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
BF763		500	25		25	15	-	25		≤250	150	–65.. +150		Val84
BF182 BF183		150 130	25 45		25	20	3.0	15		1000	175	–65.. +175		Val69
BF273 BF274		200	25		25	20	4.0	30		500	125	–55.. +125		Sga73
MPS6519 MPS6522 MPS6523		625	25		25	25	4.0	100		200	150	–55.. +150		Phi89
ESM269		360	25		30	20	1.0	100		≤486	–65..+200			Csf76
BF180 BF181		150 130	25 45		30	20	3.0	20		1000	175	–65.. +175		Val69
BF562		250	45		30	20	3.0	20		≤420	150	–55.. +150		Sie80
2SC2512		300	25		30	20	3.0	50		417	150	–55.. +150		Hit01
2SC2498		300	25		30	20	3.0	50		-	125	–55.. +125		Tos83
BFX62		130	25		30	20	4.0	12		≤1000	175	–65.. +175		Csf76
2SC535		100	25		30	20	4.0	20		1250	150	–55.. +150		Hit01
BF926 BF936		250	45		30	20	4.0	25		≤420	150	–55.. +150		Val80
2SC1342		100	25		30	20	4.0	30		1250	150	–55.. +150		Hit99
BF194 BF195		160	45		30	20	5.0	30		≤450	125	–55.. +125		Sie67
BF194 BF195		220	25		30	20	5.0	30		≤450	125	–65.. +125		Sie70
BF939		225	55		30	25	3.0	20		≤420	150	–55.. +150		Val80
BF479		170	45		30	25	3.0	50		600	150	–55.. +150		Sga73
BCY27 BCY28		230	45		30	25	30	50		≤450	150	-		Sie62
BF500		200	25		30	30	3.0	20		500	125	–55.. +125		Sga73
BF324		250	45		30	30	4.0	25		≤420	150	–55.. +150		Val80
BF233 BF234		200	25		30	30	4.0	50		500	125	–55.. +125		Sga73
MPS6535		625	25		30	30	5.0	600		200	-	–55.. +150		Phi89
BCY17 BCY18		300	45		30	30	30	50		≤360	150	-		Sie62
		PT @TA			UCBO	CEO	EBO	IC		RthJA	TJ	TSTG		17890
		mW	°C		V	V	V	mA		K/W	°C

		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	mA		K/W	°C
BF200		150 130	25 45		30	30	20	3.0	20		1000	175	–65.. +175		Val69
BF184 BF185		145	45		30	30	20	5.0	30		900	175	–65.. +175		Val69
BF496		300	75		30	30	20	3.0	20		≤250	150	–55.. +150		Val80
		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	TJ	TSTG		17827
		mW	°C		V	V	V	V	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
ZTX310		300	25		25	12	3.0	500	100		500	–55..+175			Fer79
2SC2804		200	25		25	20	3.0	20	10		-	125	–55.. +125		Tos83
ZTX500		300	25		25	25	5.0	500	100		500	–55..+175			Fer
ZTX312		300	25		30	12	5.0	500	100		500	–55..+175			Fer79
2SC2805 2SC2806 2SC3137		200	25		30	15	3.0	50	25		500	125	–55.. +125		Tos83
S662T		450	25		30	20	3.0	20	3.0		≤275	125	–55.. +125		Tfk85
BF362 BF363		750	25		30	20	3.0	20	3.0		≤166	125	–55.. +125		Tfk85
2SC3172		200	25		30	20	3.0	50	25		500	125	–55.. +125		Tos83
2SC3136		250	25		30	20	3.0	50	25		400	125	–55.. +125		Tos83
2SA500 2SC400		250	25		30	20	5.0	100	20		600	175	–65.. +175		Tos83
TEC9012 TEC9013		625	25		30	25	5.0	800	80		200	150	–55.. +150		Tos83
BF967		160	55		30	30	3.0	20	5.0		600	150	–55.. +150		Phi80
BF310 BF314		300	45		30	30	4.0	25	3.0		≤350	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	TSTG		Ref *?
		mW	°C		V	V	V	A	mA		K/W	°C
2SD1140		900	25		30	30	10	1.5	50		139	150	–55.. +150		Tos83
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG		17887
		mW	°C		V	V	V	A	mA		K/W	°C

