Alle Angaben sind absolute Grenzwerte, wenn nichts anderes angegeben ist. Die Spannungs- und Stromangaben sind als Betrag aufzufassen. Vorzeichen müssen entsprechend Betriebsart und Polarität des Halbleitermaterials gesetzt werden.

All values are absolute maximum ratings unless otherwise specified. 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.

		PT @TA			UCBO	CEO	EBO	IC		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA		K/W	°C
2SC4629		600	25		15	9.0	1.5	50		208	150	–55.. +150		Hit01
2SC3512		600	25		15	11	2.0	50		208	150	–55.. +150		Hit01
BFR91		180	60		15	12	2.0	35		500	150	–65.. +150		Phi81
BFR91A		300	60		15	12	2.0	35		300	150	–65.. +150		Phi81
BFG65		300	60		20	10	2.5	50		300	150	–65.. +150		Phi85
BFQ65		300	60		20	10	2.5	50		300	150	–65.. +150		Phi85
BFG195		500	50		20	10	2.5	100		200	150	–65.. +150		Phi87
S691T S791T		450	25		20	12	2.0	30		≤275	150	–55.. +150		Tfk85
2SC3128		350	25		20	12	3.0	50		357	150	–55.. +150		Hit01
2SC3510		600	25		20	12	3.0	50		208	150	–55.. +150		Hit01
BFG90A		180	60		20	15	2.0	25		500	150	–65.. +150		Phi85
BFR90 BFR90A		180	60		20	15	2.0	25		500	150	–65.. +150		Phi81
S690T S790T		450	25		20	15	2.0	30		≤275	150	–55.. +150		Tfk85
BFQ32S BFR96S		700	70		20	15	3.0	100		150	175	–65.. +175		Phi85
		PT @TA			UCBO	CEO	EBO	IC		RthJA	TJ	TSTG		17890
		mW	°C		V	V	V	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	A		K/W	°C
2SD1489		750	25		20	16	6.0	2.0		167	150	–55.. +150		Hit01
2SD787		900	25		20	16	6.0	2.0		139	150	–55.. +150		Hit99
2SD788		900	25		20	20	6.0	2.0		139	150	–55.. +150		Hit99
		PT @TA			UCBO	CEO	EBO	IC		RthJA	TJ	TSTG		17903
		mW	°C		V	V	V	A		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
2SC2876		200	25		15	7.5	3.0	80	40		-	125	–55.. +125		Tos83
2SC3302		200	25		17	12	3.0	70	30		-	125	–55.. +125		Tos83
2SC395A		300	25		20	12	5.0	500	100		500	175	–65.. +175		Tos83
ZTX311		300	25		20	15	5.0	500	100		500	–55..+175			Fer79
BF479T		160	55		20	20	3.0	50	5.0		≤600	150	–55.. +150		Tfk85
S979T		550	25		20	20	3.0	50	5.0		≤225	150	–55.. +150		Tfk85
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG		17890
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TA		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
SC206 SC207 SF215		200	25		20	15	5.0	100	10		≤500	125	–40.. +100		Rft69
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TA		17864
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CER	EBO	IC	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
BCZ13 BCZ14		85	45		20	20	20	10	2.0		≤1200	150	125		Val65
		PT @TA			UCBO	CER	EBO	IC	IB		RthJA	TJ	TSTG		17828
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCER	CEO	EBO	IC	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
BFR34 BFR34A		200	25		20	12	3.5	30	4.0		≤650 ≤500	125	–55.. +125		Sie73
BFR34A		200	25		20	12	2.5	30	4.0		≤650 ≤500	125	–55.. +125		Sie76
BFR34A		200	50		20	12	2.5	30	4.0		≤500	150	–55.. +125		Sie80
BFT65		240	50		20	15	2.5	50	10		≤650 ≤400	150	–65.. +150		Sie76
		PT @TA			UCER	CEO	EBO	IC	IB		RthJA	TJ	TSTG		18261
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
BFG23		180	60		15	12	2.0	35	50		500	150	–65.. +150		Phi85
BFQ23		180	60		15	12	2.0	35	50		500	150	–65.. +150		Phi81
BFG91A		300	60		15	12	2.0	35	50		300	150	–65.. +150		Phi85
BFW93		190	73		18	10	2.5	50	100		400	150	–65.. +150		Phi81
BFG51		180	60		20	15	2.0	25	35		500	150	–65.. +150		Phi85
BFQ51		180	60		20	15	2.0	25	35		500	150	–65.. +150		Phi81
BFQ32		500	60		20	15	3.0	75	150		230	175	–65.. +175		Phi81
BFR96		500	60		20	15	3.0	75	150		230	175	–65.. +175		Phi81
BC146		50	45		20	20	4.0	50	50		1600	125	–65.. +125		Phi71
BC200		50	45		20	20	5.0	50	50		1600	125	–65.. +125		Phi71
		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		17841
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	ICM	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
BF979		140	55		20	20	3.0	30	10		500	125	–55.. +125		Phi80
		PT @TA			UCBO	CEO	EBO	ICM	IB		RthJA	TJ	TSTG		17829
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	IE		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
2SC2753		300	25		17	12	3.0	70	70		-	150	–55.. +150		Tos83
2SC2499		300	25		20	20	3.0	20	20		-	125	–55.. +125		Tos83
		PT @TA			UCBO	CEO	EBO	IC	IE		RthJA	TJ	TSTG		17886
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC		RthJA	TJ	TSTG	TL		Ref *?
		mW	°C		V	V	V	mA		K/W	°C	°C	°C
BSW13		160	25		20	15	5.0	50		≤450 ≤1200	125	–55.. +125	240		Sie69
		PT @TA			UCBO	CEO	EBO	IC		RthJA	TJ	TSTG	TL		18246
		mW	°C		V	V	V	mA		K/W	°C	°C	°C

