KyteLabs InfoBase - Semiconductor Data

Last modified: 2016-11-26 (18651)

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3	Dynamische Kenndaten Dynamic Characteristic

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3.1	Dioden und Gleichrichter Diodes and Rectifiers
3.1.1	Demodulatordioden Demodulator Diodes

3.1.2

Schaltdioden Switching Diodes

trr < 1.0 ns
	Rate		CT	@UR	f		trr	tm	@IF	IR	irr	RL		@TA	Ref *?
			pF	V	MHz		ps	ps	mA	mA	mA	OHM		°C
FD700	MAX		1.0	0	1.0		700	450	10	10	1.0	100		25	Fsc78
1N4244	MAX		0.8	0	1.0		750	-	10	10	1.0	100		25	Fsc78
1N4376	MAX		1.0	0	1.0		750	-	10	10	1.0	100		25	Fsc78
BAY82	MAX		1.3	0	1.0		750	-	10	10	1.0	100		25	Fsc78
FD777	MAX		1.3	0	1.0		750	450	10	10	1.0	100		25	Fsc78
	Rate		CT	@UR	f		trr	tm	@IF	IR	irr	RL		@TA	15918
			pF	V	MHz		ps	ps	mA	mA	mA	OHM		°C

CT = 1.0 ... 2.0 pF
		Rate	CT	@UR	f		Rate	Qs	@IF	UR		@TA	Ref *?
			pF	V	MHz			pC	mA	V		°C
FH1100		MAX	1.0	0	1.0		TYP	1.6	10	-		25	Fsc78
2N5390		MAX	1.0	0	1.0		MAX	3.0	10	-		25	Fsc78
FJT1100		MAX	1.5	0	1.0		TYP					25	Fsc78
FJT1101		MAX	1.8	0	1.0		TYP					25	Fsc78
		Rate	CT	@UR	f		Rate	Qs	@IF	UR		@TA	15919
			pF	V	MHz			pC	mA	V		°C
		Rate	CT	@UR	f		Rate	rf	@IF	f		@TA	Ref *?
			pF	V	MHz			OHM	mA	kHz		°C
BA481		MAX	1.1	0	1.0		MAX	13	5.0	1.0		25	Val87
BA480		MAX	1.2	0.2	1.0		MAX	15	5.0	1.0		25	Val87
		Rate	CT	@UR	f		Rate	rf	@IF	f		@TA	15918
			pF	V	MHz			OHM	mA	kHz		°C

		Rate	CT	@UR	f		rf	@IF	f		Rate	Rp	@UR	f		Ls		@TA	Ref *?
			pF	V	MHz		OHM	mA	MHz			kOHM	V	MHz		nH		°C
BA283		MAX	1.0	3.0	1.0		0.9	10	200		TYP	100	1.0	100		2.5		25	Sie80
		MAX	1.5	2.0	1.0		1.2	3.0	200
BA282		MAX	1.2	3.0	1.0		0.5	10	200		TYP	100	1.0	100		2.5		25	Sie80
		MAX	1.5	2.0	1.0		0.7	3.0	200
AAY53  AAY53 AAY54 AAY55		TYP	1.5	0	1.0						TYP					10		25	Sie69
		Rate	CT	@UR	f		rf	@IF	f		Rate	Rp	@UR	f		Ls		@TA	16821
			pF	V	MHz		OHM	mA	MHz			kOHM	V	MHz		nH		°C

trr = 1.0 ... 2.0 ns
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
BAT81  BAT82 BAT83	MAX		1.6	1.0	1.0		1.0	10	10	1.0	100		25	Val87
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	OHM		°C

CT = 2.0 ... 4.0 pF
	Rate		CT	@UR	f		rf	@IF	f		@TA	Ref *?
			pF	V	MHz		OHM	mA	kHz		°C
BA130	MAX		2.0	0	1.0						25	Fsc78
	Rate		CT	@UR	f		rf	@IF	f		@TA	15918
			pF	V	MHz		OHM	mA	kHz		°C

