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.

UCBO, UCES, UCEV, UCEO = 100 ... 200 V
		Rate	ICBO @UCB		IEBO @UEB			Rate	U(BR) CEO	@Ic	@Lc		@Tc	Ref *?
			mA	V	mA	V			V	A	mH		°C
BUX40		MAX	1.0	100	1.0	5.0		MIN	125	0.2	25		25	Csf74
BUX10		MAX	1.5	100	1.0	5.0		MIN	125	0.2	25		25	Csf74
BUX20		MAX	3.0	100	1.0	5.0		MIN	125	0.2	25		25	Csf74
		Rate	ICBO @UCB		IEBO @UEB			Rate	U(BR) CEO	@Ic	@Lc		@Tc	15748
			mA	V	mA	V			V	A	mH		°C

		Rate	ICBO @UCB		IEBO @UEB			Rate	U(BR) CBO	@Ic		U(BR) CEO	@Ic		U(BR) EBO	@IE		@TA	Ref *?
			nA	V	nA	V			V	µA		V	mA		V	µA		°C
BF457		MAX	50	100	50	3.0		MIN	160	100		160	10		5.0	100		25	Tfk75
		Rate	ICBO @UCB		IEBO @UEB			Rate	U(BR) CBO	@Ic		U(BR) CEO	@Ic		U(BR) EBO	@IE		@TA	15748
			nA	V	nA	V			V	µA		V	mA		V	µA		°C
		Rate	ICBO @UCB		IEBO @UEB			Rate	U(BR) CES	@Ic		U(BR) CEO	@Ic		U(BR) EBO	@IE		@TA	Ref *?
			µA	V	µA	V			V	µA		V	mA		V	µA		°C
BD424  BD524		MAX	0.1	140	10	5.0		MIN	160	100		100	50		5.0	1.0		25	Sie80
		MAX	10	140	-	-		MIN	-	-		-	-		-	-		125
		Rate	ICBO @UCB		IEBO @UEB			Rate	U(BR) CES	@Ic		U(BR) CEO	@Ic		U(BR) EBO	@IE		@TA	16190
			µA	V	µA	V			V	µA		V	mA		V	µA		°C

		Rate	ICES @UCE		IEBO @UEB			Rate	U(BR) CBO	@Ic		U(BR) CEO	@Ic		U(BR) EBO	@IE		@Tc	Ref *?
			µA	V	µA	V			V	µA		V	mA		V	µA		°C
BDX25		MAX	1.0	125	1.0	5.0		MIN	130	100		125	50		5.0	10		25	Sie73
		Rate	ICBO @UCB		IEBO @UEB			Rate	U(BR) CBO	@Ic		U(BR) CEO	@Ic		U(BR) EBO	@IE		@Tc	17123
			µA	V	µA	V			V	µA		V	mA		V	µA		°C

	Rate		ICEX @UCE		UBE (OFF)	TA		ICES @UCE		TA		Ref *?
			µA	V	V	°C		µA	V	°C
BDX25	MAX		300	125	-	100		150	125	150		Sie73
	Rate		ICEX @UCE		UBE (OFF)	TA		ICES @UCE		TA		17123
			µA	V	V	°C		µA	V	°C

		Rate	ICEV @UCE		UBE (OFF)		ICBO @UCB		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	Ref *?
			mA	V	V		µA	V	µA	V			V	mA		°C
RCA6340		MAX	0.01	150	1.5		10	160	100	6.0		MIN	140	50		25	Rca81
		MAX	1.0	140	1.5							MIN				150
RCA6341		MAX	0.01	150	1.5		10	180	100	6.0		MIN	150	50		25	Rca81
		MAX	1.0	150	1.5							MIN				150
		Rate	ICEV @UCE		UBE (OFF)		ICBO @UCB		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	15765
			mA	V	V		µA	V	µA	V			V	mA		°C
		Rate	ICEV @UCE		UBE (OFF)		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	Ref *?
			mA	V	V		mA	V	mA	V			V	A		°C
MJ15015  MJ15016		MAX	1.0	200	1.5		0.1	60	0.2	7.0		MIN	120	0.2		25	Mot85
		MAX	6.0	200	1.5							MIN				150
		Rate	ICEX @UCE		UBE (OFF)		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	15768
			mA	V	V		mA	V	mA	V			V	A		°C
		Rate	ICEX @UCE		UBE (OFF)		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	Ref *?
			mA	V	V		mA	V	mA	V			V	A		°C
MJ15001  MJ15002		MAX	1.0	140	1.5		2.5	140	1.0	5.0		MIN	140	0.2		25	Rca81
		MAX	2.0	140	1.5							MIN				150
		Rate	ICEX @UCE		UBE (OFF)		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	15764
			mA	V	V		mA	V	mA	V			V	A		°C
		Rate	ICER @UCE		RBE		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	Ref *?
			mA	V	OHM		mA	V	mA	V			V	A		°C
2N6248		MAX	0.2	95	100		1.0	50	1.0	5.0		MIN	100	0.2		25	Rca81
		Rate	ICER @UCE		RBE		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	15761
			mA	V	OHM		mA	V	mA	V			V	A		°C

