SIKTMAX3 • Grenzwerte von Silizium-Kleinsignaltransistoren • Silicon Small-Signal Transistor Maximum Ratings

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.

UCBO, UCES, UCEO = 30 ... 40 V

	PT @TA		UCBO	CEO	EBO	IC	RthJA	RthJC	TJ	TSTG	Ref *?
	mW	°C	V	V	V	A	K/W		°C		Ref *?
BC516 BC517	625	25	40	30	10	0.4	<200	<90	150	–55.. +150	Sie80
	PT @TA		UCBO	CEO	EBO	IC	RthJA	RthJC	TJ	TSTG	16189
	mW	°C	V	V	V	A	K/W		°C		16189


		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG	Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C		Ref *?
S679T		160	55		35	30	3.0	30	5.0		<600	150	–55.. +150	Tfk85
2N5088		625	25		35	30	4.5	50	-		200	150	–65.. +150	Phi91
2SA1164 2SC2754		200	25		35	30	5.0	100	50		500	125	–55.. +125	Tos83
2SA562TM		500	25		35	30	5.0	500	100		250	150	–55.. +150	Tos83
2SC2710		300	25		35	30	5.0	800	160		333	125	–55.. +125	Tos83
S1807 S1808		625	25		35	30	5.0	800	200		200	150	–55.. +150	Tos83
ZTX501 ZTX502		300	25		35	35	5.0	500	100		500	–55/+175		Fer
2SC994		600	25		36	15	3.0	100	-		-	175	–65.. +175	Tos83
BF370		500	25		40	15	4.5	100	-		<250	150	–55.. +150	Val80
ZTX313 ZTX314		300	25		40	15	5.0	500	100		500	–55/+175		Fer79
MPS3706		625	25		40	20	5.0	600	-		200	-	–55.. +150	Phi89
MPS6514 MPS6515 MPS6520 MPS6521		625	25		40	25	4.0	100	-		200	150	–55.. +150	Phi89
MPS3702		625	25		40	25	5.0	600	-		200	-	–55.. +150	Phi89
TEC9016		400	25		40	30	4.0	25	2.5		313	150	–55.. +150	Tos83
BF198		300	25		40	30	4.0	25	3.0		<330	125	–65.. +125	Csf76
BF198		500 420	25 45		40	30	4.0	25	-		<250	150	–65.. +150	Val80
BF414		300	45		40	30	4.0	25	3.0		<350	150	–55.. +150	Tfk85
MPS6513		625	25		40	30	4.0	100	-		200	150	–55.. +150	Phi89
BF606A		300	75		40	30	4.5	25	-		<250	150	–55.. +150	Val80
TEC8012 TEC8013		625	25		40	30	5.0	500	100		200	150	–55.. +150	Tos83
S1805 S1806		625	25		40	30	5.0	500	250		200	150	–55.. +150	Tos83
BF316A		200	25		40	35	3.0	20	-		<875	200	–55.. +200	Csf76 Sga73
BFR38		200	25		40	35	3.0	20	-		<875	200	–55.. +200	Csf76
BF681		160	55		40	35	3.0	30	5.0		<600	150	–55.. +150	Tfk85
BF968		160	-		40	35	3.0	30	5.0		600	150	–55.. +150	Sie80
BF679 BF680		170	45		40	35	3.0	30	5.0		600	150	–55.. +150	Sga73
BF506		500	25		40	35	4.0	30	5.0		<250	150	–55.. +150	Tfk85
BF506 BF509		250	45		40	35	4.0	30	5.0		420	150	–55.. +150	Sga73
BF509		450	25		40	35	4.0	30	5.0		<275	150	–55.. +150	Tfk85
BF509S		300	45		40	35	4.0	30	5.0		<350	150	–55.. +150	Tfk85
BF440 BF441		450	25		40	40	4.0	25	-		<275	150	–55.. +150	Tfk85
BF240 BF241		300	25		40	40	4.0	25	2.0		<330	125	–55.. +125	Csf76
BF240 BF241		250	25		40	40	4.0	25	-		<400	125	–55.. +150	Val80
BF450 BF451		250	45		40	40	4.0	25	5.0		<420	150	–55.. +150	Val80
MPS6517 MPS6518		625	25		40	40	4.0	100	-		200	150	–55.. +150	Phi89
MPS6534		625	25		40	40	5.0	600	-		200	-	–55.. +150	Phi89
2N4402 2N4403		625	25		40	40	5.0	600	-		200	150	–65.. +150	Phi89
S1423		625	25		40	40	7.0	200	200		-	150	–55.. +150	Tos83
MPSA25 MPSA75		500	25		40	40	10	500	-		250	150	–65.. +150	Phi89
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG	18261
		mW	°C		V	V	V	mA	mA		K/W	°C		18261

