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	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C
BC413		300	25		45	30	5.0	100	20		420	150	–65.. +150		Sie72
ZTX108 ZTX109		300	25		45	30	5.0	100	20		500	–55..+175			Fer79
ZTX213 ZTX214		500	25		45	30	5.0	200	-		300	–55..+175			Fer
BC415		300	25		45	35	5.0	100	20		400	150	–65.. +150		Sie72
ZTX503		300	25		45	45	5.0	500	100		500	–55..+175			Fer
2SC3327		200	25		50	20	25	300	60		500	125	–55.. +125		Tos83
2SC2878		400	25		50	20	25	300	60		250	125	–55.. +125		Tos83
BF189		167	25		50	30	5.0	30	1.0		900	175	–55.. +175		Dit67
TEC9011		400	25		50	30	5.0	50	5.0		313	150	–55.. +150		Tos83
MPS3703 MPS3704 MPS3705 MPS6532		625	25		50	30	5.0	600	-		200	-	–55.. +150		Phi89
BF222		175	25		50	40	4.0	20	-		≤875	175	–55.. +175		Sga73
2SA499		250	25		50	40	5.0	100	20		600	175	–65.. +175		Tos83
BC414		300	25		50	45	5.0	100	20		420	150	–65.. +150		Sie72
BC416		300	25		50	45	5.0	100	20		400	150	–65.. +150		Sie72
2N5086 2N5087		625	25		50	50	3.0	50	-		200	150	–65.. +150		Phi91
2SC3113		200	25		50	50	5.0	150	30		500	125	–55.. +125		Tos83
2SC3112		400	25		50	50	5.0	150	30		250	125	–55.. +125		Tos83
2SA1015		400	25		50	50	5.0	150	50		250	125	–55.. +125		Tos83
TED1602		400	25		50	50	5.0	150	50		250	125	–65.. +125		Tos83
2PA1015		500	25		50	50	5.0	150	50		250	150	–65.. +150		Phi89
TEC9015		625	25		50	50	5.0	150	50		200	150	–55.. +150		Tos83
MPSA26 MPSA76		500	25		50	50	10	500	-		250	150	–65.. +150		Phi89
BCY19		300	45		50	50	50	50	-		≤360	150	-		Sie62
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG		18238
		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	A		K/W	°C
2SC3007		800	25		50	50	5.0	2.0	0.2		156	150	–55.. +150		Tos83
2SA1020 2SC2655		900	25		50	50	5.0	2.0	-		139	150	–55.. +150		Tos83
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG		17886
		mW	°C		V	V	V	A	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
2SC383TM 2SC2216		300	25		50	45	4.0	50	50		333	125	–55.. +125		Tos83
2SA1048 2SA1048L 2SC2458 2SC2458L		200	25		50	50	5.0	150	150		500	125	–55.. +125		Tos83
2SA1015L		400	25		50	50	5.0	150	150		250	125	–55.. +125		Tos83
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG		17886
		mW	°C		V	V	V	mA	mA		K/W	°C

		PT @TA			UCBO	CER	CEO	EBO	IC		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	mA		K/W	°C
BF115		145	45		50	50	30	5.0	30		900	175	–65.. +175		Val69
		PT @TA			UCBO	CER	CEO	EBO	IC		RthJA	TJ	TSTG		15898
		mW	°C		V	V	V	V	mA		K/W	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	A	A		K/W		°C
BCY56		300 260	25 45		45	45	5.0	0.1	0.2		500	200	175	–65.. +175		Val70
BSX54		130	45		50	45	5.0	0.1	0.2		1000	-	175	–55.. +175		Tfk68
BC617		625	25		50	40	12	1.0	-		≤200	≤90	150	–55.. +150		Sie80
		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	thJC	TJ	TSTG		17824
		mW	°C		V	V	V	A	A		K/W		°C

		PT @TA			UCBO	CEO	EBO	ICM	IBMR		RthJA	thJC	TJ	TSTG		Ref *?
		W	°C		V	V	V	A	A		K/W		°C
BSS28 BSS29		0.8	25		50	30	5.0	1.0	0.2		≤225	≤35	200	–65.. +200		Val71
		PT @TA			UCBO	CEO	EBO	ICM	IBMR		RthJA	thJC	TJ	TSTG		17827
		mW	°C		V	V	V	A	A		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
BCY71		350 310	25 45		45	45	5.0	200	200		500	150	200	–65.. +200		Val70
BCY70		350 310	25 45		50	40	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	CES	CEO	EBO	IC		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	mA		K/W		°C
BF232		270	80		-	48	25	4.0	30		≤650	≤350	175	–55.. +175		Sie68 Sie70
		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	thJC	TJ	TSTG		18247
		mW	°C		V	V	V	V	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
BCW88		225	25		45	45	5.0	100	20		≤775	200	–65.. +150	240		Sie73
BCW87		225	25		45	45	7.0	100	20		≤775	200	–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	°C
BC123 BC203		250	25		45	30	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	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM	IBM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA		K/W	°C	°C
BCW47 BCW57		200	50		50	45	6.0	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	°C

