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.

fT < 1.0 MHz
		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		@Tc	Ref *?
			kHz	A	V	kHz				A	V	kHz		°C
2N6262		MIN	80	1.0	4.0	50		MIN	10	1.0	4.0	1.0		25	Rca81
2N3442		MIN	80	2.0	4.0	40		MIN	12	2.0	4.0	1.0		25	Rca81
								MAX	72
2N3441		MIN	200	0.5	4.0	40		MIN	15	0.5	4.0	1.0		25	Rca81
								MAX	75
2N6263  2N6264		MIN	200	0.5	4.0	40		MIN	25	0.1	4.0	1.0		25	Rca81
2N4347		MIN	200	0.5	4.0	50		MIN	40	0.5	4.0	1.0		25	Rca81
2N6257		MIN	200	1.0	4.0	50		MIN	40	1.0	4.0	1.0		25	Mot85
2N3771  2N3772 RCS258		MIN	200	1.0	4.0	50		MIN	40	1.0	4.0	1.0		25	Rca81
		TYP	800
2N3773  2N4348 2N6259		MIN	200	1.0	4.0	50		MIN	40	1.0	4.0	1.0		25	Rca81
40411		TYP	800	4.0	4.0	-		MIN						25	Rca81
2N6371		MIN	800	1.0	4.0	400		MIN	10	1.0	4.0	1.0		25	Rca81
		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		@Tc	15756
			kHz	A	V	kHz				A	V	kHz		°C

		Rate	fT @Ic		UCE	f		fhfe @Ic		UCE		Rate	hfe @Ic		UCE	f		@Tc	Ref *?
			kHz	A	V	kHz		kHz	A	V				A	V	kHz		°C
2N6253  2N6254		MIN	800	1.0	4.0	400		10	1.0	4.0		MIN	10	1.0	4.0	1.0		25	Rca81
		Rate	fT @Ic		UCE	f		fhfe @Ic		UCE		Rate	hfe @Ic		UCE	f		@Tc	15756
			kHz	A	V	kHz		kHz	A	V				A	V	kHz		°C

		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
2N3055A  MJ15015		MIN	0.8	1.0	4.0	1.0		MIN	60	10	1.0		25	Mot85
		MAX	6.0					MAX	600
		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	15768
			MHz	A	V	MHz			pF	V	MHz		°C

fT = 1.0 ... 3.0 MHz
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@TA	Ref *?
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C
BD695  BD696 BD697 BD698 BD699 BD700 BD701 BD702		MIN	1.0	3.0	3.0	1.0		MAX								25	Tfk75
BD585  BD586 BD587 BD588 BD589 BD590		MIN	3.0	0.25	10	1.0		MAX								25	Tfk75
BD595  BD596 BD597 BD598 BD599 BD600		MIN	3.0	0.25	10	1.0		MAX								25	Tfk75
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@TA	15747
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@Tc	Ref *?
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C
BD315  BD316 BD317 BD318		MIN	1.0	1.0	20	0.5		MAX								25	Mot85
BDY87  BDY88 BDY89		TYP	1.5	0.3	2.0	1.0		MAX								25	Sie73
BD205  BD206 BD207 BD208		MIN	1.5	1.0	10	1.0		MAX								25	Mot85
MJ802  MJ4502		MIN	2.0	1.0	10	1.0		MAX								25	Mot85
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@Tc	15763
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C