		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	mA		K/W	°C
BSX27		300	25		15	11	6.0	4.0	-		583	200	–65.. +200		L3 Sgs69
		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	TJ	TSTG		17824
		mW	°C		V	V	V	V	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA		K/W	°C
BFT95		200	-		15	15	3.0	25	50	3.0		≤300	150	–55.. +150		Tfk85
BFT96		500	60		15	15	3.0	75	150	-		≤270	150	–55.. +150		Tfk85
		PT @TA			UCBO	CEO	EBO	IC	ICM	IB		RthJA	TJ	TSTG		17856
		mW	°C		V	V	V	mA	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM	IB		RthJA	TJ	TA		Ref *?
		mW	°C		V	V	V	mA	mA	mA		K/W	°C
SS216 SS218		200	25		20	15	5.0	100	200	20		≤500	125	–40.. +100		Rft69
		PT @TA			UCBO	CEO	EBO	IC	ICM	IB		RthJA	TJ	TA		17864
		mW	°C		V	V	V	mA	mA	mA		K/W	°C

		PT @TA			UCBO	CSO	CEO	EBO	IC	IB		RthJA	TJ	TA		Ref *?
		mW	°C		V	V	V	V	mA	mA		K/W	°C
B340D B341D		-	-		20	30	15	5.0	10	5.0		120	125	–25.. +85		Rft84 Rft86
B342D		-	-		20	30	15	5.0	30	5.0		170	150	–25.. +85		Rft84 Rft86
		PT @TA			UCBO	CSO	CEO	EBO	IC	IB		RthJA	TJ	TA		18245
		mW	°C		V	V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CES	CEO	EBO	IC	IB		ICM @tP		tP/T		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	A	A		A	ms	%		K/W	°C
2SA1300		750	25		20	20	10	6.0	2.0	2.0		5.0	10	30		167	150	–55.. +150		Tos83
2SA1160		900	25		20	20	10	6.0	2.0	-		4.0	10	30		139	150	–55.. +150		Tos83
		PT @TA			UCBO	CES	CEO	EBO	IC	IB		ICM @tP		tP/T		RthJA	TJ	TSTG		17885
		mW	°C		V	V	V	V	A	A		A	ms	%		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W		°C
BFT66 BFT67		200	70		20	15	2.5	30	4.0		≤700	≤400	150	–65.. +150		Sie76
BFT66 BFT67		200	60		20	15	2.5	30	4.0		≤700	≤400	200	–65.. +175		Sie80
BFT97		200	70		20	15	2.5	30	4.0		≤400	-	150	–55.. +125		Sie80
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		18261
		mW	°C		V	V	V	mA	mA		K/W		°C

		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	RthJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W		°C
BFQ22 BFQ22S BFQ24		150	65		15	12	2.0	35	50		≤900	≤600	200	–65.. +200		Val80 Phi81
BFQ52 BFQ53		150	65		20	15	2.0	25	35		≤900	≤600	200	–65.. +200		Val80
BFQ32M BFQ63		250	50		20	15	3.0	75	150		≤600	≤350	200	–65.. +200		Val88
BFG32		700	70		20	15	3.0	75	150		150	75	175	–65.. +175		Phi85
BFG96		700	70		20	15	3.0	150	-		150	75	175	–65.. +175		Phi85
		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	RthJC	TJ	TSTG		17841
		mW	°C		V	V	V	mA	mA		K/W		°C

