Alle Angaben sind absolute Grenzwerte, wenn nichts anderes angegeben ist.
All values are absolute maximum ratings unless otherwise specified.

UR = 1.0 ... 5.0 V
		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		Ref *?
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C
BA314		-	-	-	-	250		-	-		-	-		380	200	–65.. +200		Phi74
BA315		-	5.0	100	100	225		0.5	1.0		2.0	1.0		600	200	–65.. +200		Phi74
		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		17836
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C

		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C
1N5390  FH1100		100	25	1.0		5.0	-	-	-	-				125	–65.. +150	260		Fsc78
		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		15916
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C

		UR	URM	IF		RthJA	TJ	TSTG		Ref *?
		V	V	mA		K/W	°C	°C
BA480  BA481		4.0	5.0	30		320	100	–65.. +125		Val87
		UR	URM	IF		RthJA	TJ	TSTG		15918
		V	V	mA		K/W	°C	°C

UR = 5.0 ... 10 V
		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		Ref *?
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C
BA316		10	-	100	100 75	225		0.5	1.0		2.0	1.0		600	200	–65.. +200		Phi77
BA220		-	10	200	200 130	400		1.0	1.0		4.0	1.0		500	200	–65.. +200		Phi74
		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		17836
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C

		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C
FD777		250	25	1.67		8.0	50	150	150	0.25				175	–65.. +200	260		Fsc78
1N4244  1N4376		250	25	1.67		10	50	150	150	0.25				175	–65.. +200	260		Fsc78
		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		15916
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C

UR = 10 ... 20 V
		UR	URRM	IF	IFRM		RthJA	TJ	TSTG		Ref *?
		V	V	mA	mA		K/W	°C	°C
BAV45		20	35	50	100		500	125	–65.. +125		Phi74
		UR	URRM	IF	IFRM		RthJA	TJ	TSTG		17836
		V	V	mA	mA		K/W	°C	°C

		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C
BA180  BA216		500	25	3.33		10	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BAY82		250	25	1.67		12	50	150	150	0.25				175	–65.. +200	260		Fsc78
FJT1101		250	25	1.67		15	-	150	-	-				175	–55.. +200	260		Fsc78
FD700		250	25	1.67		20	50	150	150	0.25				175	–65.. +200	260		Fsc78
BA181  BAV17		500	25	3.33		20	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		15916
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C

UR = 20 ... 40 V
		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		Ref *?
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C
BA317		30	-	100	100 75	225		0.5	1.0		2.0	1.0		600	200	–65.. +200		Phi77
BA221		30	30	200	200 130	400		1.0	1.0		4.0	1.0		500	200	–65.. +200		Phi74
		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		17836
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C

		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C
FJT1100		250	25	1.67		25	-	150	-	-				175	–55.. +200	260		Fsc78
1N4154		500	25	3.33		25	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BA130  FDH666 FDH999		500	25	3.33		25	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
1N4152  BA217		500	25	3.33		30	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BAY71  BAY74		500	25	3.33		35	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
FDH900		500	25	3.33		40	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		15916
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C

		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		Ref *?
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C
1N456		200	25	1.14		25	30	90	135	-	0.7	1.2	2.0		877	200	–80.. +200		Txi69
		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		17937
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C

		IFAV @TA		DI		UR	IFM	IFSM		RthJS	TJ	TSTG		Ref *?
		mA	°C	mA/K		V	mA	A		K/W	°C	°C
BAT85		200	50	2.67		30	300	0.6		320	125	–65.. +150		128 Val87
		IFAV @TA		DI		UR	IFM	IFSM		RthJS	TJ	TSTG		15918
		mA	°C	mA/K		V	mA	A		K/W	°C	°C

UR = 40 ... 80 V
		PT @TA			UR	URM	IF	IFM @tP		IFSM @tPS			RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	mA	A	s	A	µs		K/W	°C	°C
BAX82		400	25		50	50	250	0.4	1.0	3.0	1.0		375	175	–65.. +200		Txi69
		PT @TA			UR	URM	IF	IFM @tP		IFSM @tPS			RthJA	TJ	TSTG		17937
		mW	°C		V	V	mA	A	s	A	µs		K/W	°C	°C

		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		Ref *?
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C
BA222		50	50	75	75 48	150		0.5	1.0		2.0	1.0		600	200	–65.. +200		Phi74
BA318		50	-	100	100 75	225		0.5	1.0		2.0	1.0		600	200	–65.. +200		Phi77
		UR	URRM	IF	IFAV	IFRM		IFSM @tP			IFSM @tP			RthJA	TJ	TSTG		17836
		V	V	mA	mA	mA		A	s		A	µs		K/W	°C	°C

		PT	UR	URM	Io	IF	IFRM@f		IFSM	@TA		RthJA	TJ	TSTG		Ref *?
		mW	V	V	mA	mA	mA	Hz	A	°C		K/W	°C	°C
S406		250	50	-	-	200	600	>25	1.0	25		500	150	–55.. +150		Ime67
		PT	UR	URM	Io	IF	IFRM@f		IFSM	@TA		RthJA	TJ	TSTG		16608
		mW	V	V	mA	mA	mA	Hz	A	°C		K/W	°C	°C

