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.

Ic = 0.1 ... 1.0 mA

	Rate		hFE	UBE (ON)	IB	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				mV	µA	mA	V		V	V	mA	mA		°C
AF101	TYP		45	160	11	0.5	6.0							25	Tfk61
	MAX		-	-	35
AF105	TYP		83	230	6.0	0.5	6.0							25	Tfk62
OC614	TYP		167	220	3.0	0.5	6.0							25	Tfk62
2N411	TYP		75	-	-	0.6	9.0							25	Rca67
2N140	MIN		75	-	-	0.6	9.0							25	Rca67
GF120	MIN		20	-	-	1.0	6.0							25	Rft69
2N405	MIN		35	-	-	1.0	6.0							25	Rca67
GF126  GF128 GF130 GF131 GF132 GF139 GF180 GF181	MIN		40	-	-	1.0	6.0							25	Rft69
2N409	TYP		48	-	-	1.0	9.0							25	Rca67
2N139	MIN		48	-	-	1.0	9.0							25	Rca67
AF137	TYP		71	260	14	1.0	6.0							25	Tfk66 Tfk70
AF136	TYP		100	240	10	1.0	6.0							25	Tfk66 Tfk70
AF138	TYP		100	250	10	1.0	6.0							25	Tfk66 Tfk70
AF134  AF135	TYP		125	220	8.0	1.0	6.0							25	Tfk66 Tfk70
2SB459	TYP		130	-	-	1.0	6.0							25	Jap81
OC615	TYP		143	230	7.0	1.0	6.0							25	Tfk62
	Rate		hFE	UBE (ON)	IB	@IC	UCB		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18529
				mV	mA	mA	V		V	V	mA	mA		°C

		Rate	hFE		UBE(ON)	IB	@IC	UCE		@TA	Ref *?
				b	mV	µA	mA	V		°C
GF121		MIN	20	40	-	-	1.0	6.0		25	Rft69
GF122		MIN	40	30	-	-	1.0	6.0		25	Rft69
		Rate	hFE		UBE(ON)	IB	@IC	UCE		@TA	15968
				b	mV	µA	mA	V		°C

Ic = 1.0 ... 3.0 mA

		Rate	hFE	UBE(ON)	IB	@IC	UCE		@TA	Ref *?
				mV	µA	mA	V		°C
GF147		MIN	10	-	-	2.0	10		25	Rfe71
		TYP	50	340	-
		TYP	45	390	-	5.0	5.0
		Rate	hFE	UBE(ON)	IB	@IC	UCE		@TA	15968
				mV	µA	mA	V		°C

Ic = 3.0 ... 5.0 mA

	Rate		UBE(ON)	IB	@Ic	UCE		UCE(SAT)	@Ic	UCB		@TA	Ref *?
			mV	µA	mA	V		mV	mA	V		°C
OC612	TYP		150	8.0	0.5	6.0		220	5.0	0		25	Tfk60
OC613	TYP		150	6.0	0.5	6.0		210	5.0	0		25	Tfk60
	Rate		UBE(ON)	IB	@Ic	UCE		UCE(SAT)	@Ic	UCB		@TA	15539
			mV	µA	mA	V		mV	mA	V		°C

		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TC	Ref *?
				mV	µA	mA	V		°C
AC191  AC192		TYP	-	140	-	1.0	6.0		25	Ate70
		TYP	165	200	30	5.0	6.0
		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TC	15867
				mV	µA	mA	V		°C

Ic = 5.0 ... 10 mA

		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TA	Ref *?
				mV	µA	mA	V		°C
GC115		TYP	15	160	200	3.0	1.0		25	Rft69
		TYP	15	185	400	6.0	1.0
		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TA	15866
				mV	µA	mA	V		°C

