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.

fhfb, fT = 0 ... ? MHz
	Rate		fhfb	@IC	UCB		hfe	@IC	UCE	f		@TA	Ref *?
			MHz	mA	V			mA	V	kHz		°C
SC106	MIN						10	1.0	6.0	1.0		25	Rft69
SC107	MIN MAX						8.0 22	1.0	6.0	1.0		25	Rft69
SC108	MIN MAX						10 22	1.0	6.0	1.0		25	Rft69
SC109	MIN						20	1.0	6.0	1.0		25	Rft69
	Rate		fhfb	@IC	UCB		hfe	@IC	UCE	f		@TA	15963
			MHz	mA	V			mA	V	kHz		°C

fhfb = 0.1 ... 1.0 MHz
	Rate		fhfb @IC		UCB		CC	rbb'	@IC	UCE	f		F @IC		UCE	f	RG		@TA	Ref *?
			MHz	mA	V		pF	OHM	mA	V	MHz		dB	mA	V	kHz	OHM		°C
SS102	MIN TYP MAX		0.3 1.0 -	1.0	6.0		20 26 50	30 37 50	1.0	6.0	5.0		- 6.0 15	0.5	1.0	1.2	-		25	Rft69
OC922	MIN TYP MAX		0.3 1.03 3.0	1.0	6.0		20 26 50	30 37 50	1.0	6.0	5.0		- 6.0 15	0.5	1.0	1.2 ±0.5	600		25	Rfe64
OC922	MIN TYP MAX						75 101 130	- - -	25	1.0	5.0								25	Rfe64
SS101	MIN TYP MAX		0.6 1.9 -	1.0	6.0		20 29 70	35 42 70	1.0	6.0	5.0		- 6.0 15	0.5	1.0	1.2	-		25	Rft69
OC921	MIN TYP MAX		0.6 1.91 7.0	1.0	6.0		20 29 70	35 42 70	1.0	6.0	5.0		- 6.0 15	0.5	1.0	1.2 ±0.5	600		25	Rfe64
OC921	MIN TYP MAX						75 110 200	- - -	25	1.0	5.0								25	Rfe64
SC100	MIN TYP MAX		0.8 2.3 -	1.0	6.0		20 32 60	25 41 60	1.0	6.0	5.0		- 6.0 15	0.5	1.0	1.2	-		25	Rft69
OC920	MIN TYP MAX		0.8 2.3 8.0	1.0	6.0		20 32 60	25 41 60	1.0	6.0	5.0		- 6.0 15	0.5	1.0	1.2 ±0.5	600		25	Rfe64
OC920	MIN TYP MAX						75 107 200	- - -	25	1.0	5.0								25	Rfe64
	Rate		fhfb @IC		UCB		CC	rbb'	@IC	UCE	f		F @IC		UCE	f	RG		@TA	15963
			MHz	mA	V		pF	OHM	mA	V	MHz		dB	mA	V	kHz	OHM		°C

fhfb = 1.0 ... 10 MHz
	Rate		fhfb @IC		UCB		CC	rbb'	@IC	UCE	f		F @IC		UCE	f	RG		@TA	Ref *?
			MHz	mA	V		pF	OHM	mA	V	MHz		dB	mA	V	kHz	OHM		°C
SC103	MIN TYP MAX		1.5 4.2 -	1.0	6.0		- - -	40 66 100	1.0	6.0	5.0								25	Rft69
SC104	MIN TYP MAX		3.0 6.0 -	1.0	6.0		- - -	40 66 100	1.0	6.0	5.0								25	Rft69
OC923	MIN TYP MAX		3.0 5.0 10	1.0	6.0		30 38 70	40 66 100	1.0	6.0	5.0		- 6.0 15	0.5	1.0	1.2 ±0.5	600		25	Rfe64
OC923	MIN TYP MAX						150 180 250	- - -	25	1.0	5.0								25	Rfe64
	Rate		fhfb @IC		UCB		CC	rbb'	@IC	UCE	f		F @IC		UCE	f	RG		@TA	15963
			MHz	mA	V		pF	OHM	mA	V	MHz		dB	mA	V	kHz	OHM		°C