		Rate	fT @Ic		UCE	f		Rate	Cob @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
MJ15003  RCA8638C RCA8638D RCA8638E		MIN	2.0	0.5	10	0.5		MAX	500	10	0.1		25	Rca81
MJ15001  MJ15002		MIN	2.0	0.5	10	0.5		MAX	1000	10	1.0		25	Rca81
RCA9116C  RCA9116D RCA9116E		MIN	2.0	0.5	10	0.5		MAX	1000	10	0.1		25	Rca81
		Rate	fT @Ic		UCE	f		Rate	Cob @UCB		f		@Tc	15768
			MHz	A	V	MHz			pF	V	MHz		°C
		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
MJ2955A  MJ15016		MIN	2.2	1.0	4.0	1.0		MIN	60	10	1.0		25	Mot85
		MAX	18					MAX	600
		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	15768
			MHz	A	V	MHz			pF	V	MHz		°C
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		@TJ	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
BD233  BD234 BD235 BD236 BD237 BD238		MIN	3.0	0.25	10	1.0		TYP	60	10	1.0		25	Ime74
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		@TJ	16187
			MHz	A	V	MHz			pF	V	MHz		°C
		Rate	fT @Ic		UCE	f		Rate	fhfe @Ic		UCE		@TA	Ref *?
			MHz	A	V	MHz			kHz	A	V		°C
BD675  BD677 BD679		MIN	1.0	1.5	3.0	1.0		TYP	60	1.5	3.0		25	Sie80
		TYP	7.0
BD676  BD678 BD680		MIN	1.0	2.0	3.0	1.0		TYP	60	1.5	3.0		25	Sie80
		MIN	1.0	1.5	3.0	1.0		TYP					25	Tfk75
BD681  BD682		MIN	1.0	1.5	3.0	1.0		TYP					25	Tfk75
		Rate	fT @Ic		UCE	f		Rate	fhfe @Ic		UCE		@TA	16188
			MHz	A	V	MHz			kHz	A	V		°C
		Rate	fT @Ic		UCE	f		Rate	fhfe @Ic		UCE		@Tc	Ref *?
			MHz	A	V	MHz			kHz	A	V		°C
BD433  BD434 BD435 BD436 BD437 BD438 BD439 BD440 BD441 BD442		MIN	3.0	0.25	1.0	1.0		MIN	20	0.25	1.0		25	Sie80
		Rate	fT @Ic		UCE	f		Rate	fhfe @Ic		UCE		@Tc	16188
			MHz	A	V	MHz			kHz	A	V		°C

		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		tON	tf	@Ic	IB	L		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A	µH		°C
SU161		MIN	2.0	0.1	5.0	-		MAX	170	10	5.0		-	1.0	2.0	1.0	10		25	Rft84
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		tON	tf	@Ic	IB	L		@Tc	16736
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A	µH		°C
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		tON	tf	@Ic	IB	L		@TA	Ref *?
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A	µH		°C
SU160		MIN	2.0	0.1	5.0	-		MAX	170	10	5.0		-	1.0	4.5	1.8	10		25	Rft84
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		tON	tf	@Ic	IB	L		@TA	16736
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A	µH		°C

		Rate	fT @Ic		UCE	f		fhfe @Ic		UCE		Rate	hfe @Ic		UCE	f		@Tc	Ref *?
			MHz	A	V	MHz		kHz	A	V				A	V	kHz		°C
2N3054A		MIN	3.0	0.2	10	-		30	0.1	4.0		MIN	25	0.1	4.0	1.0		25	Mot85
												MAX	180
		Rate	fT @Ic		UCE	f		fhfe @Ic		UCE		Rate	hfe @Ic		UCE	f		@Tc	15767
			MHz	A	V	MHz		kHz	A	V				A	V	kHz		°C

		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cob @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			A	V	kHz			pF	V	MHz		°C
RCA3773		MIN	2.0	0.5	10	0.5		40	1.0	4.0	1.0		MAX	500	10	0.1		25	Rca81
2N6609  MJ15004		MIN	2.0	0.5	10	0.5		40	1.0	4.0	1.0		MAX	1000	10	0.1		25	Rca81
		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cob @UCB		f		@Tc	15763
			MHz	A	V	MHz			A	V	kHz			pF	V	kHz		°C
		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cobo@UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			A	V	kHz			pF	V	MHz		°C
2N5632  2N5633 2N5634		MIN	1.0	1.0	20	0.5		15	2.0	10	1.0		MAX	300	10	0.1		25	Rca81
2N5629  2N5630 2N5631		MIN	1.0	1.0	20	0.5		15	4.0	10	1.0		MAX	500	10	0.1		25	Rca81
2N6510  2N6511 2N6512 2N6513 2N6514		MIN	1.0	1.0	10	1.0							MIN	50	10	1.0		25	Rca81
		MAX	9.0										MAX	200
2N6569		MIN	1.5	1.0	4.0	0.5		15	1.0	4.0	1.0		MIN	75	10	1.0		25	Rca81
													MAX	750
2N5685  2N5686		MIN	2.0	5.0	10	1.0		15	10	5.0	1.0		MAX	1200	10	0.1		25	Mot85
2N5683  2N5684		MIN	2.0	5.0	10	1.0		15	10	5.0	1.0		MAX	2000	10	0.1		25	Mot85
2N6594		MIN	2.5	1.0	4.0	0.5		15	1.0	4.0	1.0		MIN	75	10	1.0		25	Rca81
													MAX	750
2N6326  2N6327		MIN	3.0	1.0	10	1.0		30	1.0	10	1.0		MAX					25	Rca81
		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cobo@UCB		f		@Tc	15764
			MHz	A	V	MHz			A	V	kHz			pF	V	kHz		°C