		PT @TA			UCBO	CER	CEO	EBO	IC	ICM		RthJA	RthJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	mA	mA		K/W		°C
BFW30		250	25		20	20	10	2.5	50	100		≤700	≤500	200	–65.. +200		Csf76
		PT @TA			UCBO	CER	CEO	EBO	IC	ICM		RthJA	RthJC	TJ	TSTG		17826
		mW	°C		V	V	V	V	mA	mA		K/W		°C

		PT @TA		DP		UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		Ref *?
		W	°C	mW/K		V	V	V	mA	mA		K/W	°C
2N1228 2N1229		0.4	25	3.0		15	15	15	0.1	-		333	-	-		181 Hug
ZTX689B		1.0 1.5	25 -	5.7 -		20	20	5.0	2.0	6.0		175	–55..+200			Ztx89
		PT @TA		DP		UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		19917
		W	°C	mW/K		V	V	V	mA	mA		K/W	°C

		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C	mW	°C		V	V	V	mA		K/W		°C
BCY69		0.6	25	300	25		20	20	5.0	100		-	-	175	–55.. +175		Csf76
BC260		-	-	300	25		20	20	5.0	100		≤500	≤200	175	–55.. +175		Ime71
BSX90 BSX91		1.0	25	300	25		20	12	5.0	200		500	150	175	–55.. +200		L1 Sgs69
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		17826
		W	°C	mW	°C		V	V	V	mA		K/W		°C

		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TA		Ref *?
		W	°C	mW	°C		V	V	V	mA		K/W		°C
SC110 SC112		2.5	25	600	25		20	20	5.0	250		250	60	175	–40.. +125		Rft69
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TA		15961
		W	°C	mW	°C		V	V	V	mA		K/W		°C

		PT @Tc		PT @TA			UCBO	CEO	EBO	ICM		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C	mW	°C		V	V	V	mA		K/W		°C
2N2475		0.5	100	300	25		20	6.0	4.0	-		580	200	200	–65.. +200		Phi70
BSX44		-	-	300	25		20	6.0	4.0	200		580	200	200	–65.. +200		Phi70
		PT @Tc		PT @TA			UCBO	CEO	EBO	ICM		RthJA	RthJC	TJ	TSTG		17826
		W	°C	mW	°C		V	V	V	mA		K/W		°C

		PT @Tc		PT @TA			UCER	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		Ref *?
		mW	°C	mW	°C		V	V	V	mA	mA		K/W		°C
BFR15A		200	100	200	60		20	12	2.5	30	4.0		≤700	≤400	200	–65.. +175		Sie80
BFR15 BFR15A		200	70	-	-		20	12	3.5	30	4.0		≤700	≤400	150	–65.. +150		Sie73 Sie76
		PT @Tc		PT @TA			UCER	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		18261
		mW	°C	mW	°C		V	V	V	mA	mA		K/W		°C

		PT @Tc		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C	mW	°C		V	V	V	V	A		K/W		°C
BSX29		1.2	25	360	25		12	12	12	4.0	0.2		≤486	≤146	–65..+200			Stm89
		PT @Tc		PT @TA			UCER	CES	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		17824
		W	°C	mW	°C		V	V	V	V	A		K/W		°C

		PT @Tc		PT @TA			UCES	CER	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		Ref *?
		mW	°C	mW	°C		V	V	V	V	mA	mA		K/W		°C
BFS55A		250	75	250	25		-	20	15	2.5	50	10		≤700	≤400	200	–65.. +175		Sie80
BFS55A		325	45	-	-		-	20	15	2.5	50	10		≤700	≤400	175	–65.. +175		Sie76
BFS55		-	-	240	45		20	20	12	3.5	50	10		≤700	≤400	200	–65.. +200		Sie72
BFS55		325	45	-	-		-	20	12	3.5	50	10		≤700	≤400	175	–65.. +175		Sie73 Sie76
		PT @Tc		PT @TA			UCES	CER	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		18261
		mW	°C	mW	°C		V	V	V	V	mA	mA		K/W		°C