		PT @TA			UCBO	CEO	EBO	IC	ICM	IEM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA		K/W	°C	°C
BFX87		600	25		50	50	4.0	600	600	600		292	200	–65.. +200		Phi80
		PT @TA			UCBO	CEO	EBO	IC	ICM	IEM		RthJA	TJ	TSTG		17838
		mW	°C		V	V	V	mA	mA	mA		K/W	°C	°C

		PT @TA			UCES	CEO	EBO	IC	ICM	IB		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	mA	mA	mA		K/W	°C	°C
BCX79		450	25		45	45	5.0	100	200	50		280	150	–55.. +150		Sie73 Phi88
BCX59		450	25		45	45	7.0	100	200	50		280	150	–55.. +150		Sie73 Phi88
		PT @TA			UCES	CEO	EBO	IC	ICM	IB		RthJA	TJ	TSTG		17843
		mW	°C		V	V	V	mA	mA	mA		K/W	°C	°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	°C
JA101		500	25		50	45	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	°C

		PT @TA			UCBO	CEX	CES	CEO	EBO		IC	CM	IB	BM	IEM		RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	V	V	V		A	A	mA	mA	A		K/W	°C	°C
BC257		220	25		-	-	50	45	5.0		0.1	0.2	50	100	-		450	125	–55.. +125		Sie68
BC257		300	25		-	-	50	45	5.0		0.1	0.2	50	100	-		≤420	150	–55.. +150		Sie70
BC157		220	25		-	-	50	45	5.0		0.1	0.2	50	100	-		≤450	125	–55.. +125		Sie68
BC157		220	25		-	-	50	45	6.0		0.1	0.2	10	20	-		≤450	125	–55.. +125		Sie67
BC157		250	25		50	50	-	45	5.0		0.1	0.2	-	-	0.2		400	125	–65.. +125		Phi71
BC157		300	25		-	-	50	45	5.0		0.1	0.2	50	100	-		≤420	150	–55.. +150		Sie70
BC157		300	25		50	50	-	45	5.0		0.1	0.2	-	-	0.2		330	125	–65.. +125		Phi73
BC417		250	25		50	50	-	45	5.0		0.1	0.2	-	-	0.2		400	125	–65.. +125		Phi75
BC307		300	25		-	-	50	45	5.0		0.1	0.2	50	100	-		≤420	150	–55.. +150		Sie70
BC307		300	25		50	50	-	45	5.0		0.1	0.2	-	-	0.2		330	125	–65.. +125		Phi71
BC167		180	45		-	-	50	45	6.0		0.1	0.2	10	20	-		≤450	125	–55.. +125		Sie67
BC167		220	25		-	-	50	45	6.0		0.1	0.2	50	-	-		≤450	125	–55.. +125		Sie68
BC147		220	25		-	-	50	45	6.0		0.1	0.2	10	20	-		≤450	125	–55.. +125		Sie67
BC147		220	25		-	-	50	45	6.0		0.1	0.2	50	-	-		≤450	125	–55.. +125		Sie68
BC147		250	25		50	-	50	45	6.0		0.1	0.2	-	200	0.2		400	125	–65.. +125		Phi71
BC147		300	25		-	-	50	45	6.0		0.1	0.2	50	-	-		≤420	150	–55.. +150		Sie70
BC147		300	25		50	-	50	45	6.0		0.1	0.2	-	200	0.2		330	125	–65.. +125		Phi73
BC407		250	25		50	-	50	45	6.0		0.1	0.2	-	200	0.2		400	125	–65.. +125		Phi75
BC237		300	25		-	-	50	45	6.0		0.1	0.2	50	-	-		≤420	150	–55.. +150		Sie70
BC237		300	25		50	-	50	45	6.0		0.1	0.2	-	200	0.2		330	125	–65.. +125		Phi71
JC501		500	25		-	-	50	45	6.0		0.1	0.2	50	-	-		250	150	–55.. +150		Phi89
		PT @TA			UCBO	CEX	CES	CEO	EBO		IC	CM	IB	BM	IEM		RthJA	TJ	TSTG		18253
		mW	°C		V	V	V	V	V		A	A	mA	mA	A		K/W	°C	°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	°C
BC177		300	25		50	45	5.0	100	200	-	-		≤500	≤200	175	–65.. +175		Stm89
BC177		300	25		50	45	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	°C