		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG	Ref *?
		mW	°C		V	V	V	A	A		K/W	°C		Ref *?
2SC3225		900	25		40	40	7.0	2.0	0.5		139	150	–55.. +150	Tos83
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TSTG	17887
		mW	°C		V	V	V	A	A		K/W	°C		17887

		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TA	Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C		Ref *?
SF216		200	25		40	20	5.0	100	10		<500	100	–40.. +100	Rft69
		PT @TA			UCBO	CEO	EBO	IC	IB		RthJA	TJ	TA	17864
		mW	°C		V	V	V	mA	mA		K/W	°C		17864

		PT @TA			UCBO	CEO	EBO	IC	ICM		RthJA	TJ	TSTG	Ref *?
		mW	°C		V	V	V	mA	mA		K/W	°C		Ref *?
BSX53		130	45		35	30	5.0	100	200		1000	175	–55.. +175	Tfk68
BSW19		215	45		35	30	5.0	100	-		600	175	–55.. +175	Tfk68
BFY88		175	25		40	25	3.5	25	-		750	175	–65.. +175	Tfk68
BF173		200	45		40	25	4.0	25	-		650	175	–65.. +175	Val69
BF173		260	45		40	25	4.0	25	-		500	175	–65.. +175	K12 Val69
BF197	250	25	40	25	4.0	25	25	400	125	–65.. +125	Phi70
BF167	130	45	40	30	4.0	25	-	1000	175	–65.. +175	Val69
BF334 BF335	250	25	40	30	4.0	25	-	400	125	–55.. +125	Phi71
BF196	250	25	40	30	4.0	25	25	400	125	–65.. +125	Phi70
2SC1472K	500	25	40	30	10	300	500	250	150	–55.. +150	Hit99
	PT @TA		UCBO	CEO	EBO	IC	ICM	RthJA	TJ	TSTG	18253
	mW	°C	V	V	V	mA	mA	K/W	°C		18253

	PT @TA		UCBO	CEO	EBO	IC	IE	RthJA	TJ	TSTG	Ref *?
	mW	°C	V	V	V	mA	mA	K/W	°C		Ref *?
2SC2669	200	25	35	30	4.0	50	50	500	125	–55.. +125	Tos83
2SC380TM	300	25	35	30	4.0	50	50	333	125	–55.. +125	Tos83
2SC2670	200	25	35	30	4.0	100	100	500	125	–55.. +125	Tos83
2SC941TM	400	25	35	30	4.0	100	100	250	125	–55.. +125	Tos83
2SC1959	500	25	35	30	5.0	500	500	250	150	–55.. +150	Tos83
2SA1150	300	25	35	30	5.0	800	800	333	125	–55.. +125	Tos83
TED1702 TED1802	600	25	35	30	5.0	800	800	208	150	–65.. +150	Tos83
2SC1923 2SC2668	100	25	40	30	4.0	20	20	1000	125	–55.. +125	Tos83
TED1502	250	25	40	30	4.0	30	30	400	125	–65.. +125	Tos83
2SC2995	200	25	40	30	4.0	50	50	500	125	–55.. +125	Tos83
2SC2986	300	25	40	30	4.0	50	50	333	125	–55.. +125	Tos83
BF970 BF970A	160	55	40	35	3.0	30	35	600	150	–55.. +150	Phi80 Phi88
2SC382TM 2SC2215	250	25	40	40	4.0	50	50	400	125	–55.. +125	Tos83
	PT @TA		UCBO	CEO	EBO	IC	IE	RthJA	TJ	TSTG	17902
	mW	°C	V	V	V	mA	mA	K/W	°C		17902

