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.

fhfe < 20 kHz
		Rate	fhfe @IC		UCE		Rate	hfe	@Ic	UCE	f		@TC	Ref *?
			kHz	A	V				A	V	Hz		°C
2N3311  2N3312 2N3313		MIN	1.0	3.0	2.0		MIN	30	3.0	2.0	500		25	Mot74
							MAX	90
2N3314  2N3315 2N3316		MIN	1.0	3.0	2.0		MIN	40	3.0	2.0	500		25	Mot74
							MAX	120
		Rate	fhfe @IC		UCE		Rate	hfe	@Ic	UCE	f		@TC	16638
			kHz	A	V				A	V	Hz		°C
		Rate	fhfe @IC		UCE		Rate	tON	tOFF	@Ic	IB		@TC	Ref *?
			kHz	A	V			µs	µs	A	A		°C
2N2490  2N2491 2N2492		MIN	5.0	5.0	6.0		TYP	25	15	5.0	±0.5		25	Mot74
		Rate	fhfe @IC		UCE		Rate	tON	tOFF	@Ic	IB		@TC	16638
			kHz	A	V			µs	µs	A	A		°C

		Rate	fhfe @IC		UCE	f		Rate	hie	hfe	@Ic	UCE	f		@TC	Ref *?
			kHz	A	V	kHz			OHM		A	V	kHz		°C
2N669		MIN	3.0	0.5	12	1.0		MIN	10	-	0.5	2.0	1.0		25	Mot74
		TYP	5.0					TYP	-	90
		MAX	-					MAX	50	-
2N176		MIN	4.0	0.5	12	1.0		MIN	7.0	-	0.5	2.0	1.0		25	Mot74
		TYP	7.0					TYP	-	45
		MAX	-					MAX	25	-
		Rate	fhfe @IC		UCE	f		Rate	hie	hfe	@Ic	UCE	f		@TC	16646
			kHz	A	V	kHz			OHM		A	V	kHz		°C

		Rate	fhfe @IC		UCE		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@TA	Ref *?
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C
2N2152  2N2153 2N2154 2N2156 2N2157 2N2158		MIN	2.0	5.0	6.0		TYP											25	Mot74
		TYP	2.7
2N1980  2N1981 2N1982		MIN	3.0	2.0	5.0		TYP											25	Mot74
2N1970		MIN	5.0	5.0	4.0		TYP											25	Mot74
		Rate	fhfe @IC		UCE		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@TA	16638
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C
		Rate	fhfe @IC		UCE		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@TC	Ref *?
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C
2N4048  2N4049 2N4050 2N4051 2N4052 2N4053		MIN	2.0	15	2.0		TYP											25	Mot74
2N4276  2N4277 2N4278 2N4279 2N4280 2N4281 2N4282 2N4283		MIN	2.0	15	2.0		TYP											25	Mot74
MP500  MP501 MP502 MP504 MP505 MP506		MIN	2.0	15	2.0		TYP											25	Mot74
		TYP	3.6
2N1518  2N1519 2N1520 2N1521 2N1522 2N1523		TYP	4.0	5.0	6.0		TYP											25	Mot74
2N2075  2N2076 2N2077 2N2078		MIN	5.0	5.0	6.0		TYP	9.0	12	2.0	12		12	0	10	6.0		25	Mot74
2N2079  2N2080 2N2081 2N2082		MIN	5.0	5.0	6.0		TYP	6.0	12	2.0	12		13	0	10	6.0		25	Mot74
2N173  2N277 2N278 2N1099		MIN	0.3	5.0	6.0		TYP	15	12	2.0	12		15	0	10	6.0		25	Mot74
		TYP	10
2N441  2N442 2N443		TYP	10	5.0	6.0		TYP	15	12	2.0	12		15	0	10	6.0		25	Mot74
		Rate	fhfe @IC		UCE		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@TC	18735
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C
		Rate	fhfe @IC		UCE		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@TJ	Ref *?
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C
2N1412		MIN	5.0	5.0	12		TYP											-	Mot74
2N174  2N1100		TYP	10	5.0	6.0		TYP	15	12	2.0	12		15	0	10	6.0		-	Mot74
2N1100		TYP	10	5.0	6.0		TYP	15	12	2.0	12		15	-	10	6.0		25	Val65
		Rate	fhfe @IC		UCE		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@TJ	16638
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C