		Rate	hFE	@IC	UCE		Rate	UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				mA	V			V	V	mA	mA		°C
ACY10		MIN	32	10	-		MAX	0.3	-	10	-		25	Ste77
ACY11  ACY12		MIN	38	10	-		MAX	0.3	-	10	-		25	Ste77
ACY14  ACY15		MIN	54	10	-		MAX	0.3	-	10	-		25	Ste77
ACY25		MIN	75	10	-		MAX	0.3	-	10	-		25	Ste77
		Rate	hFE	@IC	UCE		Rate	UCE (SAT)	UBE (SAT)	@IC	IB		@TA	17521
				mA	V			V	V	mA	mA		°C
		Rate	h21E	@IC	UCE		Rate	UCE (SAT)	UBE (SAT)	@IC	IB		@T	Ref *?
				mA	V			V	V	mA	mA		°C
SFT351		TYP	33	10	1.0		MAX						25	Dit67
SFT352		TYP	57	10	1.0		MAX						25	Dit67
SFT353		TYP	92	10	1.0		MAX						25	Dit67
		Rate	h21E	@IC	UCE		Rate	UCE (SAT)	UBE (SAT)	@IC	IB		@T	18068
				mA	V			V	V	mA	mA		°C

	Rate		hFE		@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TC	Ref *?
			-1	-2	mA	V		V	V	mA	mA		°C
ASY90  ASY91	MIN		25	60	10	0.5		-	-	10	0.7		25	Ate70
	MAX		90	130				0.2	0.5
	Rate		hFE		@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TC	15867
			-1	-2	mA	V		V	V	mA	mA		°C

	Rate		h21E			@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				vi	ws	mA	V		mV	mV	mA	mA		°C
SFT229	MIN		75	75	110	10	0.5		-	-	10	0.33		25	Dit67 [•]
	TYP		130	-	-				50	200
	MAX		180	120	180				120	300
	TYP								65	320	50	1.6
	MAX								200	500
	Rate		h21E			@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18071
				vi	ws	mA	V		mV	mV	mA	mA		°C

Ic = 10 ... 20 mA

		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TC	Ref *?
				mV	µA	mA	V		°C
AC141B		TYP	-	120	-	1.0	6.0		25	Ate70
		TYP	100	200	180	18	6.0
		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TC	15867
				mV	µA	mA	V		°C

	Rate		hFE	UBE (ON)	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				mV	mA	V		mV	mV	mA	mA		°C
2N524	MIN		25	220	20	1.0		-	-	20	2.0		25	Mot74
	MAX		42	320				130	-
2N525	MIN		34	200	20	1.0		-	-	20	1.33		25	Mot74
	MAX		65	300				130	-
2N526	MIN		53	190	20	1.0		-	-	20	1.0		25	Mot74
	MAX		90	280				130	-
2N527	MIN		72	180	20	1.0		-	-	20	0.67		25	Mot74
	MAX		121	260				130	-
	Rate		hFE	UBE (ON)	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18231
				mV	mA	V		mV	mV	mA	mA		°C

Ic = 20 ... 40 mA

		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TC	Ref *?
				mV	µA	mA	V		°C
AC138		TYP	-	170	-	5.0	6.0		25	Ate70
		TYP	75	250	400	30	6.0
		Rate	hFE	UBE(ON)	IB	@Ic	UCE		@TC	15867
				mV	µA	mA	V		°C

Ic = 40 ... 80 mA

	Rate		hFE	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				mA	V		V	V	mA	mA		°C
2SB75  2SB75A	TYP		65	50	1.5							25	Jap81
2SB56	TYP		80	50	1.0							25	Jap81
2SB77  2SB77A	TYP		85	50	1.0							25	Jap81
2SD77  2SD77A	TYP		85	50	1.5							25	Jap81
	Rate		hFE	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18529
				mA	V		V	V	mA	mA		°C
	Rate		hFE	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TC	Ref *?
				mA	V		V	V	mA	mA		°C
2N407	TYP		65	50	1.0							25	Rca67
	Rate		hFE	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TC	15958
				mA	V		V	V	mA	mA		°C