	PT @TC		UCBO	CEO	EBO	IC	IE	RthJC	TJ	TSTG	Ref *?
	W	°C	V	V	V	A	A	K/W	°C		Ref *?
BFR98	3.5	25	40	20	3.5	0.5	-	≤50	–65..+200		Stm89
	PT @TC		UCBO	CEO	EBO	IC	IE	RthJC	TJ	TSTG	18265
	W	°C	V	V	V	A	A	K/W	°C		18265


	PT @TA		UCBO	CEO	EBO	IC	ICM @tP		tP/T	RthJA	TJ	TSTG	Ref *?
	mW	°C	V	V	V	mA	mA	ms	%	K/W	°C		Ref *?
2SC982TM	400	25	40	40	10	300	500	10	10	250	125	–55.. +125	Tos83
	PT @TA		UCBO	CEO	EBO	IC	ICM @tP		tP/T	RthJA	TJ	TSTG	17886
	mW	°C	V	V	V	mA	mA	ms	%	K/W	°C		17886


	PT @TA		UCBO	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	Ref *?
	mW	°C	V	V	V	mA	mA	K/W		°C		Ref *?
BF311	360	25	35	25	4.0	40	3.0	<350	230	150	–55.. +150	Tfk85
	PT @TA		UCBO	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	18238
	mW	°C	V	V	V	mA	mA	K/W		°C		18238


	PT @TA		UCBO	CEO	EBO	IC	ICM	IB	RthJA	TJ	TSTG	Ref *?
	mW	°C	V	V	V	mA	mA	mA	K/W	°C		Ref *?
BF502 BF503	500	-	40	30	4.0	20	50	5.0	≥250	150	–55.. +150	Sie80
	PT @TA		UCBO	CEO	EBO	IC	ICM	IB	RthJA	TJ	TSTG	18261
	mW	°C	V	V	V	mA	mA	mA	K/W	°C		18261

	PT @TA		UCBO	CEO	EBO	IC	ICM	IEM	RthJA	TJ	TSTG	Ref *?
	mW	°C	V	V	V	mA	mA	mA	K/W	°C		Ref *?
BFX88	600	25	40	40	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		17838

	PT @TA		UCES	CEO	EBO	IC	ICM	IB	RthJA	TJ	TSTG	Ref *?
	mW	°C	V	V	V	mA	mA	mA	K/W	°C		Ref *?
BCX78	450	25	32	32	5.0	100	200	50	280	150	–55.. +150	Sie73 Phi88
BCX58	450	25	32	32	7.0	100	200	50	280	150	–55.. +150	Sie73 Phi88
	PT @TA		UCES	CEO	EBO	IC	ICM	IB	RthJA	TJ	TSTG	18259
	mW	°C	V	V	V	mA	mA	mA	K/W	°C		18259

	PT @TA		UCBO	CES	CEO	EBO	IC	IB	RthJA	TJ	TSTG	Ref *?
	mW	°C	V	V	V	V	mA	mA	K/W	°C		Ref *?
BF199	300	25	40	40	25	4.0	25	2.0	<330	125	–65.. +125	Csf76
BF199	500 420	25 45	40	-	25	4.0	25	-	<250	150	–65.. +150	Val80
	PT @TA		UCBO	CES	CEO	EBO	IC	IB	RthJA	TJ	TSTG	17826
	mW	°C	V	V	V	V	mA	mA	K/W	°C		17826

