KyteLabs InfoBase - Semiconductor Data

Last modified: 2016-11-26 (18651)

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3	Dynamische Kenndaten Dynamic Characteristic

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3.2	Bipolar-Transistoren Bipolar Transistors
3.2.6	Kleinsignalparameter für Hochfrequenz-Verstärker Small-Signal Characteristics of Radio-Frequency Amplifiers

f = 0.1 ... 1.0 MHz,   TYP @ TA = 25 °C
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
		µS	µS	pF	µS	°	mS	°	µS	µS	pF		kHz	mA	V
BF115		400	70	25	1.8	–90	35	0	4.0	4.25	1.5		450	1.0	10	122 Val69
BF184		300	65	23	1.8	–90	35	0	4.0	4.25	1.5		450	1.0	10	122 Val69
BF185		500	75	27	1.8	–90	35	0	4.0	4.25	1.5		450	1.0	10	122 Val69
BF194  BF254		<540	-	-	-	-	-	-	<11.5	-	-		450	1.0	10	Val69
BF195  BF255		<860	-	-	-	-	-	-	<7.0	-	-		450	1.0	10	Val69
BF240		200	-	17	0.75	–90	37	0	<8.3	-	1.0		450	1.0	10	Val80
BF241		400	-	23	0.75	–90	37	0	<8.3	-	1.0		450	1.0	10	Val80
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15907
		µS	µS	pF	µS	°	mS	°	µS	µS	pF		kHz	mA	V

		Rate	g11e	b11e	C11e	g12e	C12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
			mS	mS	pF	µS	pF	mS	°	µS	µS	pF		kHz	mA	V
GF100		MIN	-	-	-	-	-	13	-	-	-	-		500	0.5	6.0	Rft69
		TYP	0.5	-	300	3.0	7.0	17.5	-	30	-	25
		MAX	1.4	-	700	7.0	14	-	-	50	-	50
		Rate	g11e	b11e	C11e	g12e	C12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15968
			mS	mS	pF	µS	pF	mS	°	µS	µS	pF		kHz	mA	V

f = 1.1 ... 2.0 MHz,   TYP @ TA = 25 °C
		Rate	g11e	b11e	C11e	g12e	C12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
			mS	mS	pF	µS	pF	mS	°	µS	µS	pF		MHz	mA	V
GF105		MIN	-	-	-	-	-	10	-	-	-	-		2.0	0.5	6.0	Rft69
		TYP	0.7	-	110	2.0	7.0	16	-	30	-	29
		MAX	3.3	-	250	5.0	14	-	-	250	-	35
GF120		MIN	-	-	-	-	-	10	-	-	-	-		2.0	0.5	6.0	Rft69
		TYP	-	-	100	-	5.0	17	-	-	-	5.0
		MAX	1.0	-	150	5.0	9.0	-	-	20	-	15
		Rate	g11e	b11e	C11e	g12e	C12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15968
			mS	mS	pF	µS	pF	mS	°	µS	µS	pF		MHz	mA	V

f = 10 ... 30 MHz,   TYP @ TA = 25 °C
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
		µS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V
BF115		500	1.7	25	44	–90	35	–5.0	5.0	100	1.5		10.7	1.0	10	122 Val69
BF184		450	1.55	23	44	–90	35	–5.0	5.5	100	1.5		10.7	1.0	10	122 Val69
BF185		550	1.85	27	44	–90	35	–5.0	4.5	100	1.5		10.7	1.0	10	122 Val69
BF194  BF254		<640	-	-	-	-	-	-	<13.5	-	-		10.7	1.0	10	Val69
BF195  BF255		<960	-	-	-	-	-	-	<9.5	-	-		10.7	1.0	10	Val69
BF240		300	-	14	18	–90	37	0	<10.5	-	1.0		10.7	1.0	10	Val80
BF241		500	-	19	18	–90	37	0	<10.5	-	1.0		10.7	1.0	10	Val80
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15907
		µS	µS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V

		Rate	g11e	b11e	C11e	g12e	C12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
			mS	mS	pF	µS	pF	mS	°	µS	µS	pF		MHz	mA	V
GF121		MIN	-	-	-	-	-	22	-	-	-	-		10	1.0	6.0	Rft69
		TYP	2.0	-	100	40	4.5	32	-	30	-	6.0
		MAX	4.0	-	175	100	6.0	-	-	100	-	12
GF122		MIN	-	-	-	-	-	28	-	-	-	-		10	1.0	6.0	Rft69
		TYP	1.8	-	105	33	4.0	33	-	25	-	6.0
		MAX	2.5	-	175	67	5.0	-	-	50	-	10
GF130		MIN	-	-	-	-	–1.4	-	-	-	-	-		10	1.0	6.0	Rft69
		TYP	1.4	1.0	16	-	–1.0	32	-	34	245	3.9
		MAX	-	-	-	-	–0.6	-	-	-	-	-
GF139		MIN	-	-	-	-	–1.9	-	-	-	-	-		10	1.0	6.0	Rft69
		TYP	1.4	1.0	16	-	–1.5	32	-	34	245	3.9
		MAX	-	-	-	-	–0.9	-	-	-	-	-
		Rate	g11e	b11e	C11e	g12e	C12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15968
			mS	mS	pF	µS	pF	mS	°	µS	µS	pF		MHz	mA	V