		PT @TA			UCES	CEO	EBO	IC	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
MPSA13 MPSA14 MPSA63 MPSA64		625	25		30	30	10	500	-		200	150	–65.. +150		Phi89
		PT @TA			UCES	CEO	EBO	IC	IB		RthJA	TJ	TSTG		17843
		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
BFW92A		200	70		25	15	2.5	25	50		400	150	–65.. +150		Phi85
2SC4308		600	25		30	20	2.0	300	500		208	150	–55.. +150		Hit01
2SC4367		600	25		30	20	3.0	100	200		208	150	–55.. +150		Hit01
2SC4693		900	25		30	20	3.0	300	500		139	150	–55.. +150		Hit01
BF254 BF255		220	25		30	20	5.0	30	-		≤450	125	–65.. +125		Sie70
BF254 BF255		300	25		30	20	5.0	20	20		330	125	–65.. +125		Phi70
BF494 BF495		300	75		30	20	5.0	30	-		≤250	150	–65.. +150		Val80
JF494 JF495		300	25		30	20	5.0	30	30		420	150	–65.. +150		Phi95
BSV96 BSV97 BSV98		220	50		30	30	5.0	300	800		450	150	–65.. +150		Phi71
		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		18254
		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	A	A		K/W	°C
2SD2263		500	25		25	25	6.0	±0.5	1.0		250	150	–55.. +150		Hit99
2SD1922		900	25		25	25	6.0	±0.8	1.5		139	150	–55.. +150		Hit01
2SD1504		300	25		30	15	5.0	0.5	1.0		417	150	–55.. +150		Hit01
		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		17908
		mW	°C		V	V	V	A	A		K/W	°C

		PT @TA			UCBOM	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
BFW92		190	73		25	15	2.5	25	50		400	150	–65.. +150		Phi81
		PT @TA			UCBOM	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		17856
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBS	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
BF979S		160	-		30	25	3.0	50	-		≤600	150	–50.. +150		Sie80
		PT @TA			UCBS	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		18261
		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
2SC2644		500	25		25	12	3.0	120	120		-	125	–55.. +125		Tos83
2SC2347 2SC2349		250	25		30	15	3.0	50	50		400	125	–55.. +125		Tos83
2SC1906 2SC1907		300	25		30	19	2.0	50	50		417	150	–55.. +150		Hit01
2SC388ATM 2SC2717		300	25		30	25	4.0	50	50		333	125	–55.. +125		Tos83
2SC2348		250	25		30	30	2.0	20	20		400	125	–55.. +125		Tos83
		PT @TA			UCBO	CEO	EBO	IC	IE		RthJA	TJ	TSTG		17889
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	thJC	TJ	TSTG		Ref *?
		W	°C		V	V	V	mA	mA		K/W		°C
BCY57		0.3 0.26	25 45		25	20	5.0	100	200		500	200	175	–65.. +175		Val70
BFG34 BFQ34T		1.0	45		25	18	2.0	150	-		130	50	175	–65.. +175		Phi85
		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	thJC	TJ	TSTG		17841
		W	°C		V	V	V	mA	mA		K/W		°C

		PT @TA			UCBO	CEO	EBO	ICM	IEM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W		°C
BCY72		350 310	25 45		25	25	5.0	200	200		500	150	200	–65.. +200		Val70
		PT @TA			UCBO	CEO	EBO	ICM	IEM		RthJA	thJC	TJ	TSTG		15494
		mW	°C		V	V	V	mA	mA		K/W		°C

		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG	TL		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C	°C	°C
BFR28		200	25		30	20	3.0	50	5.0		≤775	175	–65.. +150	240		Sie73
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG	TL		18258
		mW	°C		V	V	V	mA	mA		K/W	°C	°C	°C

		PT @TA			UCBO	CEO	EBO	IC	IB	IE		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA		K/W	°C
BC122 BC202		250	-		30	20	5.0	75	10	85		500 ≤1000	150	–55.. +125		Sie72
		PT @TA			UCBO	CEO	EBO	IC	IB	IE		RthJA	TJ	TSTG		18247
		mW	°C		V	V	V	mA	mA	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
S483T		450	25		25	15	2.5	25	50	3.0		≤275	125	–55.. +125		Tfk85
S763T		500	25		25	15	2.5	25	50	3.0		≤250	150	–55.. +150		Tfk85
BSX68		125	45		30	15	5.0	100	200	20		≤600	125	–30.. +125		Tfk71
BSX69		125	45		30	20	5.0	100	200	20		≤600	125	–30.. +125		Tfk71
BF505 BF507		500	25		30	25	3.0	20	50	5.0		≤250	150	–55.. +150		Sie80
		PT @TA			UCBO	CEO	EBO	IC	ICM	IB		RthJA	TJ	TSTG		21689
		mW	°C		V	V	V	mA	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM	IBM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA		K/W	°C
BCW48 BCW49 BCW58 BCW59		200	50		30	20	5.0	100	200	200		500	150	–65.. +150		Phi71
		PT @TA			UCBO	CEO	EBO	IC	ICM	IBM		RthJA	TJ	TSTG		18243
		mW	°C		V	V	V	mA	mA	mA		K/W	°C