	PT @TA		UCBO	CES	CEO	EBO	IC	ICM	RthJA	TJ	TSTG	Ref *?
	mW	°C	V	V	V	V	mA	mA	K/W	°C		Ref *?
BFR54 PH2369	500	25	40	40	15	4.5	-	500	<250	150	–55.. +150	Val80 Phi80
PN2369 PN2369A	625	25	40	-	15	4.5	500	-	200	150	–65.. +150	Phi89
	PT @TA		UCBO	CES	CEO	EBO	IC	ICM	RthJA	TJ	TSTG	17827
	mW	°C	V	V	V	V	mA	mA	K/W	°C		17827


	PT @TA		UCBO	CES	CER	CEO	EBO	IC	ICM	RthJA	thJC	TJ	TSTG	Ref *?
	mW	°C	V	V	V	V	V	mA	mA	K/W		°C		Ref *?
BFX44	360	25	40	40	23	15	4.0	125	250	480 280	145	200	–65.. +200	Phi70
	PT @TA		UCBO	CES	CER	CEO	EBO	IC	ICM	RthJA	thJC	TJ	TSTG	17829
	mW	°C	V	V	V	V	V	mA	mA	K/W		°C		17829

	PT @TA		UCBO	CEO	EBO	IC	ICM	IE	IEM	RthJA	thJC	TJ	TA	Ref *?
	mW	°C	V	V	V	mA	mA	mA	mA	K/W		°C		Ref *?
OC921	250	45	-	33	6.0	50	-	-	-	-	-	150	–40.. +120	Rfe64
SS101	250	45	-	33	33	50	200	80	300	420	-	150	–40.. +125	Rft69
	PT @TA		UCBO	CEO	EBO	IC	ICM	IE	IEM	RthJA	thJC	TJ	TA	15963
	mW	°C	V	V	V	mA	mA	mA	mA	K/W		°C		15963


	PT @Tc		UCBOM	CESM	CEO	EBO	IC	CM	RthJC	MS	TJ	TSTG	Ref *?
	W	°C	V	V	V	V	A	A	K/W		°C		Ref *?
BLX65	3.0	90	36	36	18	4.0	0.7	2.0	25	2.5	–65.. +165	–65.. +150	135 Val79
	PT @Tc		UCBOM	CESM	CEO	EBO	IC	CM	RthJC	MS	TJ	TSTG	17827
	W	°C	V	V	V	V	A	A	K/W		°C		17827


	PT @TM		UCBO	CEO	EBO	IC	CM	BMR	IE	EM	RthJA	JC	JM	TJ	TSTG	Ref *?
	W	°C	V	V	V	A	A	A	A	A	K/W			°C		Ref *?
BFS95	5.0	50	40	35	6.0	1.0	1.0	0.1	1.0	1.0	220	35	30	200	–65.. +200	Phi70
	PT @TM		UCBO	CEO	EBO	IC	CM	BMR	IE	EM	RthJA	JC	JM	TJ	TSTG	17829
	W	°C	V	V	V	A	A	A	A	A	K/W			°C		17829


	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	RthJA	RthJC	TJ	TSTG	Ref *?
	mW	°C	mW	°C	V	V	V	mA	K/W		°C		Ref *?
BF454 BF455	0.5	25	200	25	35	25	4.0	20	500	-	125	–55.. +125	Sga73
BF306	230	25	175	25	40	25	4.0	25	<850	-	175	–65.. +175	Ate70
BFW63 BFW64	215	25	150	25	40	30	4.0	-	1000	700	175	–55.. +175	L1 Sgs69
BF261 BF302 BF303 BF304	230	25	150	25	40	30	4.0	50	<1000	-	175	–65.. +175	Ate70
BF166	260	25	175	25	40	40	3.0	-	-	<580	175	–55.. +175	Sga73
BF272A BF516	-	-	200	25	40	35	3.0	20	<875	-	200	–55.. +200	Sga73
BF155	300	25	200	25	40	40	3.0	20	<875	<580	200	–55.. +200	Sga73
BF287 BF288	220	45	250	25	40	40	4.0	20	<700	-	200	–55.. +200	Sga73
	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	RthJA	RthJC	TJ	TSTG	17847
	mW	°C	mW	°C	V	V	V	mA	K/W		°C		17847