fT = 10 ... 20 MHz
		Rate	fT	@IC	UCE	f		Rate	C22b	@UCB	f		@TC	Ref *?
			MHz	mA	V	MHz			pF	V	MHz		°C
2N3439  2N3440		MIN	15	10	10	5.0		MAX	10	10	10		25	Csf74 Csf75
		Rate	fT	@IC	UCE	f		Rate	C22b	@UCB	f		@TC	16334
			MHz	mA	V	MHz			pF	V	MHz		°C
		Rate	fT	@IC	UCE	f		Rate	Cob	@UCB	f		@TA	Ref *?
			MHz	mA	V	MHz			pF	V	MHz		°C
BSY68		MIN	20	-	-	-		MAX	6.0	-	-		25	Ste77
		Rate	fT	@IC	UCE	f		Rate	Cob	@UCB	f		@TA	16334
			MHz	mA	V	MHz			pF	V	MHz		°C

fT = 20 ... 50 MHz
		Rate	fT	@IC	UCE	f		Rate	Cobo	@UCB	f		@TA	Ref *?
			MHz	mA	V	MHz			pF	V	kHz		°C
MJ4647		MIN	30	70	20	20		MAX	60	20	100		25	Mot78
SC110		MIN	40	10	10	15		MAX					25	Rft69
MJ4645		MIN	40	70	20	20		MAX	80	20	100		25	Mot78
MJ4646		MIN	40	70	20	20		MAX	60	20	100		25	Mot78
		Rate	fT	@IC	UCE	f		Rate	Cobo	@UCB	f		@TA	19952
			MHz	mA	V	MHz			pF	V	kHz		°C

		Rate	fT	@IC	UCE		Rate	CCBO	@UCB	f		F	@IC	UCE	f	RG		@TA	Ref *?
			MHz	mA	V			pF	V	MHz		dB	mA	V	kHz	OHM		°C
BFY65  BFY80		MIN	50	10	10		MAX											25	Tfk68
BSX25  BSY91 BSY92 BSY93		MIN	50	50	10		MAX	25	10	1.0		15	0.3	10	1.0	510		25	Tfk68
		Rate	fT	@IC	UCE		Rate	CCBO	@UCB	f		F	@IC	UCE	f	RG		@TA	15471
			MHz	mA	V			pF	V	MHz		dB	mA	V	kHz	OHM		°C

		Rate	fT	@IE	UCB	f		Rate	Cc	@UCB		@TA	Ref *?
			MHz	mA	V	MHz			pF	V		°C
KT601AM		MIN	40	10	20	20		MAX	15	20		25	Ele81
		Rate	fT	@IE	UCB	f		Rate	Cc	@UCB		@TA	15499
			MHz	mA	V	MHz			pF	V		°C

		Rate	fT	@IC	UCE	f		Rate	tON	tOFF	@IC	IB	UCC		@TA	Ref *?
			MHz	mA	V	MHz			ns	ns	mA	mA	V		°C
BSS71  BSS72 BSS73		MIN TYP MAX	50 70 200	20	20	20		TYP	100	400	50	±10	100		25	Mot84 Mot94
BSS74  BSS75 BSS76		MIN TYP MAX	50 110 200	20	20	20		TYP	100	400	50	±10	100		25	Mot84 Mot94
BSS77  BSS78		MIN TYP MAX	50 70 200	20	20	20		TYP	100	400	50	±10	100		25	Mot84
		Rate	fT	@IC	UCE	f		Rate	tON	tOFF	@IC	IB	UCC		@TA	19942
			MHz	mA	V	MHz			ns	ns	mA	mA	V		°C

	Rate		Cobo	@UCB	f		Cibo	@UEB	f		@TA	Ref *?
			pF	V	MHz		pF	V	MHz		°C
BSS71  BSS72 BSS73	TYP		3.5	20	1.0		45	0.5	1.0		25	Mot84 Mot94
BSS74  BSS75 BSS76	TYP		3.5	20	1.0		45	0.5	1.0		25	Mot84 Mot94
BSS77  BSS78	TYP		3.5	20	1.0		45	0.5	1.0		25	Mot84
	Rate		Cobo	@UCB	f		Cibo	@UEB	f		@TA	19942
			pF	V	MHz		pF	V	MHz		°C