		Rate	td	tr	tON	ts	tf	tOFF	@Ic	IB	Ucc		@Tc	Ref *?
			µs	µs	µs	µs	µs	µs	A	A	V		°C
2N6569  2N6594		MAX	0.4	1.5	-	5.0	1.5	-	2.0	±0.2	30		25	Rca81
2N6510		TYP	0.1	0.7	-	3.0	0.5	-	3.0	±0.6	200		25	Rca81
		MAX	0.2	1.5	-	5.0	1.5	-
2N6511  2N6512 2N6513		TYP	0.1	0.7	-	3.0	0.5	-	4.0	±0.8	200		25	Rca81
		MAX	0.2	1.5	-	5.0	1.5	-
2N6514		TYP	0.1	0.7	-	3.0	0.5	-	5.0	±1.0	200		25	Rca81
		MAX	0.2	1.5	-	5.0	1.5	-
2N6326		TYP	-	-	0.45	-	-	0.9	15	±2.0	30		25	Rca81
		Rate	td	tr	tON	ts	tf	tOFF	@Ic	IB	Ucc		@Tc	15764
			µs	µs	µs	µs	µs	µs	A	A	V		°C

fT = 3.0 ... 5.0 MHz
		Rate	fT @Ic		UCE	f		Rate	Cob @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
2N3740  2N3741		MIN	4.0	0.1	10	-		MAX	100	10	1.0		25	Csf74
BDX14		MIN	4.0	0.2	10	-		MAX					25	Csf74
		Rate	fT @Ic		UCE	f		Rate	Cob @UCB		f		@Tc	15771
			MHz	A	V	MHz			pF	V	MHz		°C

		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		@Tc	Ref *?
			MHz	A	V	MHz				A	V	kHz		°C
MJE1290  MJE1291 MJE1660 MJE1661		MIN	3.0	1.0	10	1.0		MIN	25	1.0	10	1.0		25	Mot85
2N4913  2N4914 2N4915		MIN	4.0	1.0	10	1.0		MIN	20	0.5	10	1.0		25	Rca81
2N4904  2N4905 2N4906		MIN	4.0	1.0	10	1.0		MIN	40	0.5	10	1.0		25	Rca81
2N6372  2N6373 2N6374		MIN	4.0	1.0	4.0	1.0		MIN	25	0.5	4.0	1.0		25	Rca81
2N5954  2N5955 2N5956		MIN	5.0	1.0	4.0	1.0		MIN	25	0.5	4.0	1.0		25	Rca81
2N6465  2N6466 2N6467 2N6468		MIN	5.0	1.0	4.0	1.0		MIN	25	0.5	4.0	1.0		25	Rca81
2N6470  2N6471 2N6472		MIN	5.0	1.0	4.0	1.0		MIN	25	1.0	4.0	1.0		25	Rca81
		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		@Tc	15766
			MHz	A	V	MHz				A	V	kHz		°C

		Rate	fT @Ic		UCE	f		hfe @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			A	V	kHz			pF	V	kHz		°C
2N4231A  2N4232A 2N4233A		MIN	4.0	0.5	10	1.0		20	0.5	10	1.0		MAX	200	10	100		25	Rca81
2N6312  2N6313 2N6314		MIN	4.0	0.5	10	1.0		20	0.5	10	1.0		MAX	300	10	100		25	Rca81
MJ15022  MJ15024 RCA9166A RCA9166B		MIN	4.0	1.0	10	1.0							MAX	500	10	-		25	Rca81
		MAX	20
		Rate	fT @Ic		UCE	f		hfe @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	15765
			MHz	A	V	MHz			A	V	kHz			pF	V	kHz		°C