	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	RthJA	RthJC	TJ	TSTG	Ref *?
	W	°C	mW	°C	V	V	V	A	K/W		°C		Ref *?
2SC1955	7.5	25	-	-	35	17	3.5	0.8	-	-	175	–65.. +175	Tos83
BFS50	2.75	75	-	-	36	18	3.5	0.4	-	<45	200	–65.. +200	Tfk74
2SC2318	3.5	25	750	25	40	15	3.5	0.35	200	43	175	–65.. +175	Tos83
BSS10	1.0	25	300	25	40	15	6.0	0.5	<500	<150	175	–65.. +200	Ate70
2SC1001 2SC1165	5.0	25	-	-	40	20	4.0	0.5	-	-	175	–65.. +175	Tos83
BFS51	5.0	75	-	-	40	20	4.0	0.75	-	<25	200	–65.. +200	Tfk74
BSW29	5.0	25	1.0	25	40	30	4.0	1.0	-	-	–65/+200		Txi69
2N4123	-	-	310 210	25 60	40	30	5.0	0.2	357	-	–55.. +135	–55.. +135	Mot69
2N4123	1.0	25	350	25	40	30	5.0	0.2	357	125	150	–55.. +150	Mot74
2N3905 2N3906	-	-	310 210	25 60	40	40	5.0	0.2	357	-	–55.. +135	–55.. +135	Mot69
2N3905 2N3906	1.0	25	350	25	40	40	5.0	0.2	357	125	150	–55.. +150	Mot74
2N3906	-	-	350	25	40	40	5.0	0.2	357	-	150	–65.. +150	Val89
MPS3906	-	-	500	25	40	40	5.0	0.2	250	-	150	–65.. +150	Phi95
BSX88A	1.2	25	360	25	40	20	5.5	0.5	<486	<145	–55.. +200	–55.. +200	Stm89
BSX36	1.2	25	360	25	40	40	5.0	0.5	486	146	200	–65.. +200	Sgs69
BFY64	3.0	25	700	25	40	40	5.0	0.5	<250	<58	–65.. +200	–65.. +200	Stm89
	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	RthJA	RthJC	TJ	TSTG	17936
	W	°C	mW	°C	V	V	V	A	K/W		°C		17936


	PT @TC		PT @TA		UCBO	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	Ref *?
	mW	°C	mW	°C	V	V	V	mA	mA	K/W		°C		Ref *?
BFS62	260	45	200	45	40	25	4.0	25	2.0	<650	<500	175	–65.. +175	Tfk77
BFX60	370	45	-	-	40	25	4.0	25	-	<650	<350	175	–65.. +175	Sie69
	PT @TC		PT @TA		UCBO	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	18246
	mW	°C	mW	°C	V	V	V	mA	mA	K/W		°C		18246

	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	Ref *?
	W	°C	mW	°C	V	V	V	A	mA	K/W		°C		Ref *?
BC160	3.7	45	650	45	40	40	5.0	1.0	100	<200	<35	175	–55.. +175	Stm89
	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	17824
	W	°C	mW	°C	V	V	V	A	mA	K/W		°C		17824

	PT @Tc		PT @TA		UCES	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	Ref *?
	W	°C	mW	°C	V	V	V	mA	mA	K/W		°C		Ref *?
BCY78	0.77	45	310	45	32	32	5.0	200	20	500	200	200	–65.. +200	Val70
BCY78	1.0	45	-	-	32	32	5.0	200	50	<450	<150	200	–65.. +200	Sie80
BCY58	1.0 0.67	50 100	345	45	32	32	7.0	200	50	450	150	200	–65.. +200	Val70
BCY58	1.0	45	-	-	32	32	7.0	200	50	<450	<150	200	–65.. +200	Sie80
BC478 BC479	1.2	25	360	25	40	40	6.0	150	-	<485	<146	200	–55.. +200	Stm89
	PT @Tc		PT @TA		UCES	CEO	EBO	IC	IB	RthJA	thJC	TJ	TSTG	17824
	W	°C	mW	°C	V	V	V	mA	mA	K/W		°C		17824