fT = 50 ... 100 MHz
		Rate	fT	@IC	UCE	f		Rate	tON	tOFF	@IC	IB	UCC		@TA	Ref *?
			MHz	mA	V	MHz			ns	ns	A	mA	V		°C
ZTX750  ZTX751 ZTX752 ZTX753		MIN TYP	75 120	50	5.0	100		TYP	25	300	0.5	±50	10		25	Fer79
ZTX650  ZTX651 ZTX652 ZTX653		MIN TYP	100 150	50	5.0	100		TYP	25	700	0.5	±50	10		25	Fer79
		Rate	fT	@IC	UCE	f		Rate	tON	tOFF	@IC	IB	UCC		@TA	15884
			MHz	mA	V	MHz			ns	ns	A	mA	V		°C

		Rate	fT	@IC	UCE	f		Rate	tr	tON	ts	tf	tOFF	@IC	IB		@TC	Ref *?
			MHz	mA	V	MHz			ns	ns	ns	ns	ns	mA	mA		°C
2N4036		MIN	60	50	10	20		MAX	70	110	600	100	700	150	±15		25	Val70
		Rate	fT	@IC	UCE	f		Rate	tr	tON	ts	tf	tOFF	@IC	IB		@TC	15490
			MHz	mA	V	MHz			ns	ns	ns	ns	ns	mA	mA		°C

		Rate	fT	@IC	UCE	f		Rate	Cc @UCB		Ce @UEB		f		@TJ	Ref *?
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C
BFX34		MIN TYP	70 100	500	5.0	35		TYP	36	10	440	0.5	1.0		25	Phi90
		Rate	fT	@IC	UCE	f		Rate	Cc @UCB		Ce @UEB		f		@TJ	16135
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C

		Rate	fT	@IC	UCE	f		Rate	F	@IC	UCE	f	RG		@TA	Ref *?
			MHz	mA	V	MHz			dB	mA	V	kHz	kOHM		°C
SC111		MIN	60	10	10	15		MAX	8.0	0.2	6.0	1.0	0.5		25	Rft69
SC112		MIN	60	10	10	15		MAX	5.0	0.2	6.0	1.0	0.5		25	Rft69
		Rate	fT	@IC	UCE	f		Rate	F	@IC	UCE	f	RG		@TA	15963
			MHz	mA	V	MHz			dB	mA	V	kHz	kOHM		°C

	Rate		hfe					@IC	UCE	f		@TA	Ref *?
			a	b	c	d	e	mA	V	kHz		°C
SC111	MIN MAX		18 35	29 70	57 139	113 276	226 550	2.0	6.0	1.0		25	Rft69
SC112	MIN MAX		- -	- -	57 139	113 276	226 550	2.0	6.0	1.0		25	Rft69
	Rate		hfe					@IC	UCE	f		@TA	15963
			a	b	c	d	e	mA	V	kHz		°C

fT = 100 ... 200 MHz
		Rate	fT	@IC	UCE	f		Rate	tON	tOFF	@IC	IB	UCC		@TA	Ref *?
			MHz	mA	V	MHz			ns	µs	A	mA	V		°C
ZTX689B  ZTX690B		MIN	150	50	5.0	100		TYP	50	1.0	0.5	±50	10		25	Ztx89
ZTX692B		MIN	150	50	5.0	100		TYP	50	1.2	0.5	±50	10		25	Ztx89
ZTX694B		MIN	150	50	5.0	100		TYP	200	1.6	0.5	±50	10		25	Ztx89
		Rate	fT	@IC	UCE	f		Rate	tON	tOFF	@IC	IB	UCC		@TA	15884
			MHz	mA	V	MHz			ns	µs	A	mA	V		°C

	Rate		Cobo	@UCE	f		Cibo	@UEB	f		@TA	Ref *?
			pF	V	MHz		pF	V	MHz		°C
ZTX689B	TYP		25	10	1.0		60	0.5	1.0		25	Ztx89
ZTX690B	TYP		25	10	1.0		50	0.5	1.0		25	Ztx89
ZTX692B	TYP		14	10	1.0		37	0.5	1.0		25	Ztx89
ZTX694B	TYP		11	10	1.0		33	0.5	1.0		25	Ztx89
	Rate		Cobo	@UCE	f		Cibo	@UEB	f		@TA	15884
			pF	V	MHz		pF	V	MHz		°C