		PT @TA			UCBO	CER	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	mA	mA		K/W	°C
BF689K		360	60		25	25	15	3.5	25	50		≤250	150	–55.. +150		Val84
		PT @TA			UCBO	CER	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		17827
		mW	°C		V	V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM	IE	IEM		RthJA	TJ	TA		Ref *?
		mW	°C		V	V	V	mA	mA	mA	mA		K/W	°C
SC107		250	45		-	25	-	50	200	80	300		420	150	–40.. +125		Rft69
		PT @TA			UCBO	CEO	EBO	IC	ICM	IE	IEM		RthJA	TJ	TA		15961
		mW	°C		V	V	V	mA	mA	mA	mA		K/W	°C

		PT @TA			UCBS	CEO	EBO	IC	ICM	IB	IBM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA	mA		K/W	°C
JA100		500	25		30	25	5.0	100	200	50	100		250	150	–55.. +150		Phi89
		PT @TA			UCBS	CEO	EBO	IC	ICM	IB	IBM		RthJA	TJ	TSTG		17843
		mW	°C		V	V	V	mA	mA	mA	mA		K/W	°C

		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA	mA		K/W	°C
BC168		180	45		30	20	5.0	100	200	10	20		≤450	125	–55.. +125		Sie67
BC168		220	25		30	20	5.0	100	200	50	-		≤450	125	–55.. +125		Sie68
BC168		300	25		30	20	5.0	100	200	50	-		≤420	150	–55.. +150		Sie70
BC169		180	45		30	20	5.0	100	200	10	20		≤450	125	–55.. +125		Sie67
BC169		220	25		30	20	5.0	100	200	50	-		≤450	125	–55.. +125		Sie68
BC169		300	25		30	20	5.0	50	-	5.0	-		≤420	150	–55.. +150		Sie70
BC148		220	25		30	20	5.0	100	200	10	20		≤450	125	–55.. +125		Sie67
BC148		220	25		30	20	5.0	100	200	50	-		≤450	125	–55.. +125		Sie68
BC148		300	25		30	20	5.0	100	200	50	-		≤420	150	–55.. +150		Sie70
BC149		220	25		30	20	5.0	100	200	10	20		≤450	125	–55.. +125		Sie67
BC149		220	25		30	20	5.0	100	200	50	-		≤450	125	–55.. +125		Sie68
BC149		300	25		30	20	5.0	50	-	5.0	-		≤420	150	–55.. +150		Sie70
BC159		300	25		25	20	5.0	50	-	5.0	-		≤420	150	–55.. +150		Sie70
BC159		220	25		30	20	5.0	100	200	10	20		≤450	125	–55.. +125		Sie67
BC159		220	25		30	20	5.0	100	200	50	100		≤450	125	–55.. +125		Sie68
BC259		300	25		25	20	5.0	50	-	5.0	-		≤420	150	–55.. +150		Sie70
BC259		220	25		30	20	5.0	100	200	50	100		450	125	–55.. +125		Sie68
BC158		220	25		30	20	5.0	100	200	10	20		≤450	125	–55.. +125		Sie67
BC158		220	25		30	25	5.0	100	200	50	100		≤450	125	–55.. +125		Sie68
BC158		300	25		30	20	5.0	100	200	50	100		≤420	150	–55.. +150		Sie70
BC258		220	25		30	25	5.0	100	200	50	100		450	125	–55.. +125		Sie68
BC258		300	25		30	20	5.0	100	200	50	100		≤420	150	–55.. +150		Sie70
JC500		500	25		30	25	6.0	100	200	50	-		250	150	–55.. +150		Phi89
		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	TJ	TSTG		18246
		mW	°C		V	V	V	mA	mA	mA	mA		K/W	°C