	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	ICM	RthJA	thJC	TJ	TSTG	Ref *?
	W	°C	mW	°C	V	V	V	A	A	K/W		°C		Ref *?
BSX38	1.0	45	345	45	35	30	5.0	0.1	0.2	450	150	200	–55.. +200	Tfk68
BSW41	1.0 0.575	25 100	320	45	40	25	5.0	0.3	0.5	<500	<175	200	–65.. +200	Val71
BSW41A	1.0	25	-	-	40	25	5.0	0.3	0.5	500	175	200	–65.. +200	Phi78
BSX75	1.5	45	430	45	40	25	5.0	0.8	1.0	300	85	175	–55.. +175	Tfk68
BSX25	1.75	25	360 320	25 45	40	25	5.0	0.3	-	480	100	200	–65.. +200	Tfk68
BSW72 BSW73 BSW82 BSW83	1.8	25	400	25	40	25	5.0	-	0.5	<440	<97	200	–50.. +200	Ime71
BSY91	2.2	25	800 700	25 45	40	25	5.0	0.3	-	220	80	200	–65.. +200	Tfk68
BC139	3.0	25	700	25	40	40	5.0	0.5	-	≤250	≤58	200	–55.. +200	Sga73 Stm89
BSX72	4.3	45	700	45	40	25	5.0	1.0	1.5	185	30	175	–55.. +175	Tfk68
BFR36	5.0	50	800	40	40	30	3.0	0.2	0.4	<200	<30	–55.. +200	–55.. +200	Stm89
	PT @Tc		PT @TA		UCBO	CEO	EBO	IC	ICM	RthJA	thJC	TJ	TSTG	17827
	W	°C	mW	°C	V	V	V	A	A	K/W		°C		17827

	PT @TC		PT @TA		UCBO	CEO	EBO	IC	IE	RthJA	thJC	TJ	TSTG	Ref *?
	W	°C	mW	°C	V	V	V	A	A	K/W		°C	°C	Ref *?
2SA950 2SC2120	1.3	25	600	25	35	30	5.0	0.8	0.8	208	96	150	–55.. +150	Tos83
	PT @TC		PT @TA		UCBO	CEO	EBO	IC	IE	RthJA	thJC	TJ	TSTG	17886
	W	°C	mW	°C	V	V	V	A	A	K/W		°C	°C	17886


	PT @Tc		PT @TA		UCBO	CER	CEO	EBO	IC	CM	RthJA	thJC	TJ	TSTG	Ref *?
	W	°C	W	°C	V	V	V	V	A	A	K/W		°C		Ref *?
BSX87 BSX88	1.2 0.68	25 100	0.36	25	40	20	15	5.0	-	-	486	145	200	–55.. +200	L1 Sgs69
BSX87A	1.2 0.68	25 100	0.36	25	40	-	15	5.0	-	-	486	75	145	–55.. +200	L1 Sgs69
BFW16A BFW17A	1.5	125	0.7	25	40	40	25	3.0	0.15	0.3	<250	<50	–65.. +200	–65.. +200	Stm89
	PT @Tc		PT @TA		UCBO	CER	CEO	EBO	IC	CM	RthJA	thJC	TJ	TSTG	17825
	W	°C	W	°C	V	V	V	V	A	A	K/W		°C		17825