f = 30 ... 80 MHz,   TYP @ TA = 25 °C
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V
BF115		0.95	4.6	21	140	–90	34	–16	5.5	330	1.5		35	1.0	10	122 Val69
BF167		4.8	10	45	37	–92	>70 95	–23	30	265	1.2		35	4.0	10	Val69
BF173		4.5	10	45	55	–94	>115 145	–22	65	460	2.1		35	7.0	10	Val69
BF184		0.85	4.2	19	140	–90	34	–16	6.0	330	1.5		35	1.0	10	122 Val69
BF185		1.1	4.85	22	140	–90	34	–16	5.0	330	1.5		35	1.0	10	122 Val69
BF240  BF241		4.0	-	25	-	-	125	-	62	-	1.0		35	4.0	10	Val80
BF196  BF198		3.2	8.0	37	47	–92	105	–20	50	300	1.3		35	4.0	10	Val69 Val80
		4.8	10	35	60	–92	100	–20	60	400	1.3		45	4.0	10
BF197  BF199		4.5	10	45	67	–92	170	–22	85	400	1.8		35	7.0	10	Val69 Val80
		5.5	13	45	86	–92	155	–25	95	500	1.8		45	7.0	10
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15907
		mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V
BF181		-	-	-	-	-	-	-	<10	-	0.9		35	2.0	10	123 Val69
BF182		-	-	-	-	-	-	-	8.0	-	-		35	2.0	10	Val69
BF180		-	-	-	-	-	60	-	-	-	-		50	2.0	10	Val69
BF200		85	–15	–48	55	–90	85	165	15	280	0.9		50	3.0	10	Val69
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	15900
		mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V

		Rate	g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
			mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V
GF128		MIN	5.0	-	12	-	-	40	-	83	-	1.5		37	3.0	10	Rft69
		TYP	11	-	30	-	-	60	-	160	-	2.5
		MAX	25	-	80	-	-	-	-	360	-	4.5
		Rate	g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15968
			mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V

f = 80 ... 160 MHz,   TYP @ TA = 25 °C
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V
BF115		5.5	4.6	20	380	–95	33	–30	14	950	1.5		100	1.0	10	122 Val69
BF185		6.0	13.2	21	380	–95	33	–30	12	950	1.5		100	1.0	10	122 Val69
BF200		5.0	10	16	160	–90	56	–20	15	570	0.9		100	2.0	10	Val69
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15900
		mS	mS	pF	µS	°	mS	°	µS	µS	pF		MHz	mA	V
		g11b	b11b	C11b	|y12b|	12b	|y21b|	21b	g22b	b22b	C22b		@f	IC	UCE	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
BF194		36	–3.0	–4.8	450	–88	33	146	22	1.1	1.75		100	1.0	10	Val69
BF254		36	–3.0	-	410	–88	33	146	22	1.1	-		100	1.0	10	Val69
BF195		38	–1.0	–1.6	440	–85	34	140	12	1.1	1.75		100	1.0	10	Val69
BF255		38	–1.0	-	400	–85	34	140	12	1.1	-		100	1.0	10	Val69
		g11b	b11b	C11b	|y12b|	12b	|y21b|	21b	g22b	b22b	C22b		@f	IC	UCE	15900
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
		g11b	b11b	C11b	|y12b|	12b	|y21b|	21b	g22b	b22b	C22b		@f	IE	UCB	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
BF115		33	–3.8	–6.0	220	–87	33	150	14	0.95	1.5		100	1.0	10	122 Val69
BF185		33	–3.5	–5.5	220	–87	33	150	12	0.95	1.5		100	1.0	10	122 Val69
		g11b	b11b	C11b	|y12b|	12b	|y21b|	21b	g22b	b22b	C22b		@f	IE	UCB	15900
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
		g11b	b11b	C11b	|y12b|	12b	|y21b|	21b	g22b	b22b	C22b		@f	IC	UCB	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
GF131		18	–9.0	–14.4	360	–140	20	115	420	1.6	2.5		100	1.5	6.0	Rft69
GF181		21	–10	–14.4	290	–130	23	110	370	1.5	2.5		100	1.5	6.0	Rft69
GF132		22	–20	–32	400	–140	30	115	440	1.5	2.4		100	2.0	6.0	Rft69
		g11b	b11b	C11b	|y12b|	12b	|y21b|	21b	g22b	b22b	C22b		@f	IC	UCB	15968
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V