		Rate	CT	@UR	f	TJ		Rate	Qs	@IF	UR	dI/dt	TJ		Ref *?
			pF	V	MHz	°C			pC	mA	V	mA/µs	°C
BA145		TYP	4.0	150	1.0	25.. 125		MAX	400	10	2.0	–5.0	25		Phi72
BA148		TYP	4.0	150	1.0	25.. 125		MAX	800	10	2.0	–5.0	25		Phi78
		Rate	CT	@UR	f	TJ		Rate	Qs	@IF	UR	dI/dt	TJ		17834
			pF	V	MHz	°C			pC	mA	V	mA/µs	°C

trr = 2.0 ... 4.0 ns
	Rate		CT	@UR	f		trr	@IF	IR	irr	UR	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	V	OHM		°C
BAY71	MAX		2.0	0	1.0		2.0	10	6.0	1.0	6.0	100		25	Fsc78
1N4151  1N4152 1N4153 1N4154	MAX		4.0	0	1.0		2.0	10	-	-	6.0	100		25	Fsc78
							4.0	10	10	1.0	-	-
	Rate		CT	@UR	f		trr	@IF	IR	irr	UR	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	V	OHM		°C

		Rate	tfr	ufr	@IF		Qs	@IF	IR		Rate	Uo/ UiM~	@f	Ui~	CL	RL		@TA	Ref *?
			ns	V	mA		pC	mA	mA			%	MHz	V.RMS	pF	kOHM		°C
BAY71		MAX	40	3.0	100		65 50	20 10	2.0 1.0		MIN	45	100	2.0	20	5.0		25	Fsc78
		Rate	tfr	ufr	@IF		Qs	@IF	IR		Rate	Uo/ UiM~	@f	Ui~	CL	RL		@TA	15918
			ns	V	mA		pC	mA	mA			%	MHz	V.RMS	pF	kOHM		°C

CT = 4.0 ... 8.0 pF
	Rate		CT	@UR	f		Qs	@IF	UR		@TA	Ref *?
			pF	V	MHz		pC	mA	V		°C
FDH1000	MAX		5.0	0	1.0		100	10	10		25	Fsc78
BA128	MAX		5.0	0	1.0						25	Fsc78
FDH300  FDH333	MAX		6.0	0	1.0						25	Fsc78
	Rate		CT	@UR	f		Qs	@IF	UR		@TA	15918
			pF	V	MHz		pC	mA	V		°C
	Rate		CT	@UR	f		Qs	@IF	UR		@TJ	Ref *?
			pF	V	MHz		pC	mA	V		°C
G498  G498.1	MAX		6.0	1.0	10						25	Ime67
	Rate		CT	@UR	f		Qs	@IF	UR		@TJ	16608
			pF	V	MHz		pC	mA	V		°C

trr = 4.0 ... 8.0 ns
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
BAT86	MAX		8.0	1.0	1.0		4.0	10	10	1.0	100		25	Val87
BAT85	MAX		10	1.0	1.0		5.0	10	10	1.0	100		25	Val87
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
	Rate		CT	@UR	f		trr	@IF	IR	irr	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
BA216  BA217 BA218	MAX		3.0	0	1.0		4.0	10	60	1.0	100		25	Fsc78
FDH600	MAX		2.5	0	1.0		4.0 6.0	10 200	10 200	1.0 20	100		25	Fsc78
FDH900	MAX		3.0	0	1.0		4.0	10	10	1.0	100		25	Fsc78
BAY74	MAX		3.0	0	1.0		4.0	10- 200	10- 200	1.0- 20	-		25	Fsc78
	MAX						6.0	200- 400	200- 400	20- 40	-
	MAX						6.0	10	1.0	0.1	-
FDH666	MAX		3.5	0	1.0		4.0 6.0	10 200	10 200	1.0 20	100		25	Fsc78
FDH999	MAX		5.0	0	1.0		5.0	10	10	1.0	100		25	Fsc78
	Rate		CT	@UR	f		trr	@IF	IR	irr	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	OHM		°C

trr = 8.0 ... 16 ns
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	OHM		°C

trr = 16 ... 32 ns
	Rate		CT	@UR	f		trr	@IF	IR	irr	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
S406	MAX		5.0	0	10		20	200	200	20	-		25	Ime67
	Rate		CT	@UR	f		trr	@IF	IR	irr	RL		@TA	16608
			pF	V	MHz		ns	mA	mA	mA	OHM		°C

trr = 32 ... 64 ns
	Rate		CT	@UR	f		trr	@IF	IR	irr	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
FDH400	MAX		2.0	0	1.0		50	30	30	3.0	100		25	Fsc78
FDH444	MAX		2.5	0	1.0		60	30	30	3.0	100		25	Fsc78
BAY80	MAX		6.0	0	1.0		60	30	30	1.0	75		25	Fsc78
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	OHM		°C