	PT @Tc		PT @TA		UCBO	CES	CEO	EBO	IC	CM	RthJA	thJC	TJ	TSTG	Ref *?
	W	°C	mW	°C	V	V	V	V	A	A	K/W		°C		Ref *?
BSX93	1.0	25	360	25	40	40	15	5.0	0.15	0.5	<486	<175	–65.. +200	–65.. +200	Stm89
BSS11	1.2	25	360	25	40	-	15	4.5	0.2	-	<500	<150	200	–65.. +200	Ate70
2N2369A	1.2 0.68	25 100	360	25	40	40	15	4.5	0.2	0.5	<486	<146	–65.. +200	–65.. +200	Stm89
BSX26	1.2 0.68	25 100	360	25	40	40	15	4.0	0.5	-	<486	<146	–65.. +200	–65.. +200	Stm89
	PT @Tc		PT @TA		UCBO	CES	CEO	EBO	IC	CM	RthJA	thJC	TJ	TSTG	17824
	W	°C	mW	°C	V	V	V	V	A	A	K/W		°C		17824

	PT @Tc		PT @TA		UCBO	CEV	CEO	EBO	IC	CM	RthJM	thMS	TJ	TSTG	Ref *?
	W	°C	mW	°C	V	V	V	V	A	A	K/W		°C		Ref *?
BFW46	7.0	25	-	-	36	36	18	4.0	0.5	1.5	<25	<1.2	200	–65.. +200	136 Val73
	PT @Tc		PT @TA		UCBO	CEV	CEO	EBO	IC	CM	RthJM	thMS	TJ	TSTG	17828
	W	°C	mW	°C	V	V	V	V	A	A	K/W		°C		17828


	PT@TC		PT@TA		UCBO	CEO	EBO	IC	CM	IB	BM	IE	EM	RthJA	JC	TJ	TSTG	Ref *?
	W	°C	W	°C	V	V	V	mA	A	mA	mA	mA	A	K/W		°C		Ref *?
BCY33A BCY34A	3.0	45	0.6	25	32	32	32	50	0.1	15	50	65	0.1	208	35	150	–65.. +150	Phi75
	PT@TC		PT@TA		UCBO	CEO	EBO	IC	CM	IB	BM	IE	EM	RthJA	JC	TJ	TSTG	17837
	W	°C	W	°C	V	V	V	mA	A	mA	mA	mA	A	K/W		°C		17837


	PT@TC		PT@TA		UCBO	CEO	EBO	IC	CM	IB	BM	IE	EM	RthJA	JC	TJ	TSTG	Ref *?
	W	°C	W	°C	V	V	V	A	A	A	A	A	A	K/W		°C		Ref *?
BFX86	5.0 2.86	25 100	0.8	25	40	35	6.0	1.0	1.0	0.1	0.1	1.0	1.0	220	35	200	–65.. +200	Phi80
	PT@TC		PT@TA		UCBO	CEO	EBO	IC	CM	IB	BM	IE	EM	RthJA	JC	TJ	TSTG	17838
	W	°C	W	°C	V	V	V	A	A	A	A	A	A	K/W		°C		17838


	PT @TC		PT @TA		UCBO	CEO	EBO	IC	RthJA	thJC	TJ	TSTG	TL	Ref *?
	W	°C	mW	°C	V	V	V	mA	K/W		°C			Ref *?
BC126	0.8	25	300 240	25 45	35	30	5.0	600	333	125	125	–55.. +125	260	Fsc73
BC126	0.8	25	300	25	35	30	5.0	500	330	125	125	–55.. +125	-	Sga73
2N3688 2N3689 2N3690	0.5 0.3	25 65	200	25	40	40	4.0	-	500	200	125	–55.. +125	260	Fsc73
PN3688 PN3689 PN3690	1.0	25	625	25	40	40	4.0	-	200	125	150	–55.. +150	260	Fsc73
2N4121 2N4122	0.5	25	200	25	40	40	5.0	100	500	200	125	–55.. +125	260	Fsc73
BC153 BC154 BC225	0.5	25	200 160	25 45	40	40	5.0	100	500	200	125	–55.. +125	260	Fsc73
BC153 BC154 BC225	0.5	25	200	25	40	40	5.0	100	500	200	125	–55.. +125	-	Sga73
BC115	0.8	25	300 200	25 45	40	30	5.0	200	333	125	125	–55.. +125	260	Fsc73
BC115	0.8	25	300	25	40	30	5.0	200	330	125	125	–55.. +125	-	Sga73
	PT @TC		PT @TA		UCBO	CEO	EBO	IC	RthJA	thJC	TJ	TSTG	TL	17847
	W	°C	mW	°C	V	V	V	mA	K/W		°C			17847