		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C
1N4151  1N4153 BAV218 BAV18		500	25	3.33		50	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BA128  FDH600 FDH1000		500	25	3.33		50	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		15916
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C

		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		Ref *?
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C
1N457		200	25	1.14		60	70	75	110	-	0.6	1.0	2.0		877	200	–80.. +200		Txi69
		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		17937
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C

		UR @TJ		DU		IF	IFSM		RthJA	TJ	TSTG		Ref *?
		V	°C	V/K		mA	A		K/W	°C	°C
BAT81		40 30	175 200	0.4		30	0.15		320	200	–65.. +200		127 Val87
BAT82		50 30	150 200	0.4		30	0.15		320	200	–65.. +200		127 Val87
BAT83		60 30	125 200	0.4		30	0.15		320	200	–65.. +200		127 Val87
		UR @TJ		DU		IF	IFSM		RthJA	TJ	TSTG		15918
		V	°C	V/K		mA	A		K/W	°C	°C

		IFAV @TA		DI		UR	IFM	IFSM		RthJS	TJ	TSTG		Ref *?
		mA	°C	mA/K		V	mA	A		K/W	°C	°C
BAT86		200	50	2.67		50	250	0.5		320	125	–65.. +150		128 Val87
		IFAV @TA		DI		UR	IFM	IFSM		RthJS	TJ	TSTG		15918
		mA	°C	mA/K		V	mA	A		K/W	°C	°C

UR = 80 ... 160 V
		PT @TA			UR	URM	IF	IFM @tP		IFSM @tPS			RthJA	TJ	TSTG		Ref *?
		mW	°C		V	V	mA	A	s	A	µs		K/W	°C	°C
BAX81		500	25		90	90	350	0.5	1.0	4.0	1.0		300	175	–65.. +200		Txi69
		PT @TA			UR	URM	IF	IFM @tP		IFSM @tPS			RthJA	TJ	TSTG		17937
		mW	°C		V	V	mA	A	s	A	µs		K/W	°C	°C

		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C
BA219  BAV19		500	25	3.33		100	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BAY72  BAY73		500	25	3.33		100	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BAY80		500	25	3.33		120	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
FDH300  FDH333 FDH444		500	25	3.33		125	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BAV20		500	25	3.33		150	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		15916
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C

		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		Ref *?
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C
1N458		200	25	1.14		125	150	55	80	-	0.5	0.8	2.0		877	200	–80.. +200		Txi69
		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		17937
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C

UR = 160 ... 320 V
		URWM	RRM	URSM@tP			IF	FAV	FRM	RRM	IFSM@tPS			RthJA	TJ	TSTG		Ref *?
		V	V	V	ms		A	A	A	A	A	ms		K/W	°C	°C
BA145		300	350	350	1.0		0.3	0.3	2.0	0.5	15	10		200	125	–65.. +125		Phi72
BA148		300	350	350	10		-	0.4	3.0	0.5	15	10		200	150	–65.. +125		Phi78
		URWM	RRM	URSM@tP			IF	FAV	FRM	RRM	IFSM@tPS			RthJA	TJ	TSTG		17834
		V	V	V	ms		A	A	A	A	A	ms		K/W	°C	°C

		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		Ref *?
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C
FDH400		500	25	3.33		175	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BA129		500	25	3.33		180	200	500	600	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
BAV21		500	25	3.33		200	100	300	400	1.0	4.0	1.0		175	–65.. +200	260		Fsc78
		PT @TA		DP		UR	Io	IF	FRM	FSM	IFSM@tPS			TJ	TSTG	TL		15916
		mW	°C	mW/K		V	mA	mA	mA	A	A	µs		°C	°C	°C

		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM@tPS			RthJC	T	TSTG		Ref *?
		mW	°C	mW/K		V	V	mA	mA	A	A	µs		K/W	°C	°C
BAW84		500	25	3.33		300	350	170	250	1.0	2.0	10		300	–65.. +175	–65.. +200		Txi69
		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM@tPS			RthJC	T	TSTG		17937
		mW	°C	mW/K		V	V	mA	mA	A	A	µs		K/W	°C	°C

		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		Ref *?
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C
1N459		200	25	1.14		175	200	40	60	-	0.4	0.7	2.0		877	200	–80.. +200		Txi69
		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM	IFSM@tPS			RthJA	TA	TSTG		17937
		mW	°C	mW/K		V	V	mA	mA	A	A	A	µs		K/W	°C	°C

UR = 320 ... 640 V
		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM@tPS			RthJC	T	TSTG		Ref *?
		mW	°C	mW/K		V	V	mA	mA	A	A	µs		K/W	°C	°C
BAW85		500	25	3.33		400	450	170	250	1.0	2.0	10		300	–65.. +175	–65.. +200		Txi69
BAW86		500	25	3.33		450	500	170	250	1.0	2.0	10		300	–65.. +175	–65.. +200		Txi69
		PT @TA		DP		UR	URM	Io	IF	IFM	IFSM@tPS			RthJC	T	TSTG		17937
		mW	°C	mW/K		V	V	mA	mA	A	A	µs		K/W	°C	°C