	Rate		CT	@UR	f		rf	@IF		trr	@IF	IR	irr	RL		@TA	Ref *?
			pF	V	MHz		OHM	mA		ns	mA	mA	mA	OHM		°C
BAV17  BAV18 BAV19 BAV20 BAV21	TYP		1.5	0	1.0		5.0	10		-	30	30	3.0	100		25	Fsc78
	MAX		5.0				-			50
	Rate		CT	@UR	f		rf	@IF		trr	@IF	IR	irr	RL		@TA	15918
			pF	V	MHz		OHM	mA		ns	mA	mA	mA	OHM		°C

	Rate		CT	@UR	f		trr	@IF	IR	irr	UR	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	V	OHM		°C
BAY72	MAX		5.0	0	1.0		50	30	30	1.0	-	75		25	Fsc78
	Rate		CT	@UR	f		trr	@IF	IR	irr	UR	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	V	OHM		°C

		Rate	tfr	ufr	@IF		Qs	@IF	IR		Rate	Uo/ UiM~	@f	Ui~	CL	RL		@TA	Ref *?
			ns	V	mA		pC	mA	mA			%	MHz	V.RMS	pF	kOHM		°C
BAY72		MAX	40	2.5	100		250	20	1.0		MIN	35	100	-	20	5.0		25	Fsc78
		Rate	tfr	ufr	@IF		Qs	@IF	IR		Rate	Uo/ UiM~	@f	Ui~	CL	RL		@TA	15918
			ns	V	mA		pC	mA	mA			%	MHz	V.RMS	pF	kOHM		°C

trr = 64 ... 128 ns
	Rate		CT	@UR	f		trr	@IF	IR	irr	RL		@TA	Ref *?
			pF	V	MHz		ns	mA	mA	mA	OHM		°C
AAY43	TYP		0.2	1.0	1.0		100	5.0	0.5	-	-		25	Sie69
BA219	MAX		5.0	0	1.0		120	30	30	3.0	100		25	Fsc78
	Rate		CT	@UR	f		trr	@IF	IR	irr	RL		@TA	16820
			pF	V	MHz		ns	mA	mA	mA	OHM		°C

trr = 256 ... 512 ns
	Rate		CT	@UR	f		trr	@IF	IR	UR	RL		@TA	Ref *?
			pF	V	MHz		µs	mA	mA	V	OHM		°C
AAY49	TYP						0.25	10	0.5	-	-		25	Dit67
	MAX						0.4
	TYP						0.18	200	10	-	-
SFD108A	TYP		0.5	1.0	1.0		0.5	10	0.5	-	-		25	Dit67
	MAX		1.0				-
	Rate		CT	@UR	f		trr	@IF	IR	UR	RL		@TA	16819
			pF	V	MHz		µs	mA	mA	V	OHM		°C
	Rate		CT	@UR	f		trr	@IF	IR	UR	RL		@TJ	Ref *?
			pF	V	MHz		µs	mA	µA	V	OHM		°C
AAY13	TYP						0.5	50	100	5.0	-		25	Ime67
	TYP						3.5	50	20	5.0	-
	Rate		CT	@UR	f		trr	@IF	IR	UR	RL		@TJ	16608
			pF	V	MHz		µs	mA	µA	V	OHM		°C

trr = 2.0 ... 4.0 µs
	Rate		CT	@UR	f		trr	@IF	UR	RL	CL		@TA	Ref *?
			pF	V	MHz		µs	mA	V	kOHM	pF		°C
BA129	MAX		6.0	0	1.0								25	Fsc78
BAY73	MAX		8.0	0	1.0		3.0	10	35	1.0- 100	10		25	Fsc78
	Rate		CT	@UR	f		trr	@IF	UR	RL	CL		@TA	15918
			pF	V	MHz		µs	mA	V	kOHM	pF		°C

Copyright © 2016Franz Hamberger, Berlin, Germany