		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	A	A	mA	mA		K/W		°C	°C
BC261		300	25		50	45	5.0	0.1	0.2	50	100		≤500	≤200	175	–55.. +175		Ime71
		PT @TA			UCES	CEO	EBO	IC	ICM	IB	IBM		RthJA	thJC	TJ	TSTG		17826
		mW	°C		V	V	V	A	A	mA	mA		K/W		°C	°C

		PT @TA			UCES	CER	CEO	EBO	IC	ICM	IB		RthJA	thJC	TJ	TSTG		Ref *?
		W	°C		V	V	V	V	A	A	mA		K/W		°C	°C
BC635 BC636		0.8	25		45	45	45	5.0	1.0	1.5	100		156	55	150	–65.. +150		Sie80
		1.0	25										125					K17
		PT @TA			UCES	CER	CEO	EBO	IC	ICM	IB		RthJA	thJC	TJ	TSTG		16182
		W	°C		V	V	V	V	A	A	mA		K/W		°C	°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	°C
BC550 JC557		500	25		50	50	45	5.0	0.1	0.2	0.2	0.2		250	150	150	–65.. +150		Phi75 Phi89
JC550 JC560		500	25		50	50	45	5.0	0.1	0.2	0.2	0.2		250	150	150	–65.. +150		Phi95
BC547 JC547		500	25		50	50	45	6.0	0.1	0.2	0.2	0.2		250	150	150	–65.. +150		Phi75 Phi89
		PT @TA			UCBO	CES	CEO	EBO	IC	ICM	IBM	IEM		RthJA	thJC	TJ	TSTG		17844
		mW	°C		V	V	V	V	A	A	A	A		K/W		°C	°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	°C
BC557 BC560		500	25		50	50	45	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	°C

		PT @TA			UCES	CEO	EBO	IC	CM	IB	BM	IEM		RthJA	thJC	TJ	TSTG		Ref *?
		mW	°C		V	V	V	A	A	A	A	A		K/W		°C	°C
BC327 BC337		625	25		50	45	5.0	0.8	1.0	0.1	-	-		≤200	≤90	150	–55.. +150		Sie72
BC327 BC337		625 800	25		50	45	5.0	0.5	1.0	0.1	0.2	1.0		200 156	-	150	–65.. +150		Phi75
		PT @TA			UCES	CEO	EBO	IC	CM	IB	BM	IEM		RthJA	thJC	TJ	TSTG		18253
		mW	°C		V	V	V	A	A	A	A	A		K/W		°C	°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
BF260 BFS11		230	25	150	25		45	30	4.0	50		≤1000	-	175	–65.. +175		Ate70
BF161		260	25	175	25		50	50	4.0	20		-	≤580	175	–55.. +175		Sga73
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		15553
		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
BSX39		1.2 0.68	25 100	360	25		45	20	5.0	500		≤486	≤146	–55.. +200	–55.. +200		Stm89
BFW22		1.2	25	360	25		45	45	6.0	-		486	146	200	–55.. +200		L1 Sgs69
BFX65		1.2	25	360	25		45	45	6.0	50		≤480	≤145	200	–55.. +200		Tfk77
BFY76 BFY77		1.2 0.68	25 100	360	25		45	45	6.0	50		486	146	200	–65.. +300		Sgs69 L4
BFY72		3.0	25	800	25		50	28	5.0	-		219	58.3	200	–65.. +300		L4 Sgs69
2SC1164 2SC1199		3.0	25	600	25		50	35	3.0	300		208	41.7	150	–55.. +150		Tos83
BFW68		1.2	25	360	25		50	40	5.0	-		486	146	200	–55.. +200		L1 Sgs69
BFX92 BFX93		0.6	25	300	25		50	45	6.0	30		500	250	175	–55.. +200		L1 Sgs69
BSW21A BSW22A		1.0	25	300	25		50	50	5.0	200		-	-	175	–65.. +175		Csf76
BSX51A BSX52A		1.0	25	300	25		50	50	7.0	200		-	-	175	–65.. +175		Csf76
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		17870
		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
BSV60		6.2	45	0.8	45		45	40	5.0	3.0		-	≤25	200	–55.. +200		Tfk77
BSS23		1.5	25	0.5	25		45	45	6.0	1.0		≤350	≤100	200	–65.. +200		Tfk77
BSV69		3.0	45	0.8	45		45	45	6.0	1.0		≤100	≤51	200	–65.. +200		Tfk77
MM1803		2.0	25	0.8	25		50	25	5.0	0.15		153	87.5	–65..+200			Mot74
BSW26		1.8	25	0.5	25		50	40	4.0	1.0		-	-	–65..+200			Txi69
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		21680
		W	°C	W	°C		V	V	V	A		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
2N3693 2N3694		0.5 0.3	25 65	200	25		45	45	4.0	30		500	200	125	–55.. +125	260		Fsc73
MPS3693 MPS3694		1.0	25	625	25		45	45	4.0	30		200	125	150	–55.. +150	260		Fsc73
BC521		1.0	25	625 400	25 70		45	45	8.0	50		200	125	150	–55.. +150	260		Fsc73
BC523		1.0	25	625	25		45	45	12	50		200	125	150	–55.. +150	260		Fsc73
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		17846
		W	°C	mW	°C		V	V	V	mA		K/W		°C	°C	°C