Ic = 80 ... 160 mA

	Rate		hFE	UBE (ON)	IB	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				V	mA	mA	V		V	V	mA	mA		°C
ASY10	MIN		30	-	-	100	-		-	-	100	-		25	Ste77
	MAX		50	-	-				0.35	-
2SB172	TYP		50	-	2.0	100	1.0							25	Jap81
2SB365	MIN		35	-	-	100	0.5							25	Jap81
	MAX		90	-	-
ASY81	MIN		30	-	-	100	1.0		-	-	100	6.7		25	Dit67
	TYP		60	-	-				0.15	0.4
	MAX		100	-	-				0.25	0.5
ASY11	MIN		40	-	-	100	-		-	-	100	-		25	Ste77
	MAX		70	-	-				0.35	-
ASY25  ASY37	MIN		60	-	-	100	-		-	-	100	-		25	Ste77
	MAX		100	-	-				0.35	-
ASY33	MIN		90	-	-	100	-		-	-	100	-		25	Ste77
	MAX		150	-	-				0.35	-
2N270	MIN		50	-	-	150	1.0							25	Rca67
	MAX		140	-	-
2SD367	TYP		150	-	-	150	0.5							25	Jap81
2SB201	TYP		150	-	-	150	1.0							25	Jap81
	Rate		hFE	UBE (ON)	IB	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18529
				V	mA	mA	V		V	V	mA	mA		°C

	Rate		h11E	h21E	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
			OHM		mA	V		V	V	mA	mA		°C
SFT321	MIN		-	20	100	1.0							25	Dit67 [•]
	TYP		120	30
	MAX		-	40
SFT322	MIN		-	40	100	1.0							25	Dit67 [•]
	TYP		190	50
	MAX		-	60
SFT323	MIN		-	60	100	1.0							25	Dit67 [•]
	TYP		300	85
	MAX		-	150
	Rate		h11E	h21E	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18068
			OHM		mA	V		V	V	mA	mA		°C
	Rate		UBE (ON)	h21E	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
			V		mA	V		V	V	mA	mA		°C
SFT223	MIN		-	40	20	1.0							25	Dit67 [•]
	TYP		-	80
	MIN		-	60	100	1.0		-	-	100	10
	TYP		0.3	80				0.12	0.35
	MAX		0.5	160				0.25	0.5
	MIN		-	30	250	0.8
	TYP		-	60
	Rate		UBE (ON)	h21E	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18071
			V		mA	V		V	V	mA	mA		°C

Ic = 160 ... 320 mA

	Rate		hFE	UBE (ON)	IB	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				V	mA	mA	V		V	V	mA	mA		°C
2SB176	TYP		90	-	2.0	180	1.0							25	Jap81
2SA210	MIN		45	-	-	200	0.3							25	Jap81
2SD178	TYP		90	-	-	300	0.5							25	Jap81
2SD352	TYP		150	-	-	300	0.5							25	Jap81
	Rate		hFE	UBE (ON)	IB	@IC	UCE		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18529
				V	mA	mA	V		V	V	mA	mA		°C
	Rate		hFE	UBE (ON)	IB	@IC	UCB		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	Ref *?
				V	mA	mA	V		V	V	mA	mA		°C
2SB324	TYP		53	-	-	300	0							25	Jap81
2SB178	TYP		56	-	-	300	0							25	Jap81
	Rate		hFE	UBE (ON)	IB	@IC	UCB		UCE (SAT)	UBE (SAT)	@IC	IB		@TA	18529
				V	mA	mA	V		V	V	mA	mA		°C

Ic = 320 ... 640 mA

		Rate	hFE			UBE(ON)	IB	@IE	UCB		@TC	Ref *?
			-4	-5	-6	mV	µA	A	V		°C
AC139  AC141 AC142		MIN	40	50	60	-	-	0.4	0		25	Ate70
		MAX	60	80	110	750	-
		Rate	hFE			UBE(ON)	IB	@IE	UCB		@TC	15867
			-4	-5	-6	mV	µA	A	V		°C
		Rate	hFE			UBE(ON)	IB	@IE	UCB		@TC	Ref *?
			-7	-8	-9	mV	µA	A	V		°C
AC187  AC188		MIN	90	130	200	-	-	0.4	0		25	Ate70
		TYP	-	-	-	400	-
		MAX	160	240	400	750	-
		MIN	65			-	-	1.0	0
AC193  AC194		MIN	90	130	200	-	-	0.4	0		25	Ate70
		MAX	160	240	400	750	-
		MIN	65			-	-	1.0	0
		Rate	hFE			UBE(ON)	IB	@IE	UCB		@TC	15867
			-7	-8	-9	mV	µA	A	V		°C