		Rate	fT	@IC	UCE	f		Rate	Cc @UCB		Ce @UEB		f		@TJ	Ref *?
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C
BFX29		MIN TYP	100 360	50	10	100		TYP MAX	6.0 12	10	18 30	2.0	1.0		25	Phi90
BFX30		MIN	100	50	10	100		TYP	6.0	10	18	2.0	1.0		25	Phi97
		Rate	fT	@IC	UCE	f		Rate	Cc @UCB		Ce @UEB		f		@TJ	16135
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C
		Rate	fT	@IC	UCE	f		Rate	Cobo @UCB		Cibo @UEB		f		@TA	Ref *?
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C
BCX22  BCX23 BCX24 BCX39 BCX94		TYP	100	10	5.0	20		TYP	12	10	-	-	1.0		25	Sie80
BC635  BC636 BC637 BC638 BC639 BC640		TYP	100	50	10	20		MAX							25	Sie91
		TYP	130	10	5.0	-		MAX							25	Sie80
BC617  BC618		MIN	150	500	5.0	100		MAX	4.5	10	5.0	5.0	1.0		25	Sie80
BC875  BC876 BC877 BC878 BC879 BC880		TYP	200	500	5.0	35		MAX							25	Sie80
		Rate	fT	@IC	UCE	f		Rate	Cobo @UCB		Cibo @UEB		f		@TA	16189
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C

		Rate	fT	@IC	UCE		Rate	CCBO	@UCB		ts	@Ic	IB	Ucc	RL		@TA	Ref *?
			MHz	mA	V			pF	V		ns	mA	mA	V	kOHM		°C
BSY70		MIN	200	10	10		MAX	6.0	10		35	10	±10	10	1.0		25	Tfk68
		Rate	fT	@IC	UCE		Rate	CCBO	@UCB		ts	@Ic	IB	Ucc	RL		@TA	15475
			MHz	mA	V			pF	V		ns	mA	mA	V	kOHM		°C

		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	Ref *?
			MHz	mA	V			pF	mA	V	MHz		°C
BF186		TYP	120	10	10		TYP	1.8	10	20	0.5		25	Val69
							MAX	3.5
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	15910
			MHz	mA	V			pF	mA	V	MHz		°C
		Rate	UCE (SHF)	@IC	TJ		Rate	rbb'• Cb'c	@IE	UCB	f		@TJ	Ref *?
			V	mA	°C			ps	mA	V	MHz		°C
BF186		TYP	20	40	120		TYP	30	10	10	10		25	Val69
							MAX	100
		Rate	UCE (SHF)	@IC	TJ		Rate	rbb'• Cb'c	@IE	UCB	f		@TJ	15910
			V	mA	°C			ps	mA	V	MHz		°C

		Rate	Cob@UCB		f		Rate	F @IC		UCE	f	f	f2	RG		@TA	Ref *?
			pF	V	MHz			dB	mA	V	Hz	kHz	kHz	kOHM		°C
BC212  BC213		TYP	5.0	10	1.0		TYP	2.5	0.2	5.0	1.0	1.0	-	2.0		25	Txi69 Txi74
							MAX	10
		Rate	Cob@UCB		f		Rate	F @IC		UCE	f	f	f2	RG		@TA	17520
			pF	V	MHz			dB	mA	V	Hz	kHz	kHz	kOHM		°C
		Rate	Cob@UCB		f		Rate	F @IC		UCE	f1	f2	BW	RG		@TA	Ref *?
			pF	V	MHz			dB	mA	V	Hz	kHz	kHz	kOHM		°C
BC214		TYP	5.0	10	1.0		MAX	2.0	0.2	5.0	10	10	15.7	2.0		25	Txi69 Txi74
		Rate	Cob@UCB		f		Rate	F @IC		UCE	f1	f2	BW	RG		@TA	17520
			pF	V	MHz			dB	mA	V	Hz	kHz	kHz	kOHM		°C

