KyteLabs InfoBase - Semiconductor Data	Last modified: 2009-06-04 (15919)

3	Dynamische Kenndaten Dynamic Characteristic
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

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

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

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	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 = 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
BA219	MAX		5.0	0	1.0		120	30	30	3.0	100		25	Fsc78
	Rate		CT	@UR	f		trr	@IF	IRM	irr	RL		@TA	15918
			pF	V	MHz		ns	mA	mA	mA	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