		PT @TA			UCBO	CSO	CEO	EBO	IC	ICM	IB		RthJA	TJ	TA		Ref *?
		W	°C		V	V	V	V	A	A	mA		K/W	°C
B315D		1.3	25		20	15	15	5.0	0.5	1.0	250		85	150	–25.. +85		Rft84 Rft86
B325D		1.3	25		30	25	25	5.0	0.5	1.0	250		85	150	–25.. +85		Rft84 Rft86
		PT @TA			UCBO	CSO	CEO	EBO	IC	ICM	IB		RthJA	TJ	TA		21693
		W	°C		V	V	V	V	A	A	mA		K/W	°C

		PT @TA		UCE		UCBO	CES	CEO	EBO	ICM	IBM		RthJA	TJ	TSTG		Ref *?
		mW	°C	V		V	V	V	V	mA	mA		K/W	°C
BF959		500	25	≤15		30	30	20	3.0	100	30		≤250	150	–55.. +150		Sie80
		PT @TA		UCE		UCBO	CES	CEO	EBO	ICM	IBM		RthJA	TJ	TSTG		18261
		mW	°C	V		V	V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CES	CEO	EBO	IC	ICM	IBM	IEM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	A	A	A	A		K/W	°C
BC408 BC409		250	25		30	30	20	5.0	0.1	0.2	0.2	0.2		400	125	–65.. +125		Phi75
BC238 BC239		300	25		30	30	20	5.0	0.1	0.2	0.2	0.2		330	125	–65.. +125		Phi71
		PT @TA			UCBO	CES	CEO	EBO	IC	ICM	IBM	IEM		RthJA	TJ	TSTG		17837
		mW	°C		V	V	V	V	A	A	A	A		K/W	°C

		PT @TA			UCBO	CEX	CEO	EBO	IC	ICM	IBM	IEM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	A	A	A	A		K/W	°C
BC419		250	25		25	25	20	5.0	0.1	0.2	-	0.2		400	125	–65.. +125		Phi75
BC309		300	25		25	25	20	5.0	0.1	0.2	-	0.2		330	125	–65.. +125		Phi71
BC418		250	25		30	30	20	5.0	0.1	0.2	-	0.2		400	125	–65.. +125		Phi75
BC308		300	25		30	30	25	5.0	0.1	0.2	-	0.2		330	125	–65.. +125		Phi71
		PT @TA			UCBO	CEX	CEO	EBO	IC	ICM	IBM	IEM		RthJA	TJ	TSTG		17837
		mW	°C		V	V	V	V	A	A	A	A		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	A	A	A	A		K/W		°C
BC375 BC376		625 800	25		25	20	5.0	1.0	1.5	0.1	0.2		200 156	95	150	–65.. +150		Phi80
		PT @TA			UCBO	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		17837
		mW	°C		V	V	V	A	A	A	A		K/W		°C

		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	A	A	A	A		K/W		°C
BC368 BC369		0.8 1.0	25		25	20	5.0	1.0	2.0	0.1	0.2		156 125	60	150	–65.. +150		Phi75
		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		17837
		mW	°C		V	V	V	A	A	A	A		K/W		°C

		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA	mA		K/W		°C
BC179		300	25		25	20	5.0	50	-	5.0	-		≤500	≤200	175	–55.. +125		Sie70
BC179		300	25		25	20	5.0	100	200	-	-		≤500	≤200	175	–65.. +175		Stm89
BC178		300	25		30	20	5.0	100	200	-	-		≤500	≤200	175	–65.. +175		Stm89
BC178		300	25		30	25	5.0	100	200	50	100		≤500	≤200	175	–55.. +125		Sie70
		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		18247
		mW	°C		V	V	V	mA	mA	mA	mA		K/W		°C

		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM	IEM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	A	A	A	A	A		K/W		°C
BC328 BC338		625	25		30	25	5.0	0.8	1.0	0.1	-	-		≤200	≤90	150	–55.. +150		Sie72
BC328 BC338		625 800	25		30	25	5.0	0.5	1.0	0.1	0.2	1.0		200 156	-	150	–65.. +150		Phi75
		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM	IEM		RthJA	thJC	TJ	TSTG		18243
		mW	°C		V	V	V	A	A	A	A	A		K/W		°C

