KyteLabs InfoBase - Semiconductor Data

Last modified: 2016-11-22 (18647)

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2	Statische Kenndaten Static Characteristics

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2.1	Dioden und Gleichrichter Diodes and Rectifiers
2.1.6	Silizium-Dioden in Sperrrichtung Silicon Diodes Reverse Operation

UR = 1.0 ... 5.0 V
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V		nA	V			V	µA		°C
1N5390		MAX	-	-		50	1.0		MIN	5.0	100		25	Fsc78
FH1100		MAX	1.0	1.0		-	-		MIN	5.0	100		25	Fsc78
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V		nA	V			V	µA		°C

UR = 5.0 ... 10 V
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	Ref *?
			µA	V		nA	V			V	µA		°C	°C
BA180		MAX	1.0	5.0		-	-		MIN	10	100		25	-	Fsc78
BA216		MAX	1.5	10		-	-		MIN	-	-		25	-	Fsc78
													-	25	Val71
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	15916
			µA	V		nA	V			V	µA		°C	°C

UR = 10 ... 20 V
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V		nA	V			V	µA		°C
BA181		MAX	1.0	5.0		-	-		MIN	20	100		25	Fsc78
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V		nA	V			V	µA		°C

		Rate	IR @UR		TA		IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V	°C		nA	V		µA	V			V	µA		°C
FD777		MAX	50	8.0	150		100	8.0		-	-		MIN	15	5.0		25	Fsc78
BAY82		MAX	50	12	100		100	12		-	-		MIN	15	5.0		25	Fsc78
1N4244		MAX	100	10	150		100	10		0.25	15		MIN	20	5.0		25	Fsc78
1N4376		MAX	100	10	150		100	10		-	-		MIN	20	5.0		25	Fsc78
		Rate	IR @UR		TA		IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V	°C		nA	V		µA	V			V	µA		°C

UR = 20 ... 40 V
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			pA	V		pA	V			V	µA		°C
FJT1101		MAX	5.0	5.0		15	15		MIN	20	5.0		25	Fsc78
FJT1100		MAX	1.0	5.0		10	15		MIN	30	5.0		25	Fsc78
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			pA	V		pA	V			V	µA		°C
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V		nA	V			V	µA		°C
FDH999		MAX	1.0	25		-	-		MIN	35	5.0		25	Fsc78
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V		nA	V			V	µA		°C

		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	Ref *?
			µA	V		nA	V			V	µA		°C	°C
BA217		MAX	0.2	30		50	10		MIN	-	-		25	-	Fsc78
													-	25	Val71
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	15916
			µA	V		nA	V			V	µA		°C	°C

		Rate	IR @UR		TA		IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V	°C		nA	V			V	µA		°C
BAV17		MAX	15	20	100		100	20		MIN	25	100		25	Fsc78
FD700		MAX	50	20	150		50	20		MIN	30	5.0		25	Fsc78
BA130		MAX	100	25	100		100	25		MIN	30	5.0		25	Fsc78
1N4154		MAX	100	25	150		100	25		MIN	35	5.0		25	Fsc78
1N4152		MAX	50	30	150		50	30		MIN	40	5.0		25	Fsc78
		Rate	IR @UR		TA		IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V	°C		nA	V			V	µA		°C

UR = 40 ... 80 V
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V		µA	V			V	µA		°C
FDH900		MAX	-	-		0.5	40		MIN	45	5.0		25	Fsc78
S406		MAX	10	50		1.0	40		MIN				25	Ime67
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	16608
			µA	V		µA	V			V	µA		°C

		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	Ref *?
			µA	V		nA	V			V	µA		°C	°C
BA218		MAX	0.2	50		50	25		MIN	-	-		25	-	Fsc78
													-	25	Val71
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	15916
			µA	V		nA	V			V	µA		°C	°C

		Rate	IR @UR		TA		IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V	°C		nA	V		µA	V			V	µA		°C
BAY71  BAY74		MAX	100	35	125		100	35		-	-		MIN	50	5.0		25	Fsc78
BAV18		MAX	15	50	100		100	50		-	-		MIN	60	100		25	Fsc78
FDH1000		MAX	50	20	125		50	20		5.0	50		MIN	75	5.0		25	Fsc78
FDH666		MAX	100	25	150		100	25		-	-		MIN	75	5.0		25	Fsc78
1N4151  1N4153		MAX	50	50	150		50	50		-	-		MIN	75	5.0		25	Fsc78
FDH600		MAX	100	50	150		100	50		-	-		MIN	75	5.0		25	Fsc78
BA128		MAX	100	50	100		100	50		-	-		MIN	75	100		25	Fsc78
		Rate	IR @UR		TA		IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V	°C		nA	V		µA	V			V	µA		°C

UR = 80 ... 160 V
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	Ref *?
			µA	V		nA	V			V	µA		°C	°C
BA219		MAX	0.5	100		200	50		MIN	-	-		25	-	Fsc78
													-	25	Val71
		Rate	IR @UR			IR @UR			Rate	U(BR) KA	@IR		@TA	TJ	15916
			µA	V		nA	V			V	µA		°C	°C

		Rate	IR @UR		TA		IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V	°C		nA	V			V	µA		°C
BAV19		MAX	15	100	100		100	100		MIN	120	100		25	Fsc78
BAY72		MAX	100	100	125		100	100		MIN	125	100		25	Fsc78
BAY73		MAX	0.5 1.0	20 100	125		5.0	100		MIN	125	100		25	Fsc78
BAY80		MAX	150	120	100		100	120		MIN	150	100		25	Fsc78
FD300		MAX	3.0	125	150		1.0	125		MIN	150	100		25	Fsc78
FD333		MAX	0.5	125	100		3.0	125		MIN	150	100		25	Fsc78
FD444		MAX	100	100	150		50	100		MIN	150	100		25	Fsc78
		Rate	IR @UR		TA		IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V	°C		nA	V			V	µA		°C

UR = 160 ... 320 V
		Rate	IR @UR		TA		IR @UR			Rate	U(BR) KA	@IR		@TA	Ref *?
			µA	V	°C		nA	V			V	µA		°C
FD400		MAX	100	150	150		100	150		MIN	200	100		25	Fsc78
BA129		MAX	5.0	180	100		10	180		MIN	200	100		25	Fsc78
BAV20		MAX	15	150	100		100	150		MIN	200	100		25	Fsc78
BAV21		MAX	15	200	100		100	200		MIN	250	100		25	Fsc78
		Rate	IR @UR		TA		IR @UR			Rate	U(BR) KA	@IR		@TA	15916
			µA	V	°C		nA	V			V	µA		°C
		Rate	IR @UR		TJ		IR @UR			Rate	U(BR) KA	@IR		@TJ	Ref *?
			µA	V	°C		µA	V			V	µA		°C
BA145		MAX	10	300	75		2.0	300		MIN	-	-		25	Phi72
BA148		MAX	200	300	125		2.0	300		MIN	-	-		25	Phi78
		Rate	IR @UR		TJ		IR @UR			Rate	U(BR) KA	@IR		@TJ	17834
			µA	V	°C		µA	V			V	µA		°C

Copyright © 2016Franz Hamberger, Berlin, Germany