		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		Ref *?
		W	°C	mW	°C		V	V	V	mA		K/W		°C	°C	°C
2N3640		0.5	25	200	25		12	12	4.0	80		500	200	125	–55.. +125	260		Fsc73
MPS3640		1.0	25	625	25		12	12	4.0	80		200	125	150	–55.. +150	260		Fsc73
2N4258 2N4258A		0.5	25	200	25		12	12	4.5	50		500	200	125	–55.. +125	260		Fsc73
PN4258 PN4258A		1.0	25	625	25		12	12	4.5	50		200	125	150	–55.. +150	260		Fsc73
2N5128		0.5	25	200	25		15	12	3.0	-		500	200	125	–55.. +125	260		Fsc73
2N5129		0.7	25	300	25		15	12	3.0	-		333	143	125	–55.. +125	260		Fsc73
PN5128		1.0	25	625	25		15	12	3.0	-		200	125	150	–55.. +150	260		Fsc73
2N5131		0.5	25	200	25		20	15	3.0	-		500	200	125	–55.. +125	260		Fsc73
PN5131		1.0	25	625	25		20	15	3.0	-		200	125	150	–55.. +150	260		Fsc73
2N5133		0.5	25	200	25		20	18	3.0	-		500	200	125	–55.. +125	260		Fsc73
PN5133		1.0	25	625	25		20	18	3.0	-		200	125	150	–55.. +150	260		Fsc73
2N5132		0.5	25	200	25		20	20	3.0	-		500	200	125	–55.. +125	260		Fsc73
PN5132		1.0	25	625	25		20	20	3.0	-		200	125	150	–55.. +150	260		Fsc73
2N5126		0.5	25	200	25		20	20	3.0	-		500	200	125	–55.. +125	260		Fsc73
PN5126		1.0	25	625	25		20	20	3.0	-		200	125	150	–55.. +150	260		Fsc73
2N5143		0.5	25	200	25		20	20	4.0	500		500	200	125	–55.. +125	260		Fsc73
2N5142		0.7	25	300	25		20	20	4.0	500		333	143	125	–55.. +125	260		Fsc73
PN5142		1.0	25	625	25		20	20	4.0	500		200	125	150	–55.. +150	260		Fsc73
2N5139		0.5	25	200	25		20	20	5.0	100		500	200	125	–55.. +125	260		Fsc73
PN5139		1.0	25	625	25		20	20	5.0	100		200	125	150	–55.. +150	260		Fsc73
BC522		1.0	25	625 400	25 70		20	20	6.0	50		200	125	150	–55.. +150	260		Fsc73
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		17850
		W	°C	mW	°C		V	V	V	mA		K/W		°C	°C	°C

		PT @Tc		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		Ref *?
		W	°C	mW	°C		V	V	V	V	mA		K/W		°C	°C	°C
2N5771		1.0	25	625	25		15	-	15	4.5	50		200	125	150	–55.. +150	260		Fsc73
2N5910		-	-	310	25		-	20	20	4.5	50		355	-	135	–55.. +135	260		Fsc73
PN5910		1.0	25	625	25		-	20	20	4.5	50		200	125	150	–55.. +150	260		Fsc73
		PT @Tc		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		17847
		W	°C	mW	°C		V	V	V	V	mA		K/W		°C	°C	°C

		PT @Tc		PT @TA			UCBO	CES	CEO	EBO	IC	ICM@tP			RthJA	thJC	TJ	TSTG	TL		Ref *?
		W	°C	mW	°C		V	V	V	V	A	A	µs		K/W		°C	°C	°C
2N5134		0.5	25	200	25		20	20	10	3.5	0.1	0.5	10		500	200	125	–55.. +125	260		Fsc73
PN5134		1.0	25	625	25		20	20	10	3.5	0.1	0.5	10		200	125	150	–55.. +150	260		Fsc73
		PT @Tc		PT @TA			UCBO	CES	CEO	EBO	IC	ICM@tP			RthJA	thJC	TJ	TSTG	TL		17847
		W	°C	mW	°C		V	V	V	V	A	A	µs		K/W		°C	°C	°C

		PT @Tc		PT @TA		UCBO		CES	CEO	EBO	IC	CM	IB	EM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C	mW	°C	V		V	V	V	A	A	A	A		K/W		°C	°C
BC​370		375	137	375	25	20		20	20	5.0	0.5	1.0	0.2	1.0		≤400	≤100	175	–65.. +175		Ate70
BC​270		375	137	375	25	20		20	20	6.0	0.5	1.0	0.2	1.0		≤400	≤100	175	–65.. +175		Ate70
		PT @Tc		PT @TA		UCBO		CES	CEO	EBO	IC	CM	IB	EM		RthJA	thJC	TJ	TSTG		17825
		mW	°C	mW	°C	V		V	V	V	A	A	A	A		K/W		°C	°C

		PT @Tc		PT @TA		DPC	DPA		UCBO	CEO	EBO	IC		RthJA	thJC	TJ	TSTG	TL		Ref *?
		W	°C	mW	°C	mW/K			V	V	V	mA		K/W		°C	°C	°C
2N709		0.5	100	300	25	5.0	1.71		15	6.0	4.0	-		585	200	200	–65.. +200	300		Txi69
2N3248 2N3249		1.2	25	360	25	6.9	2.06		15	12	5.0	-		485	145	200	–65.. +200	-		Mot74
		PT @Tc		PT @TA		DPC	DPA		UCBO	CEO	EBO	IC		RthJA	thJC	TJ	TSTG	TL		21164
		W	°C	mW	°C	mW/K			V	V	V	mA		K/W		°C	°C	°C