		Rate	ICBO @UCB		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	Ref *?
			mA	V	mA	V	mA	V			V	mA		°C
2N5629  2N5632		MAX	1.0	100	1.0	50	1.0	7.0		MIN	100	200		25	Rca81
2N5630  2N5633		MAX	1.0	120	1.0	60	1.0	7.0		MIN	120	200		25	Rca81
2N5631  2N5634		MAX	1.0	140	1.0	70	1.0	7.0		MIN	140	200		25	Rca81
2N4347		MAX			200	100	5.0	7.0		MIN	120	200		25	Rca81
2N4348		MAX			200	100	5.0	7.0		MIN	120	200		25	Rca81
2N6263		MAX			5.0	100	2.0	5.0		MIN	120	100		25	Rca81
2N3441		MAX			100	140	1.0	7.0		MIN	140	100		25	Rca81
2N3442		MAX	1.0	140	200	140	5.0	7.0		MIN	140	200		25	Rca81
2N3773		MAX	2.0	140	10	120	5.0	7.0		MIN	140	200		25	Rca81
2N6259		MAX			2.0	120	2.0	7.0		MIN	150	200		25	Rca81
2N6262		MAX	1.0	140	1.0	110	0.2	7.0		MIN	150	200		25	Rca81
2N6264		MAX			1.0	130	0.2	7.0		MIN	150	100		25	Rca81
		Rate	ICBO @UCB		ICEO @UCE		IEBO @UEB			Rate	U(BR) CEO	@Ic		@Tc	15760
			mA	V	mA	V	mA	V			V	mA		°C

		Rate	ICEX @UCE		UBE (OFF)		Rate	U(BR) CEV	@Ic	UBE (OFF)		U(BR) CER	@Ic	RBE		@Tc	Ref *?
			mA	V	V			V	mA	V		V	mA	OHM		°C
2N5629  2N5632		MAX	1.0	100	1.5		MIN									25	Rca81
		MAX	5.0	100	1.5		MIN									150
2N6248		MAX	0.2	100	1.5		MIN					110	200	100		25	Rca81
		MAX	5.0	90	1.5		MIN									150
2N5630  2N5633		MAX	1.0	120	1.5		MIN									25	Rca81
		MAX	5.0	120	1.5		MIN									150
2N5631  2N5634		MAX	1.0	140	1.5		MIN									25	Rca81
		MAX	5.0	140	1.5		MIN									150
2N4347		MAX	2.0	120	1.5		MIN	140	100	1.5		130	100	100		25	Rca81
		MAX	10	125	1.5		MIN									150
2N6263		MAX	2.0	120	1.5		MIN	140	100	1.5		130	100	100		25	Rca81
		MAX	10	120	1.5		MIN									150
2N3441		MAX	1.0/5.0	140	1.5		MIN	160	100	1.5		150	100	100		25	Rca81
		MAX	5.0/6.0	140	1.5		MIN									150
2N3442		MAX	1.0/5.0	140	1.5		MIN	160	100	1.5		150	200	100		25	Rca81
		MAX	10/30	140	1.5		MIN									150
2N6262		MAX	0.1	150	1.5		MIN	170	200	1.5		160	200	100		25	Rca81
		MAX	2.0	150	1.5		MIN									150
2N6264		MAX	0.05	150	1.5		MIN	170	100	1.5		160	100	100		25	Rca81
		MAX	1.0	150	1.5		MIN									150
		Rate	ICEX @UCE		UBE (OFF)		Rate	U(BR) CEV	@Ic	UBE (OFF)		U(BR) CER	@Ic	RBE		@Tc	15761
			mA	V	V			V	mA	V		V	mA	OHM		°C