		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		Ref *?
		W	°C	mW	°C		V	V	V	A		K/W		°C	°C	°C
BC116A		0.8 0.4	25 75	300	25		45	40	5.0	-		333	125	125	–55.. +125	260		Fsc73
BC116A		0.8	25	300	25		45	40	5.0	0.5		330	125	125	–55.. +125	-		Sga73
2N3644		0.7	25	300	25		45	45	5.0	0.5		333	143	125	–55.. +125	260		Fsc73
PN3644		1.0	25	625	25		45	45	5.0	0.5		200	125	150	–55.. +150	260		Fsc73
BC204 BC207		0.5	25	200	25		50	45	5.0	0.1		500	200	125	–55.. +125	-		Sga73
BC204		0.5	25	200	25		50	45	5.0	-		500	200	125	–55.. +125	260		Fsc73
BC207		0.5	25	200	25		50	45	5.0	0.1		500	200	125	–55.. +125	260		Fsc73
BC125		0.8	25	300 240	25 45		50	30	5.0	-		333	125	125	–55.. +125	260		Fsc73
BC125		0.8	25	300	25		50	30	5.0	0.5		330	125	125	–55.. +125	-		Sga73
BC727 BC737		1.0	25	625 400	25 70		50	40	5.0	1.0		200	125	150	–55.. +150	260		Fsc73
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG	TL		17847
		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 *?
		W	°C	mW	°C		V	V	V	mA	mA		K/W		°C
BCY67		1.0	45	-	-		45	45	5.0	50	5.0		≤450	≤150	200	–65.. +200		Sie80
BCY79		0.77	45	310	45		45	45	5.0	200	20		500	200	200	–65.. +200		Val70
BCY79		1.0	45	-	-		45	45	5.0	200	50		≤450	≤150	200	–65.. +200		Sie80
BCW75		1.55	45	450	25		45	32	5.0	800	100		≤390	≤100	200	–65.. +200		Sie73
BCW79		4.5	45	870	25		45	32	5.0	800	100		≤200	≤35	200	–65.. +200		Sie73
BCY59		1.0 0.67	50 100	345	45		45	45	7.0	200	50		450	150	200	–65.. +200		Val70
BCY59		1.0	45	-	-		45	45	7.0	200	50		≤450	≤150	200	–65.. +200		Sie80
BCY66		1.0	45	-	-		45	45	7.0	50	5.0		≤450	≤150	200	–65.. +200		Sie80
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	RthJC	TJ	TSTG		18259
		W	°C	mW	°C		V	V	V	mA	mA		K/W		°C

		PT @Tc		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C	mW	°C		V	V	V	A	A		K/W		°C
BC318		1.0	25	350	25		40	30	5.0	150	-		357	125	–55/+150			Mot84
BC318		1.0	25	625	25		45	30	5.0	150	0.3		200	125	150	–55.. +150		Fsc73
BC321		1.5	25	625	25		40	30	5.0	150	-		200	83.3	–55..+150			Mot84
BC321		1.0	25	625	25		45	30	5.0	150	-		200	125	150	–55.. +150		Fsc73
BSX79		1.0	45	375	45		50	45	5.0	100	0.2		≤450	≤150	200	–65.. +200		Tfk77
BC317		1.0	25	625	25		50	45	6.0	150	0.3		200	125	150	–55.. +150		Fsc73
BC317		1.0	25	350	25		50	45	6.0	150	-		357	125	–55..+150			Mot84
BC320		1.0	25	625	25		50	45	6.0	150	-		200	125	150	–55.. +150		Fsc73
BC320		1.5	25	625	25		50	45	6.0	150	-		200	83.3	–55..+150			Mot84
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	RthJC	TJ	TSTG		17845
		W	°C	mW	°C		V	V	V	A	A		K/W		°C