		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cob @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			A	V	kHz			pF	V	MHz		°C
2N5871  2N5872		MIN	4.0	0.25	10	1.0		20	0.5	4.0	1.0		MAX	300	10	1.0		25	Rca81
2N5873  2N5874		MIN	4.0	0.25	10	1.0		20	0.5	4.0	1.0		MAX	250	10	1.0		25	Rca81
2N5875  2N5876		MIN	4.0	0.5	10	1.0		20	1.0	4.0	1.0		MAX	500	10	1.0		25	Rca81
2N5877  2N5878		MIN	4.0	0.5	10	1.0		20	1.0	4.0	1.0		MAX	300	10	1.0		25	Rca81
2N5879  2N5880		MIN	4.0	1.0	10	1.0		20	2.0	4.0	1.0		MAX	600	10	1.0		25	Rca81
2N5881  2N5882		MIN	4.0	1.0	10	1.0		20	2.0	4.0	1.0		MAX	400	10	1.0		25	Rca81
		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cob @UCB		f		@Tc	15761
			MHz	A	V	MHz			A	V	kHz			pF	V	MHz		°C
		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cobo@UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			A	V	kHz			pF	V	MHz		°C
2N5885  2N5886		MIN	4.0	1.0	10	1.0		20	3.0	4.0	1.0		MAX	500	10	1.0		25	Rca81 Mot85
2N5883  2N5884		MIN	4.0	1.0	10	1.0		20	3.0	4.0	1.0		MAX	1000	10	1.0		25	Mot85
		Rate	fT @Ic		UCE	f		hfe@Ic		UCE	f		Rate	Cobo@UCB		f		@Tc	15767
			MHz	A	V	MHz			A	V	kHz			pF	V	MHz		°C

		Rate	tr	ts	tf	@Ic	IB	Ucc		@Tc	Ref *?
			µs	µs	µs	A	A	V		°C
2N5871  2N5872 2N5873 2N5874		MAX	0.7	1.0	0.8	2.5	±0.25	30		25	Rca81
2N5875  2N5876 2N5877 2N5878		MAX	0.7	1.0	0.8	4.0	±0.4	30		25	Rca81
2N5879  2N5880 2N5881 2N5882		MAX	0.7	1.0	0.8	6.0	±0.6	30		25	Rca81
2N5883  2N5884 2N5885 2N5886		MAX	0.7	1.0	0.8	10	±1.0	30		25	Rca81 Mot85
		Rate	tr	ts	tf	@Ic	IB	Ucc		@Tc	15767
			µs	µs	µs	A	A	V		°C

		Rate	fT @Ic		UCE	f		fhfe @Ic		UCE		@Tc	Ref *?
			MHz	A	V	MHz		kHz	A	V		°C
2N3789  2N3790		MIN	4.0	0.5	10	1.0						25	Mot85
2N3791  2N3792		MIN	4.0	0.5	10	1.0		30	0.5	10		25	Rca81
2N3713  2N3714		MIN	4.0	0.5	10	1.0						25	Mot85
2N3715  2N3716		MIN	5.0	0.5	10	1.0		30	0.5	10		25	Rca81
		Rate	fT @Ic		UCE	f		fhfe @Ic		UCE		@Tc	15767
			MHz	A	V	MHz		kHz	A	V		°C
		Rate	hfe @Ic		UCE	f		Cobo @UCB		f		@Tc	Ref *?
				A	V	kHz		pF	V	MHz		°C
2N3791  2N3792		MIN	25	0.5	10	1.0		-	10	1.0		25	Rca81
		MAX	250					500
2N3715  2N3716		MIN	50	0.5	10	1.0		-	10	1.0		25	Rca81
		MAX	150					250
		Rate	hfe @Ic		UCE	f		Cobo @UCB		f		@Tc	15756
				A	V	kHz		pF	V	MHz		°C