		Rate	ICEX @UCE		UBE (OFF)		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		@Tc	Ref *?
			mA	V	V			V	A	V	OHM		V	A	OHM		°C
2N4348		MAX	2.0	120	1.5		MIN	140	0.1	1.5	100		140	0.2	100		25	Rca81
		MAX	10	120	1.5		MIN										150
2N3773		MAX	2.0	140	1.5		MIN	160	0.1	1.5	100		150	0.2	100		25	Rca81
		MAX	10	140	1.5		MIN										150
2N6259		MAX	0.2	150	1.5		MIN	170	0.1	1.5	100		160	0.2	100		25	Rca81
		MAX	4.0	150	1.5		MIN										150
		Rate	ICEX @UCE		UBE (OFF)		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		@Tc	15756
			mA	V	V			V	A	V	OHM		V	A	OHM		°C

		Rate	E (SB)	@Ic	UBE (OFF)	RBE	Lc		@Tc	Ref *?
			mJ	A	V	OHM	mH		°C
2N4348  2N3773 2N6259		MIN	125	2.5	1.5	100	40		25	Rca81
		Rate	E (SB)	@Ic	UBE (OFF)	RBE	Lc		@Tc	15756
			mJ	A	V	OHM	mH		°C

		Rate	ICEO @UCE		IEBO @UEB			Rate	U(BR) CER	@Ic	RBE		U(BR) CEO	@Ic		@Tc	Ref *?
			mA	V	mA	V			V	mA	OHM		V	mA		°C
2N5202		MAX	-	-	10	6.0		MIN	75	200	50		50	200		25	Rca81
2N3878		MAX	5.0	40	10	7.0		MIN	65	200	50		50	200		25	Rca81
2N3879		MAX	5.0	40	10	7.0		MIN	90	200	50		75	200		25	Rca81
2N6500		MAX	5.0	70	25	7.0		MIN	110	200	50		90	200		25	Rca81
		Rate	ICEO @UCE		IEBO @UEB			Rate	U(BR) CER	@Ic	RBE		U(BR) CEO	@Ic		@Tc	15759
			mA	V	mA	V			V	mA	OHM		V	mA		°C

		Rate	ICEV @UCE		UBE (OFF)		Rate	E (SB)	@Ic	UBE (OFF)	RBE	Lc		@Tc	Ref *?
			mA	V	V			mJ	A	V	OHM	µH		°C
2N5202		MAX	10	100	1.5		MIN	0.4	-	4.0	50	50		25	Rca81
		MAX	10	100	1.5		MIN							150
2N3878  2N3879		MAX	25	120	1.5		MIN	1.0	-	4.0	50	125		25	Rca81
		MAX	4.0	100	1.5		MIN							150
		Rate	ICEV @UCE		UBE (OFF)		Rate	E (SB)	@Ic	UBE (OFF)	RBE	Lc		@Tc	15759
			mA	V	V			mJ	A	V	OHM	µH		°C

		Rate	ICES @UCE			Rate	E (SB)	@Ic	UBE (OFF)	RBE	Lc		@Tc	Ref *?
			mA	V			mJ	A	V	OHM	µH		°C
2N6500		MAX	5.0	110		MIN	0.5	-	4.0	50	125		25	Rca81
		MAX	10	110		MIN							150
		Rate	ICES @UCE			Rate	E (SB)	@Ic	UBE (OFF)	RBE	Lc		@Tc	15759
			mA	V			mJ	A	V	OHM	µH		°C

		Rate	ICEX @UCE		UBE (OFF)	RBE		ICER @UCE		RBE		ICEO @UCE		IEBO @UEB			@Tc	Ref *?
			mA	V	V	OHM		mA	V	OHM		mA	V	mA	V		°C
2N6465  2N6467		MAX	0.1	100	1.5	100		0.1	95	100		1.0	50	0.1	5.0		25	Rca81
		MAX	2.0	100	1.5	100											150
2N6466  2N6468		MAX	0.1	120	1.5	100		0.1	100	100		1.0	60	0.1	5.0		25	Rca81
		MAX	2.0	120	1.5	100											150
		Rate	ICEX @UCE		UBE (OFF)	RBE		ICER @UCE		RBE		ICEO @UCE		IEBO @UEB			@Tc	15761
			mA	V	V	OHM		mA	V	OHM		mA	V	mA	V		°C