	PT @TC		PT @TA		UCBO	CES	CEO	EBO	IC	RthJA	thJC	TJ	TSTG	TL	Ref *?
	W	°C	mW	°C	V	V	V	V	A	K/W		°C			Ref *?
2N4248 2N4250	0.5	25	200	25	40	40	40	5.0	-	500	200	125	–55.. +125	260	Fsc73
PN4248 PN4250	1.0	25	625	25	40	40	40	5.0	-	200	125	150	–55.. +150	260	Fsc73
	PT @TC		PT @TA		UCBO	CES	CEO	EBO	IC	RthJA	thJC	TJ	TSTG	TL	17847
	W	°C	mW	°C	V	V	V	V	A	K/W		°C			17847


	PT@TC		PT@TA		UCBO	CES	CEO	EBO	IC	ICM@tP		RthJA	JC	TJ	TSTG	TL	Ref *?
	W	°C	mW	°C	V	V	V	V	A	A	µs	K/W		°C			Ref *?
2N4275	0.5	25	200	25	40	40	15	4.5	0.1	0.5	10	500	200	125	–55.. +125	260	Fsc73
2N3646	0.5	25	200	25	40	40	15	5.0	0.2	0.5	10	500	200	125	–55.. +125	260	Fsc73
2N5772 MPS3646	1.0	25	625	25	40	40	15	5.0	0.2	0.5	10	200	125	150	–55.. +150	260	Fsc73
	PT@TC		PT@TA		UCBO	CES	CEO	EBO	IC	ICM@tP		RthJA	JC	TJ	TSTG	TL	17847
	W	°C	mW	°C	V	V	V	V	A	A	µs	K/W		°C			17847


	PT @TA		DP	UCBO	CEO	EBO	IC	ICM	IB	RthJA	TJ	TSTG	Ref *?
	W	°C	mW/K	V	V	V	A	A	A	K/W	°C		Ref *?
2N1230 2N1231	0.4	25	3.0	35	35	35	0.1	-	-	333	-	-	181 Hug
MRF402	1.0	25	5.62	36	18	4.0	0.5	-	-	178	-	–65.. +200	Mot86
	PT @TA		DP	UCBO	CEO	EBO	IC	ICM	IB	RthJA	TJ	TSTG	19917
	W	°C	mW/K	V	V	V	A	A	A	K/W	°C		19917


	PT@TC		PT@TA		DPC	DPA	UCBO	CEO	EBO	IC	RthJA	thJC	TJ	TSTG	Ref *?
	W	°C	W	°C	mW/K		V	V	V	A	K/W		°C		Ref *?
2N916	1.2 0.68	25 100	0.36	25	6.85	2.1	40	25	5.0	-	476	146	200	–65.. +300	Txi69
MPQ3467	1.25 3.2	25	0.75 1.7	25	10 25.6	5.98 13.6	40	40	5.0	1.0	167 73.5	100 39	–55..+150		160 Mot74 161
	PT@TC		PT@TA		DPC	DPA	UCBO	CEO	EBO	IC	RthJA	thJC	TJ	TSTG	19941
	W	°C	W	°C	mW/K		V	V	V	A	K/W		°C		19941

9.2	Bipolar-Transistoren Bipolar Transistors

9.2.3	Silizium-Kleinsignaltypen Silicon Small-Signal Devices