		Rate	hfe				@IC	UCE	f		Rate	fT @IC		UCE	f		@TA	Ref *?
				A	B	C	mA	V	kHz			MHz	mA	V	MHz		°C
BC212		MIN	60	100	200	-	2.0	5.0	1.0		MIN	200	10	5.0	-		25	Txi69 Txi74
		MAX	-	300	400	-					TYP	350
BC213		MIN	80	100	200	350	2.0	5.0	1.0		MIN	200	10	5.0	-		25	Txi69 Txi74
		MAX	-	300	400	600					TYP	350
BC214		MIN	140	-	200	350	2.0	5.0	1.0		MIN	200	10	5.0	-		25	Txi69 Txi74
		MAX	-	-	400	600					TYP	350
		Rate	hfe				@IC	UCE	f		Rate	fT @IC		UCE	f		@TA	17520
				A	B	C	mA	V	kHz			MHz	mA	V	MHz		°C

fT = 200 ... 400 MHz
		Rate	fT	@IC	UCE	f		Rate	Cobo	@UCB	f		@TA	Ref *?
			MHz	mA	V	MHz			pF	V	MHz		°C
2SA537  2SA537A		TYP	200	30	4.0	-		TYP					25	Hit70
		Rate	fT	@IC	UCE	f		Rate	Cobo	@UCB	f		@TA	16851
			MHz	mA	V	MHz			pF	V	MHz		°C

		Rate	fT	@IC	UCE		Rate	CCBO	@UCB	f		tON	tOFF	@Ic	IB		@TA	Ref *?
			MHz	mA	V			pF	V	MHz		ns	ns	mA	mA		°C
BFY27		MIN	250	10	15		MAX	3.5	10	-							25	Tfk68
BSX38  BSX53 BSX54		MIN	300	10	10		MAX	5.0	10	100		150	800	10	±1.0		25	Tfk68
		Rate	fT	@IC	UCE		Rate	CCBO	@UCB	f		tON	tOFF	@Ic	IB		@TA	15472
			MHz	mA	V			pF	V	MHz		ns	ns	mA	mA		°C

		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	Ref *?
			MHz	mA	V			pF	mA	V	MHz		°C
BF185		TYP	220	1.0	10		TYP	0.65	1.0	10	0.45		25	Val69
							MAX	0.9
BF115		TYP	230	1.0	10		TYP	0.65	1.0	10	0.45		25	Val69
							MAX	0.8
BF184		TYP	300	1.0	10		TYP	0.65	1.0	10	0.45		25	Val69
							MAX	0.9
BF167		TYP	350	4.0	10		TYP	0.15	1.0	10	10.7		25	Val69
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	15910
			MHz	mA	V			pF	mA	V	MHz		°C

	Rate		F	@IC	UCE	f	gG		Fc	@IC	UCE	f	gG		@TJ	Ref *?
			dB	mA	V	MHz	mS		dB	mA	V	MHz	mS		°C
BF115	TYP		1.5	1.0	10	0.2	3.3		3.5	1.0	10	0.2	1.0		25	Val69
	TYP		1.2	1.0	10	1.0	3.3		2.5	1.0	10	1.0	2.0
	TYP		3.5	1.0	10	1.0	20
	TYP		4.0	1.0	10	100	10
	Rate		F	@IC	UCE	f	gG		Fc	@IC	UCE	f	gG		@TJ	15908
			dB	mA	V	MHz	mS		dB	mA	V	MHz	mS		°C
	Rate		F	@IC	UCE	f	RG		Fc	@IC	UCE	f	gG		@TJ	Ref *?
			dB	mA	V	MHz	OHM		dB	mA	V	MHz	mS		°C
BF184	TYP								3.0	1.0	10	0.2	0.6		25	Val69
	TYP								2.0	1.0	10	1.0	1.2
BF185	TYP		2.0	1.0	10	0.2	200								25	Val69
	TYP		3.5	1.0	10	1.0	50
	TYP		4.0	1.0	10	100	100
	Rate		F	@IC	UCE	f	RG		Fc	@IC	UCE	f	gG		@TJ	15908
			dB	mA	V	MHz	OHM		dB	mA	V	MHz	mS		°C

	Rate		F	@IC	UCE	f	gG	TJ		GPe (OPT)	@IC	UCE	f	TA		Ref *?
			dB	mA	V	MHz	mS	°C		dB	mA	V	MHz	°C
BF167	TYP		3.0	4.0	10	35	10	25		42	4.0	10	35	25		Val69
	Rate		F	@IC	UCE	f	gG	TJ		GPe (OPT)	@IC	UCE	f	TA		15908
			dB	mA	V	MHz	mS	°C		dB	mA	V	MHz	°C