	Rate		fhfe @IC		UCE		tON	ts	tf	@Ic	RB	RCL	Ucc	f	tP		@TA	Ref *?
			kHz	A	V		µs	µs	µs	A	OHM	OHM	V	kHz	µs		°C
2N1557  2N1558 2N1559 2N1560	TYP		5.0	-	-		10	5.0	25	10	50	1.0	10	2.0	50		25	Mot74
2N1553  2N1554 2N1555 2N1556	TYP		6.0	-	-		10	5.0	25	10	30	1.0	10	2.0	50		25	Mot74
2N1549  2N1550 2N1551 2N1552	TYP		10	-	-		5.0	2.0	10	10	10	1.0	10	2.0	50		25	Mot74
	Rate		fhfe @IC		UCE		tON	ts	tf	@Ic	RB	RCL	Ucc	f	tP		@TA	17281
			kHz	A	V		µs	µs	µs	A	OHM	OHM	V	kHz	µs		°C
	Rate		fhfe @IC		UCE		tON	ts	tf	@Ic	RB	RCL	Ucc	f	tP		@Tc	Ref *?
			kHz	A	V		µs	µs	µs	A	OHM	OHM	V	kHz	µs		°C
2N1534  2N1535 2N1536 2N1537 2N1538	TYP		-	-	-		8.0	3.0	5.0	3.0	100	1.0	3.0	-	-		25	Mot74
2N1529  2N1530 2N1531 2N1532 2N1533	TYP		-	-	-		10	2.0	5.0	3.0	65	1.0	3.0	-	-		25	Mot74
2N1544  2N1545 2N1546 2N1547 2N1548	TYP		4.0	-	-		5.0	3.0	8.0	3.0	250	1.0	3.0	2.0	50		25	Mot74
2N1539  2N1540 2N1541 2N1542 2N1543	TYP		4.0	-	-		5.0	3.0	5.0	3.0	165	1.0	3.0	2.0	50		25	Mot74
	Rate		fhfe @IC		UCE		tON	ts	tf	@Ic	RB	RCL	Ucc	f	tP		@Tc	17282
			kHz	A	V		µs	µs	µs	A	OHM	OHM	V	kHz	µs		°C

fT, fhfb < 1.0 MHz
		Rate	fhfb @IE		UCB		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@Tc	Ref *?
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C
2N1358		MIN	100	1.0	12		TYP	15	12	2.0	12		15	0	10	6.0		-	Mot74
		Rate	fhfb @IE		UCB		Rate	tr @Ic		IB	UCE		tf @Ic		RBE	UBE (OFF)		@Tc	16638
			kHz	A	V			µs	A	A	V		µs	A	OHM	V		°C

		Rate	fhfb	@IC	UCB		Rate	CCBO	@UCB		tON	@IC	UCE		@TA	Ref *?
			kHz	mA	V			pF	V		µs	mA	V		°C
ADY10  ADY11 ADY12 ADY13 ADY19 ADY20 ADY21		MIN	350	-	-		MAX	150	-		12	-	-		25	Ste77
		Rate	fhfb	@IC	UCB		Rate	CCBO	@UCB		tON	@IC	UCE		@TA	17521
			kHz	mA	V			pF	V		µs	mA	V		°C

	Rate		fT @IC		UCE	f		tr	ts	tf	@IC	IB (ON)	IB (OFF)	UCC		@TC	Ref *?
			kHz	A	V	kHz		µs	µs	µs	A	A	A	V		°C
2N1073  2N1073A 2N1073B	TYP		450	0.5	12	30		5.5	1.2	2.0	3.0	0.3	0.67	12		25	Mot68 Mot74
	Rate		fT @Ic		UCE	f		tr	ts	tf	@Ic	IB (ON)	IB (OFF)	Ucc		@Tc	17847
			kHz	A	V	kHz		µs	µs	µs	A	A	A	V		°C

fT = 1.0 ... 3.0 MHz
		Rate	fT @Ic		UCE	f		Rate	tf	@Ic	IB (ON)	IB (OFF)	Ucc		@Tc	Ref *?
			MHz	A	V	MHz			µs	A	A	A	V		°C
MP3730		MIN	1.0	0.5	5.0	-		MAX							25	Mot74
MP3731		MIN	1.0	0.5	5.0	-		MAX	2.0	5.0	0.5	2.2	300		25	Mot74
		Rate	fT @Ic		UCE	f		Rate	tf	@Ic	IB (ON)	IB (OFF)	Ucc		@Tc	15770
			MHz	A	V	MHz			µs	A	A	A	V		°C