		Rate	tr	ts	tf	@Ic	IB	Ucc		@Tc	Ref *?
			µs	µs	µs	A	A	V		°C
2N3713  2N3714 2N3715 2N3716		TYP	0.45	0.3	0.4	5.0	±0.5	30		25	Mot85
		Rate	tr	ts	tf	@Ic	IB	Ucc		@Tc	15767
			µs	µs	µs	A	A	V		°C

fT = 5.0 ... 10 MHz
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@TA	Ref *?
			MHz	mA	V	MHz			µs	µs	µs	A	A	V		°C
BU225		MIN						TYP	-	-	0.75	1.5	1.0	-		25	Tfk75
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@TA	15766
			MHz	mA	V	MHz			µs	µs	µs	A	A	V		°C
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@Tc	Ref *?
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C
ESM16		MIN	5.0	0.2	15	-		TYP	0.85	1.5	0.5	5.0	±1.0	30		25	Csf74
								TYP	0.25	2.0	0.2	5.0	±1.0	150
BU104  BU109		MIN	10	0.5	10	10		MAX	-	-	1.0	5.0	1.0	24		25	Csf74
BU500		MIN						MAX	-	1.2	1.0	4.5	±1.5	100		25	Mot85
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@Tc	15733
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tOFF	@Ic	IB	Ucc		@Tc	Ref *?
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C
BUX10		MIN	8.0	1.0	15	10		TYP	1.0	0.6	0.75	20	±2.0	30		25	Csf74
								MAX	1.5	1.2	1.5
BUX39		MIN	8.0	1.0	15	10		TYP	0.8	0.55	0.65	20	±2.5	30		25	Csf74
								MAX	1.5	1.0	1.3
BUX40		MIN	8.0	1.0	15	10		MAX	1.2	1.0	1.4	15	±1.88	30		25	Csf74
BUX11		MIN	8.0	1.0	15	10		TYP	0.45	1.2	1.4	12	±1.5	150		25	Csf74
								MAX	1.0	1.8	2.2
BUX12		MIN	8.0	1.0	15	10		TYP	0.5	1.45	1.7	10	±1.25	150		25	Csf74
								MAX	1.0	2.0	2.5
BUX41		MIN	8.0	1.0	15	10		TYP	0.5	1.0	1.25	8.0	±1.0	150		25	Csf74
								MAX	1.0	1.7	2.5
BUX13		MIN	8.0	1.0	15	10		MAX	1.2	2.5	3.5	8.0	±1.6	150		25	Csf74
BUX42		MIN	8.0	1.0	15	10		TYP	0.45	1.35	2.05	6.0	±0.75	150		25	Csf74
								MAX	1.0	2.0	3.2
BUX14		MIN	8.0	1.0	15	10		TYP	0.7	1.5	2.2	6.0	±1.2	150		25	Csf74
								MAX	1.4	3.0	4.2
BUX43		MIN	8.0	1.0	15	10		TYP	0.45	1.5	2.1	5.0	±1.0	150		25	Csf74
								MAX	1.0	2.2	3.4
BUX44		MIN	8.0	1.0	15	10		TYP	0.4	1.7	2.35	4.0	±0.8	150		25	Csf74
								MAX	1.0	2.5	3.7
BUX15		MIN	8.0	1.0	15	10		MAX	1.6	3.5	4.9	4.0	±0.8	150		25	Csf74
BUX45		MIN	8.0	1.0	15	10		MAX	1.0	3.5	4.7	2.0	±0.4	150		25	Csf74
BUX20		MIN	8.0	2.0	15	10		TYP	0.9	0.7	0.85	40	±4.0	30		25	Csf74
								MAX	1.5	1.2	1.5
BUX21		MIN	8.0	2.0	15	10		TYP	0.85	1.0	1.2	25	±3.0	100		25	Csf74
								MAX	1.2	1.8	2.2
BUX22		MIN	8.0	2.0	15	10		TYP	0.75	1.25	1.45	20	±2.5	100		25	Csf74
								MAX	1.3	2.0	2.5
BUX23		MIN	8.0	2.0	15	10		MAX	1.3	2.5	3.7	16	±3.2	100		25	Csf74
BUX24		MIN	8.0	2.0	15	10		MAX	1.6	3.0	4.4	12	±2.4	100		25	Csf74
BUX25		MIN	8.0	2.0	15	10		TYP	0.9	2.0	2.9	8.0	±1.6	100		25	Csf74
								MAX	1.8	3.5	5.1
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tOFF	@Ic	IB	Ucc		@Tc	15733
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C

		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		tON	tf	@Ic	IB		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A		°C
BDY42  BDY43 BDY44		MIN	10	0.5	10	10		MAX	90	10	1.0		2.0	1.0	2.0	±0.4		25	Tfk75
		TYP	12
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		tON	tf	@Ic	IB		@Tc	15748
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A		°C