		PT @TA			UCBO	CES	CEO	EBO	IC	ICM	IBM	IEM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	A	A	A	A		K/W		°C
BC548 BC549		500	25		30	30	30	5.0	0.1	0.2	0.2	0.2		250	150	150	–65.. +150		Phi75
JC548 JC558		500	25		30	30	30	5.0	0.1	0.2	0.2	0.2		250	150	150	–65.. +150		Phi89
JC549 JC559		500	25		30	30	30	5.0	0.1	0.2	0.2	0.2		250	150	150	–65.. +150		Phi95
		PT @TA			UCBO	CES	CEO	EBO	IC	ICM	IBM	IEM		RthJA	thJC	TJ	TSTG		17837
		mW	°C		V	V	V	V	A	A	A	A		K/W		°C

		PT @TA			UCBO	CEX	CEO	EBO	IC	ICM	IBM	IEM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	A	A	A	A		K/W		°C
BC558 BC559		500	25		30	30	30	5.0	0.1	0.2	0.2	0.2		250	150	150	–65.. +150		Phi75
		PT @TA			UCBO	CEX	CEO	EBO	IC	ICM	IBM	IEM		RthJA	thJC	TJ	TSTG		17837
		mW	°C		V	V	V	V	A	A	A	A		K/W		°C

		PT @TA		DP		UCBO	CEO	EBO	IC		RthJA	TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	V	V	mA		K/W	°C	°C	°C
TIS62 TIS63 TIS64		250	25	2.0		30	12	3.0	30		500	150	–65.. +150	260		Txi69
		PT @TA		DP		UCBO	CEO	EBO	IC		RthJA	TJ	TSTG	TL		17937
		mW	°C	mW/K		V	V	V	mA		K/W	°C	°C	°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
2SC3279		750	25		30	30	10	6.0	2.0	2.0		5.0	10	30		167	150	–55.. +150		Tos83
		PT @TA			UCBO	CES	CEO	EBO	IC	IB		ICM @tP		tP/T		RthJA	TJ	TSTG		17887
		mW	°C		V	V	V	V	A	A		A	ms	%		K/W	°C

		PT @Tc			PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		Ref *?
		mW	°C		mW	°C		V	V	V	mA		K/W		°C
BFR99 BFR99A		360	25		225	25		25	25	3.0	50		≤777	≤486	–55.. +200	–55.. +200		Stm89
BF158 BF160		500	25		200	25		30	12	2.0	-		500	200	125	–55.. +125		Sga73
BFY66		300	25		200	25		30	15	3.0	-		880	585	200	–65.. +200		Tfk68
BFX73		300	25		200	25		30	15	3.0	50		≤875	≤584	–65..+200			Stm89
BF344 BF345		230	25		150	25		30	20	4.0	50		≤1000	-	175	–65.. +175		Ate70
BF271		430	25		250	25		30	25	4.0	25		≤700	≤400	200	–55.. +200		Sga73
BC132		500	25		200	25		30	25	6.0	20		500	200	125	–55.. +125		Sga73
BFX18		260	25		175	25		30	30	3.0	-		1000	673	200	–55.. +200		L0 Sgs69
BFX19 BFX20 BFX21		260	25		175	25		30	30	3.0	-		1000	673	200	–55.. +200		L2 Sgs69
BFX31		260	25		175	25		30	30	3.0	-		1000	673	200	–55.. +200		L1 Sgs69
BFY79		500	25		300	25		30	30	4.0	-		583	219	350	–65.. +200		L4 Sgs69
		PT @Tc			PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		17850
		mW	°C		mW	°C		V	V	V	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
BFY78		0.8	25		300	25		25	12	3.0	50		584	219	200	–65.. +300		L4 Sgs69
BSW21 BSW22 BSX51 BSX52		1.0	25		300	25		25	25	5.0	200		-	-	175	–65.. +175		Csf76
2N4126		-	-		310 210	25 60		25	25	5.0	200		357	-	–55.. +135	–55.. +135		Mot69
2N4126		1.0	25		350	25		25	25	5.0	200		357	125	150	–55.. +150		Mot74
BSS12		1.2	25		360	25		30	12	5.0	200		≤500	≤150	200	–65.. +200		Ate70
2N4124		-	-		310 210	25 60		30	25	5.0	200		357	-	–55.. +135	–55.. +135		Mot69
2N4124		1.0	25		350	25		30	25	5.0	200		357	125	150	–55.. +150		Mot74
2N4125		-	-		310 210	25 60		30	30	5.0	200		357	-	–55.. +135	–55.. +135		Mot69
2N4125		1.0	25		350	25		30	30	5.0	200		357	125	150	–55.. +150		Mot74
BFX48		1.0	25		360	25		30	30	5.0	100		≤486	≤175	–65..+200			Stm89
BFY63		1.0	25		600	25		30	15	4.0	-		292	175	200	–65.. +200		L3 Sgs69
		PT @Tc			PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		17825
		W	°C		mW	°C		V	V	V	mA		K/W		°C

