 0 MIN MAX 1.0 1.0 2.5 - - - - 80 1.5 1.0 30 - - - 15 12 1.0 - - - - - 3.0 15 1.0 200 1.0	25 0 MIN MAX 0.75 1.0 2.5 - - - - 30 1.5 1.0 30 - - - 15 8.0 1.0 - - - - - 3.0 10 1.0 200 1.0	25 0 MIN MAX 0.5 1.0 2.5 - - - - 7.0 1.5 1.0 30 - - - 15 5.0 1.0 - - - - - 3.0 5.0 1.0 200 1.0	°C V   mA/V kHz µS pF MHz V pF V MHz dB V kHz Hz MOHM
Ref *?	Sil74						14072

	2N3089
@TA: Rate giss: @f: gfs: gos: @f: @UDs: @UGS(OFF): Ciss: Crss: @UDs: @UGs: @f: F:   @UDs: @UGs: @f: @RG:	25 MIN MAX - - 100 1.0 0.3 - - 2.0 50 1.0 15 1.0 - - - 6.0 2.0 15 0 1.0 - - - - 0.01 - 3.0 0.5 6.0 0 15 1.0	°C   µS MHz mA/V µS kHz V V pF pF V V MHz dB dB [A] V V kHz MOHM
Ref *?	Sil74	14072

	2N3329	2N3330	2N3331	2N3332
@TA: Rate gis: gfs: grs: gos: @f: gfs: @f: @ID: @UDs: Ciss: @UDs: @UGS(OFF): @f: F: @f: @RG: F: @f: @RG: @ID: @UDs:	25 MIN MAX - 1.0 - - 1.0 0.2 2.0 0.1 20 - 0.9 10 - - 1.0 10 - - - - 20 10 1.0 1.0       - - - 3.0 1.0 1.0 1.0 5.0	25 MIN MAX - 1.5 - - 1.0 0.2 3.0 0.1 40 - 1.35 10 - - 2.0 10 - - - - 20 10 1.0 1.0       - - - 3.0 1.0 1.0 1.0 5.0	25 MIN MAX - 2.0 - - 1.0 0.2 4.0 0.1 100 - 1.8 10 - - 5.0 10 - - - - 20 10 1.0 1.0       - - - 4.0 1.0 1.0 1.0 5.0	25 MIN MAX - 1.0 - - 1.0 0.2 2.2 0.1 20 - 0.9 10 - - 1.0 10 - - - - 20 10 1.0 1.0 - - - 5.0 10 10 - - - 1.0 1.0 1.0 1.0 5.0	°C   µS mA/V µS µS kHz mA/V MHz mA V pF V V MHz dB Hz MOHM dB kHz MOHM mA V
Ref *?	Sil74				14073

Die Spannungs- und Stromangaben sind als Betrag aufzufassen. Vorzeichen müssen entsprechend Betriebsart und Polarität des Halbleitermaterials gesetzt werden.

Voltage and current ratings are given as magnitude, where the sign has to be set according to operating condition and polarity of the semiconductor material.

gfs, |y21s| = 10 ... 40 mA/V
	Rate		|y21s|	@f	UDS	UGS		F	@f	ID	UDS	RG		@TA	Ref *?
			mA/V	kHz	V	V		dB	MHz	mA	V	OHM		°C
P8000	TYP		17	1.0	10	0		1.5	100	12	15	300		-	Ukw78
	Rate		|y21s|	@f	UDS	UGS		F	@f	ID	UDS	RG		@TA	15903
			mA/V	kHz	V	V		dB	MHz	mA	V	OHM		°C

gfs, |y21s| = 40 ... 160 mA/V
	Rate		gfs	@f	UDS	UGS		Ciss	Crss	@f	UDS	UGS (OFF)		@TA	Ref *?
			mA/V	kHz	V	V		pF	pF	MHz	V	V		°C
U244	MIN		80	1.0	10	0		-	-	1.0	0	10		25	Sil74
	MAX		200					35	15
	Rate		gfs	@f	UDS	UGS		Ciss	Crss	@f	UDS	UGS (OFF)		@TA	14070
			mA/V	kHz	V	V		pF	pF	MHz	V	V		°C