		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		@Tc	Ref *?
			MHz	A	V	MHz				A	V	kHz		°C
2N6246  2N6247 2N6248 2N6469		MIN	10	1.0	4.0	2.0		MIN	25	1.0	4.0	1.0		25	Rca81
		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		@Tc	15762
			MHz	A	V	MHz				A	V	kHz		°C

		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		Cobo @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz				A	V	kHz		pF	V	MHz		°C
2N3583		MIN	10	0.2	10	5.0		MIN	25	0.1	30	1.0		-	10	1.0		25	Rca81
								MAX	350					120
		Rate	fT @Ic		UCE	f		Rate	hfe @Ic		UCE	f		Cobo @UCB		f		@Tc	15755
			MHz	A	V	MHz				A	V	kHz		pF	V	MHz		°C

		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
2N6306  RCS579 2N6307 2N6308		MIN	5.0	0.3	10	1.0		MAX	250	10	0.1		25	Rca81
2N3584  2N3585		MIN	10	0.2	10	5.0		MAX	120	10	1.0		25	Rca81
		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	15755
			MHz	A	V	MHz			pF	V	MHz		°C

		Rate	tr	ts	tf	@Ic	IB (ON)	IB (OFF)	tP	Ucc		@Tc	Ref *?
			µs	µs	µs	A	A	A	µs	V		°C
2N6306  2N6307 2N6308		MAX	0.6	0.8	0.4	3.0	0.6	1.5	5.0	125		25	Rca81
		MAX	0.6	1.6	0.4	3.0	0.6	1.5	25	125
RCS579		MAX	0.6	2.0	0.4	3.0	0.6	1.5	25	125		25	Rca81
2N3584  2N3585		MAX	3.0	4.0	3.0	1.0	0.1	0.1	20	200		25	Rca74 Rca81
		Rate	tr	ts	tf	@Ic	IB (ON)	IB (OFF)	tP	Ucc		@Tc	15762
			µs	µs	µs	A	A	A	µs	V		°C

fT = 10 ... 30 MHz
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@Tc	Ref *?
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C
BUX46		MIN						MAX	1.0	3.0	0.8	2.5	±0.5	150		25	Sga82
BUX47		MIN						MAX	1.0	3.0	0.8	6.0	±1.2	150		25	Sga82
BUX48		TYP	12	1.0	10	1.0		MAX	1.0	3.0	0.8	10	±2.0	150		25	Sga82
BUX48A		TYP	12	1.0	10	1.0		MAX	1.0	3.0	0.8	8.0	±1.6	150		25	Sga82
BUX48B  BUX48C		MIN						TYP	0.5	1.5	0.2	6.0	±1.5	250		25	Sga82
								MAX	1.0	3.0	0.8
		Rate	fT @Ic		UCE	f		Rate	tON	ts	tf	@Ic	IB	Ucc		@Tc	15733
			MHz	A	V	MHz			µs	µs	µs	A	A	V		°C

		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
2N4240		MIN	15	0.2	10	5.0		MAX	120	10	1.0		25	Rca81
		Rate	fT @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	15755
			MHz	A	V	MHz			pF	V	MHz		°C

		Rate	tr	ts	tf	@Ic	IB	Ucc		@Tc	Ref *?
			µs	µs	µs	A	mA	V		°C
2N4240		MAX	0.5	6.0	3.0	0.75	75	200		25	Rca81
		Rate	tr	ts	tf	@Ic	IB	Ucc		@Tc	15755
			µs	µs	µs	A	mA	V		°C

		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			pF	V	MHz		°C
BDX25		TYP	30	0.2	10	20		TYP	70	10	1.0		25	Sie73
BDY21  BDY22		MIN	30	-	-	-		MAX	70	-	-		-	Ste77
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		@Tc	17124
			MHz	A	V	MHz			pF	V	MHz		°C
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		@TJ	Ref *?
			MHz	mA	V	MHz			pF	V	MHz		°C
BD232		TYP	20	50	10	5.0		TYP					25	Phi73
		Rate	fT @Ic		UCE	f		Rate	CCBO @UCB		f		@TJ	17835
			MHz	mA	V	MHz			pF	V	MHz		°C