		PT @Tc		PT @TA			UCBO	CER	CEO	EBO	ICM		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C	W	°C		V	V	V	W	A		K/W		°C
BCX10		2.0	25	0.6	25		50	50	35	5.0	-		≤250	≤75	175	–65.. +300		Ate71
BFX74		2.0 1.0	25 100	0.6	25		50	50	35	5.0	-		250	75	200	–55.. +200		L1 Sgs69
BC440 BC460		10	25	1.0	25		50	50	40	5.0	2.0		≤175	≤17.5	200	–65.. +200		Stm89
		PT @Tc		PT @TA			UCBO	CER	CEO	EBO	ICM		RthJA	RthJC	TJ	TSTG		17824
		W	°C	W	°C		V	V	V	V	A		K/W		°C

		PT @Tc		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		Ref *?
		W	°C	mW	°C		V	V	V	W	A		K/W		°C
BC215B		1.25	25	400	25		50	50	30	5.0	0.5		≤440	≤140	200	–65.. +200		Csf76
		PT @Tc		PT @TA			UCBO	CES	CEO	EBO	IC		RthJA	RthJC	TJ	TSTG		18240
		W	°C	mW	°C		V	V	V	V	A		K/W		°C

		PT @Tc		PT @TA			UCBO	CEO	EBO	IC	CM	IB		RthJA	thJC	TJ	TSTG		Ref *?
		W	°C	W	°C		V	V	V	A	A	A		K/W		°C
ZTX449		2.0	25	1.0	25		50	30	5.0	1.0	2.0	0.2		175	87.5	–55..+200			Fer
		PT @Tc		PT @TA			UCBO	CEO	EBO	IC	CM	IB		RthJA	thJC	TJ	TSTG		16867
		W	°C	W	°C		V	V	V	A	A	A		K/W		°C

		PT @Tc		PT @TA			UCBO	CES	CER	EBO	IC	IB	IE		RthJA	thJC	TJ	TSTG		Ref *?
		W	°C	W	°C		V	V	V	V	A	mA	A		K/W		°C
BFY33		2.6	45	0.6	45		50	30	-	7.0	0.5	-	-		≤220	≤50	200	200		Sie63
BFY33		2.6	45	-	-		50	-	30	7.0	0.5	50	0.5		≤220	≤60	200	200		Sie65
		PT @Tc		PT @TA			UCBO	CES	CER	EBO	IC	IB	IE		RthJA	thJC	TJ	TSTG		18240
		W	°C	W	°C		V	V	V	V	A	mA	A		K/W		°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
BC267		375	137	375	25		50	50	45	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

		PT @TA		DP		UCBO	CEO	EBO	IC		RthJA	TJ	TSTG		Ref *?
		W	°C	mW/K		V	V	V	A		K/W	°C	°C
MRF8003		1.0	25	5.7		50	30	3.0	0.5		175	-	–65.. +200		Mot86
		PT @TA		DP		UCBO	CEO	EBO	IC		RthJA	TJ	TSTG		18270
		W	°C	mW/K		V	V	V	A		K/W	°C	°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
BC183 BC184		300	25	2.4		45	30	6.0	200		417	150	–55..+150	260		Txi74
BC213 BC214		300	25	2.4		45	30	5.0	200		417	150	–55..+150	260		Txi69
		PT @TA		DP		UCBO	CEO	EBO	IC		RthJA	TJ	TSTG	TL		21682
		mW	°C	mW/K		V	V	V	mA		K/W	°C	°C	°C

		PT @TA		DP		UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		Ref *?
		W	°C	mW/K		V	V	V	A	A		K/W	°C	°C
ZTX690B		1.0 1.5	25 -	5.7 -		45	45	5.0	2.0	6.0		175	–55..+200			Ztx89
		PT @TA		DP		UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG		16864
		W	°C	mW/K		V	V	V	A	A		K/W	°C	°C

		PT @TC		DP		PT @TA		DP		UCBO	CEO	EBO	IC	ICM		TJ	TSTG		Ref *?
		W	°C	mW/K		W	°C	mW/K		V	V	V	A	A		°C	°C
2N4013		1.4	25	8.0		0.5	25	2.86		50	30	6.0	1.0	2.0		–65..+200			Mot74
2N3724		5.0	25	28.6		1.0	25	5.71		50	30	6.0	2.0	-		–65..+200			Mot74
		PT @TC		DP		PT @TA		DP		UCBO	CEO	EBO	IC	ICM		TJ	TSTG		15980
		W	°C	mW/K		W	°C	mW/K		V	V	V	A	A		°C	°C