		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		U(BR) CEO	@Ic		@Tc	Ref *?
			V	A	V	OHM		V	A	OHM		V	A		°C
2N6465  2N6467		MIN	110	0.1	1.5	100		105	0.1	100		100	0.1		25	Rca81
2N6466  2N6468		MIN	130	0.1	1.5	100		125	0.1	100		120	0.1		25	Rca81
		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		U(BR) CEO	@Ic		@Tc	15761
			V	A	V	OHM		V	A	OHM		V	A		°C

		Rate	ICBO@UCB		ICEO@UCE		IEBO@UEB			Rate	U(BR) CEO	@Ic		U(BR) EBO	@IE		@Tc	Ref *?
			mA	V	mA	V	mA	V			V	A		V	mA		°C
RCA8638E  RCA9116E		MAX	1.0	100			1.0	5.0		MIN	100	0.2		5.0	1.0		25	Rca81
RCA8638D  RCA9116D		MAX	1.0	120	1.0	60	1.0	5.0		MIN	120	0.2		5.0	1.0		25	Rca81
RCA8638C  RCA9116C		MAX	1.0	140	1.0	70	1.0	5.0		MIN	140	0.2		5.0	1.0		25	Rca81
MJ15003  MJ15004		MAX	1.0	140	0.25	140	0.1	5.0		MIN	140	0.2		5.0	0.1		25	Rca81
2N6609		MAX	2.0	140	10	120	5.0	7.0		MIN	140	0.2		7.0	1.0		25	Rca81
		MAX	4.0	160
RCA3773		MAX	2.0	140	1.0	120	1.0	7.0		MIN	140	0.2		7.0	1.0		25	Rca81
		MAX	4.0	160
		Rate	ICBO@UCB		ICEO@UCE		IEBO@UEB			Rate	U(BR) CEO	@Ic		U(BR) EBO	@IE		@Tc	15763
			mA	V	mA	V	mA	V			V	A		V	mA		°C

		Rate	ICEX@UCE		UBE (OFF)		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		@Tc	Ref *?
			mA	V	V			V	A	V	OHM		V	A	OHM		°C
RCA8638E  RCA9116E		MAX					MIN						110	0.2	100		25	Rca81
RCA8638D  RCA9116D		MAX	1.0	120	1.5		MIN						130	0.2	100		25	Rca81
		MAX	5.0	120	1.5		MIN										150
RCA8638C  RCA9116C		MAX	1.0	140	1.5		MIN						150	0.2	100		25	Rca81
		MAX	5.0	140	1.5		MIN										150
MJ15003  MJ15004		MAX	0.1	140	1.5		MIN						150	0.2	100		25	Rca81
		MAX	2.0	140	1.5		MIN										150
RCA3773		MAX	1.0	140	1.5		MIN	160	0.2	1.5	100		150	0.2	100		25	Rca81
		MAX	5.0	140	1.5		MIN										150
		Rate	ICEX@UCE		UBE (OFF)		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		@Tc	15763
			mA	V	V			V	A	V	OHM		V	A	OHM		°C
		Rate	ICEV@UCE		UBE (OFF)		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		@Tc	Ref *?
			mA	V	V			V	A	V	OHM		V	A	OHM		°C
2N6609		MAX	2.0	140	1.5		MIN	160	0.2	1.5	100		150	0.2	100		25	Rca81
		MAX	10	140	1.5		MIN										150
		Rate	ICEV@UCE		UBE (OFF)		Rate	U(BR) CEX	@Ic	UBE (OFF)	RBE		U(BR) CER	@Ic	RBE		@Tc	15763
			mA	V	V			V	A	V	OHM		V	A	OHM		°C

		Rate	ICBO @UCB			Rate	U(BR) CBO	@IC		U(BR) CES	@IC		U(BR) CEO	@IC		U(BR) EBO	@IE		@TA	Ref *?
			µA	V			V	mA		V	mA		V	mA		V	mA		°C
BLY47  BLY47A BLY48 BLY48A		MAX	50	40		MIN	100	50		100	50		75	50		8.0	10		25	Txi69
		Rate	ICBO @UCB			Rate	U(BR) CBO	@IC		U(BR) CES	@IC		U(BR) CEO	@IC		U(BR) EBO	@IE		@TA	17937
			µA	V			V	mA		V	mA		V	mA		V	mA		°C