		PT @Tc			PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C		W	°C		V	V	V	A		K/W		°C
BSW93		4.0	25		1.0	25		30	30	5.0	1.0		175	43.8	200	–55.. +200		L1 Sgs69
		PT @Tc			PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		17825
		W	°C		W	°C		V	V	V	A		K/W		°C

		PT @Tc			PT @TA			UCBO	CER	EBO	IC		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C		mW	°C		V	V	V	mA		K/W		°C
BSY70		1.0 0.5	25 100		300 260	25 45		25	20	3.0	-		500	250	175	–65.. +200		Tfk68
		PT @Tc			PT @TA			UCBO	CER	EBO	IC		RthJA	RthJC	TJ	TSTG		15475
		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
SC111		2.5	25		600	25		30	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	CER	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		Ref *?
		W	°C		mW	°C		V	V	V	mA		K/W		°C	°C	°C
BC205 BC206 BC208 BC209		0.5	25		200	25		25	20	5.0	100		500	200	125	–55.. +125	-		Sga73
BC205 BC206		0.5	25		200	25		25	20	5.0	-		500	200	125	–55.. +125	260		Fsc73
BC208 BC209		0.5	25		200	25		25	25	5.0	100		500	200	125	–55.. +125	260		Fsc73
2N5130		0.5	25		200	25		30	12	1.0	50		500	200	125	–55.. +125	260		Fsc73
PN5130		-	-		300	65		30	12	1.0	50		283	-	150	–55.. +150	260		Fsc73
2N3563		0.5	25		200	25		30	12	2.0	50		500	200	125	–55.. +125	260		Fsc73
MPS3563		1.0	25		625 300	25 65		30	12	2.0	50		200	-	150	–55.. +150	260		Fsc73
2N918		0.3	25		200	25		30	15	3.0	50		875	584	200	–65.. +200	260		Fsc73 Mot74
2N5770 MPS918		1.0	25		625 300	25 65		30	15	3.0	50		200	-	150	–55.. +150	260		Fsc73
BC113 BC114		0.5	25		200 160	25 45		30	25	6.0	50		500	200	125	–55.. +125	260		Fsc73
BC113 BC114		0.5	25		200	25		30	30	6.0	50		500	200	125	–55.. +125	-		Sga73
2N5138		0.5	25		200	25		30	30	5.0	-		500	200	125	–55.. +125	260		Fsc73
PN5138		1.0	25		625	25		30	30	5.0	-		200	125	150	–55.. +150	260		Fsc73
2N4916 2N4917		0.5	25		200	25		30	30	5.0	100		500	200	125	–55.. +125	260		Fsc73
PN4916 PN4917		1.0	25		625	25		30	30	5.0	100		200	125	150	–55.. +150	260		Fsc73
		PT @Tc			PT @TA			UCBO	CER	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	CER	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		Ref *?
		W	°C		mW	°C		V	V	V	A		K/W		°C	°C	°C
BC728 BC738		1.0	25		625 400	25 70		30	25	5.0	1.0		200	125	150	–55.. +150	260		Fsc73
		PT @Tc			PT @TA			UCBO	CER	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		17850
		W	°C		mW	°C		V	V	V	A		K/W		°C	°C	°C

		PT @Tc			PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		Ref *?
		mW	°C		mW	°C		V	V	V	mA	mA		K/W		°C
BFX59 BFX59F		370	45		-	-		30	20	3.0	100	30		≤650	≤350	175	–65.. +175		Sie69 Sie72
BFX59 BFX59F		370	70		-	-		30	20	3.0	100	30		≤650	≤350	200	–65.. +175		Sie80
		PT @Tc			PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		21695
		mW	°C		mW	°C		V	V	V	mA	mA		K/W		°C

		PT @Tc			PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C		W	°C		V	V	V	A	mA		K/W		°C
BC192		1.8	25		0.4	25		25	25	5.0	0.5	100		≤440	≤97	200	-		Ime71
		PT @Tc			PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		17826
		W	°C		W	°C		V	V	V	A	mA		K/W		°C