		Rate	fT	@IC	UCE	f		Rate	Cob@UCB		Cib@UEB		f		@TA	Ref *?
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C
BC516  BC517		TYP	220	10	5.0	100		MAX							25	Sie80
2N3724  2N4013		MIN	300	50	10	100		MAX	12	10	55	0.5	1.0		25	Mot74
2N3725  2N4014		MIN	300	50	10	100		MAX	10	10	55	0.5	1.0		25	Mot74
		Rate	fT	@IC	UCE	f		Rate	Cob@UCB		Cib@UEB		f		@TA	16189
			MHz	mA	V	MHz			pF	V	pF	V	MHz		°C

	Rate		Cob@UCB		Cib@UEB		f		F @IC		UCE	f	f	f2	RG		@TA	Ref *?
			pF	V	pF	V	MHz		dB	mA	V	Hz	kHz	kHz	kOHM		°C
BC182  BC183	TYP		3.0	10	9.5	0.5	1.0		-	0.2	5.0	1.0	1.0	-	2.0		25	Txi74
	MAX		5.0		-				10
	Rate		Cob@UCB		Cib@UEB		f		F @IC		UCE	f	f	f2	RG		@TA	17520
			pF	V	pF	V	MHz		dB	mA	V	Hz	kHz	kHz	kOHM		°C
	Rate		Cob@UCB		Cib@UEB		f		F @IC		UCE	f1	f2	BW	RG		@TA	Ref *?
			pF	V	pF	V	MHz		dB	mA	V	Hz	kHz	kHz	kOHM		°C
BC184	TYP		3.0	10	9.5	0.5	1.0		-	0.2	5.0	10	10	15.7	2.0		25	Txi74
	MAX		5.0		-				4.0
	Rate		Cob@UCB		Cib@UEB		f		F @IC		UCE	f1	f2	BW	RG		@TA	17520
			pF	V	pF	V	MHz		dB	mA	V	Hz	kHz	kHz	kOHM		°C

		Rate	hfe				@IC	UCE	f		Rate	fT @IC		UCE	f		@TA	Ref *?
				A	B	C	mA	V	kHz			MHz	mA	V	MHz		°C
BC182		MIN	125	125	240	-	2.0	5.0	1.0		MIN	-	10	5.0	100		25	Txi74
		MAX	500	250	500	-					TYP	280
BC183		MIN	125	125	240	450	2.0	5.0	1.0		MIN	-	10	5.0	100		25	Txi74
		MAX	900	260	500	900					TYP	280
BC184		MIN	240	-	240	450	2.0	5.0	1.0		MIN	-	10	5.0	100		25	Txi74
		MAX	900	-	500	900					TYP	280
		Rate	hfe				@IC	UCE	f		Rate	fT @IC		UCE	f		@TA	17520
				A	B	C	mA	V	kHz			MHz	mA	V	MHz		°C

fT = 400 ... 600 MHz
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	Ref *?
			MHz	mA	V			pF	mA	V	MHz		°C
BF173		TYP	550	5.0	10		TYP	0.23	1.0	10	10.7		25	Val69
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	15908
			MHz	mA	V			pF	mA	V	MHz		°C

	Rate		F	@IC	UCE	f	gG	TJ		GPe (OPT)	@IC	UCE	f	TA		Ref *?
			dB	mA	V	MHz	mS	°C		dB	mA	V	MHz	°C
BF173	TYP									42.5	7.0	10	35	25		Val69
	Rate		F	@IC	UCE	f	gG	TJ		GPe (OPT)	@IC	UCE	f	TA		15908
			dB	mA	V	MHz	mS	°C		dB	mA	V	MHz	°C