		Rate	tON	ts	tOFF	@Ic	IB	Ucc		@Tc	Ref *?
			µs	µs	µs	A	mA	V		°C
BDX25		MAX	0.3	-	1.5	1.0	50	-		25	Sie73
		MAX	0.5	1.0	2.0	2.0	200	-
BDY21  BDY22		MAX	0.3	-	-	-	-	-		-	Ste77
		Rate	tON	ts	tOFF	@Ic	IB	Ucc		@Tc	17124
			µs	µs	µs	A	mA	V		°C

		Rate	fT @IC		UCE	f		Rate	Cob@UCB		f		tON	tOFF	@IC	IB		@TA	Ref *?
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A		°C
BLY47  BLY47A BLY48 BLY48A		MIN	15	0.25	10	10		MAX	200	20	1.0		1.0	3.0	1.0	±0.1		25	Txi69
		TYP	25
BLY49  BLY49A BLY50 BLY50A		MIN	15	0.25	10	10		MAX	200	20	1.0		1.0	3.0	1.0	±0.1		25	Txi69
		TYP	25
		Rate	fT @IC		UCE	f		Rate	Cob@UCB		f		tON	tOFF	@IC	IB		@TA	15937
			MHz	A	V	MHz			pF	V	MHz		µs	µs	A	A		°C

fT = 30 ... 60 MHz
		Rate	fT @Ic		UCE	f		Rate	CCB @UCB		f		@TA	Ref *?
			MHz	mA	V	MHz			pF	V	MHz		°C
SD335  SD337 SD339		MIN	50	50	10	20		TYP					25	Msn85
		TYP	125					MAX
BD287  BD288 BD487 BD488		MIN	50	200	10	-		TYP	130	10	-		25	Sie80
SD345  SD347 SD349		MIN	60	200	10	20		TYP					25	Msn85
		TYP	110					MAX
SD346  SD348 SD350		MIN	60	200	10	20		TYP					25	Msn85
		TYP	120					MAX
		Rate	fT @Ic		UCE	f		Rate	CCB @UCB		f		@TA	16190
			MHz	mA	V	MHz			pF	V	MHz		°C

		Rate	fT @Ic		UCE	f		Rate	td	tr	ts	tf	@Ic	IB	Ucc		@Tc	Ref *?
			MHz	A	V	MHz			ns	µs	µs	µs	A	A	V		°C
2N3879		MIN	40	0.5	10	10		MAX	40	0.4	0.8	0.4	4.0	±0.4	30		25	Rca81
2N5202		MIN	60	0.5	10	10		MAX	40	0.4	1.2	0.4	4.0	±0.8	30		25	Rca81
2N6500		MIN	60	0.5	10	10		MAX	40	0.4	1.0	0.5	3.0	±0.3	30		25	Rca81
		Rate	fT @Ic		UCE	f		Rate	td	tr	ts	tf	@Ic	IB	Ucc		@Tc	15759
			MHz	A	V	MHz			ns	µs	µs	µs	A	A	V		°C

		Rate	fT @Ic		UCE	f		hfe @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	Ref *?
			MHz	A	V	MHz			A	V	kHz			pF	V	kHz		°C
BD789  BD791		MIN	40	0.1	10	10		10	0.2	10	1.0		MAX	50	10	100		25	Mot85
MJE240  MJE241 MJE242 MJE243 MJE244		MIN	40	0.1	10	10							MAX	50	10	100		25	Mot85
BD790  BD792		MIN	40	0.1	10	10		10	0.2	10	1.0		MAX	70	10	100		25	Mot85
MJE250  MJE251 MJE252 MJE253 MJE254		MIN	40	0.1	10	10							MAX	70	10	100		25	Mot85
2N3878		MIN	40	0.5	10	10		40	0.1	30	1.0		MAX					25	Rca81
RCA6340  RCA6341		MIN	40	1.0	10	-							MAX	600	10	100		25	Rca81
BD785  BD787		MIN	50	0.1	10	10		10	0.2	10	1.0		MAX	50	10	100		25	Mot85
BD786  BD788		MIN	50	0.1	10	10		10	0.2	10	1.0		MAX	70	10	100		25	Mot85
		Rate	fT @Ic		UCE	f		hfe @Ic		UCE	f		Rate	Cobo @UCB		f		@Tc	16819
			MHz	A	V	MHz			A	V	kHz			pF	V	kHz		°C