fT = 600 ... 800 MHz
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	Ref *?
			MHz	mA	V			pF	mA	V	MHz		°C
BF181		TYP	600	2.0	10		TYP	0.28	1.0	10	10.7		25	Val69
BF180		TYP	675	2.0	10		TYP	0.28	1.0	10	10.7		25	Val69
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TJ	15909
			MHz	mA	V			pF	mA	V	MHz		°C
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TA	Ref *?
			MHz	mA	V			pF	mA	V	MHz		°C
BF182		TYP	650	2.0	10		TYP	0.33	1.0	10	10.7		25	Val69
BF183		TYP	800	3.0	10		TYP	0.33	1.0	10	10.7		25	Val69
		Rate	fT	@IC	UCE		Rate	-C12e	@IC	UCE	f		@TA	15910
			MHz	mA	V			pF	mA	V	MHz		°C
		Rate	fT	@IE	UCB		Rate	-C12e	@IC	UCE	f		@TA	Ref *?
			MHz	mA	V			pF	mA	V	MHz		°C
BF200		TYP	650	3.0	10		TYP	0.28	1.0	10	10.7		25	Val69
		Rate	fT	@IE	UCB		Rate	-C12e	@IC	UCE	f		@TA	15911
			MHz	mA	V			pF	mA	V	MHz		°C

		Rate	F	@IE	UCB	f	gG		Rate	GPb (OPT)	@IE	UCB	f		@TA	Ref *?
			dB	mA	V	MHz	mS			dB	mA	V	MHz		°C
BF180		TYP							MIN	32	2.0	10	50		25	123 Val69
		TYP	4.5	2.0	10	200	40		TYP	24	2.0	10	200
		TYP	7.0	2.0	10	800	10		TYP	14	2.0	10	500
		MAX	9.5						TYP	12	2.0	10	900
BF181		TYP							TYP	13.5	2.0	10	500		25	123 Val69
		TYP							TYP	11	2.0	10	900
BF182		TYP	3.3	2.0	10	200	-		TYP	15	2.0	10	500		25	Val69
		TYP	7.4	2.0	10	800	-		TYP	11	2.0	10	900
BF183		TYP							TYP	16	3.0	10	500		25	Val69
		TYP							TYP	13	3.0	10	900
BF200		TYP	1.9	3.0	10	50	-		TYP	30	3.0	10	50		25	Val69
		TYP	2.0	2.0	10	100	-		TYP	28	2.0	10	100
		TYP	2.7	3.0	10	200	-		TYP	22	3.0	10	200
		Rate	F	@IE	UCB	f	gG		Rate	GPb (OPT)	@IE	UCB	f		@TA	15911
			dB	mA	V	MHz	mS			dB	mA	V	MHz		°C

	Rate		GPb	@IE	UCB	f	gG	gL		@TA	Ref *?
			dB	mA	V	MHz	mS	mS		°C
BF180	TYP		16.5	2.0	10	200	40	1.0		25	123 Val69
	MIN		7.5	2.0	10	900	20	2.0
	TYP		9.0
BF181	TYP		8.0	2.0	10	900	20	2.0		25	123 Val69
BF182	MIN		8.0	2.0	10	900	20	2.0		25	125 Val69
	TYP		10
BF183	MIN TYP		8.5 12	3.0	10	900	20	2.0		25	125 Val69
	Rate		GPb	@IE	UCB	f	gG	gL		@TA	15910
			dB	mA	V	MHz	mS	mS		°C

		Rate	fT	@Ic	UCE		|yfe|	@Ic	UCE	f		Rate	Cre	@Ic	UCB	f		@TA	Ref *?
			MHz	mA	V		mA/V	mA	V	MHz			pF	mA	V	MHz		°C
BFY88		MIN TYP	780 850	5.0	10		160 -	7.0	10	36		TYP MAX	0.2 0.28	1.0	10	100		25	Tfk68
		Rate	fT	@Ic	UCE		|yfe|	@Ic	UCE	f		Rate	Cre	@Ic	UCB	f		@TA	15470
			MHz	mA	V		mA/V	mA	V	MHz			pF	mA	V	MHz		°C

fT = 1.0 ... 2.0 GHz
		Rate	fT	@IC	UCE	f		Rate	Cobo	@UCB	f		@TA	Ref *?
			GHz	mA	V	GHz			pF	V	MHz		°C
2SC2318		MIN TYP	2.0 2.7	90	10	-		TYP MAX	2.9 3.5	10	1.0		25	Tos83
		Rate	fT	@IC	UCE	f		Rate	Cobo	@UCB	f		@TA	16849
			GHz	mA	V	GHz			pF	V	MHz		°C