f = 160 ... 320 MHz,   TYP @ TA = 25 °C
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
BF115		18	20	16	630	–101	27	–60	60	1.9	1.5		200	1.0	10	122 Val69
		g11e	b11e	C11e	|y12e|	12e	|y21e|	21e	g22e	b22e	C22e		@f	IC	UCE	15900
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
BF115		31	–5.0	–4.0	380	–85	27	130	60	1.9	1.5		200	1.0	10	122 Val69
BF180		-	-	-	-	-	55	-	-	-	-		200	2.0	10	Val69
BF200		62	–38	–30	180	–90	70	145	150	1.1	0.9		200	3.0	10	Val69
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	15900
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V

f = 320 ... 640 MHz,   TYP @ TA = 25 °C
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
BF180		-	-	-	-	-	39	-	-	-	-		500	2.0	10	Val69
BF181		-	-	-	-	-	37	-	-	-	-		500	2.0	10	Val69
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	15900
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V

f = 640 ... 1280 MHz,   TYP @ TA = 25 °C
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	Ref *?
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V
BF180		-	-	-	-	-	27	-	-	-	-		900	2.0	10	Val69
BF181		-	-	-	-	-	25	-	-	-	-		900	2.0	10	Val69
		g11b	b11b	C11b	|y12b|	12b	|y21e|	21b	g22b	b22b	C22b		@f	IE	UCB	15900
		mS	mS	pF	µS	°	mS	°	µS	mS	pF		MHz	mA	V

		s11b		s12b		s21b		s22b			@f	IC	UCB	Z0	Ref *?
			°		°		°		°		MHz	mA	V	OHM
GF147		0.76	110	0.015	11	1.16	–125	0.97	–35		800	2.0	10	60	Rfe71
		s11b		s12b		s21b		s22b			@f	IC	UCB	Z0	15968
			°		°		°		°		MHz	mA	V	OHM
		s11e		s12e		s21e		s22e			@f	IC	UCE	Z0	Ref *?
			°		°		°		°		MHz	mA	V	OHM
GF147		0.21	154	0.04	100	0.94	29	0.96	–37		800	2.0	10	60	Rfe71
		s11e		s12e		s21e		s22e			@f	IC	UCE	Z0	15968
			°		°		°		°		MHz	mA	V	OHM

	AF101	AF101 weiss	OC612	OC613
@TA: Rate gie: bie: 1/gie: Cie: gre: bre: 1/gre: Cre: |yfe|: fe: goe: boe: 1/goe: Coe: @f: @Ic: @UCE:	25 MIN TYP MAX 0.28 0.15 0.7 50 0.77 16 300 5.5 14 - 8.3 44 30 15 0.4 0.44 - 150 1.45 23.5 700 8.0 16.5 –7.5 14.3 61.5 70 21 1.4 0.88 3.5 300 3.34 29 1300 10 19 - 33 88 120 30 0.47 0.5 6.0	25 MIN TYP MAX 0.5 0.5 0.35 40 8.35 56 20 4.5 12 - 33 163 7.0 13 1.25 1.75 0.8 140 20 94 50 7.5 16 –26 71.1 239 14 19 2.85 3.8 2.0 300 50 126 120 10 18.5 - 143 315 25 25 2.0 0.5 6.0	25 MIN TYP MAX - 0.6 0.7 200 2.5 - 100 - 13 - - 45 25 15 0.7 1.6 1.4 550 5.0 42 200 14 16.5 –17 22 88 45 30 1.4 3.0 - 1000 10 47 400 16 19 - 40 150 - 50 0.47 0.5 6.0	25 MIN TYP MAX - 0.6 0.2 50 12.5 - 10 - 11 - - 125 3.0 10 1.7 2.5 0.6 200 40 150 25 12 14 –45 140 350 7.0 28 5.0 5.0 - 400 100 180 80 14.5 18 - 330 630 - 50 2.0 0.5 6.0	°C   mS mS kOHM pF µS µS kOHM pF mA/V ° µS µS kOHM pF MHz mA V
Ref *?	Tfk62		Tfk61		15539

	AF102
@TA: Rate g22e: C22e: @Ic: @UCE: @f: g11b: -b11b: -C11b: |y12b|: -12b: |y21b|: 21b: g22b: b22b: C22b: @IE: @UCB: @f:	25 TYP 10 2.0 1.0 12 35 30 15 12 0.4 90 25 90 0.3 2.3 1.8 1.0 12 200	°C   µS pF mA V MHz mS mS pF mS ° mA/V ° mS mS pF mA V MHz
Ref *?	Val63	14697

	AF105
@TA: Rate gie: bie: 1/gie: Cie: gre: bre: 1/gre: Cre: |yfe|: fe: goe: boe: 1/goe: Coe: @f: @Ic: @UCE:	25 MIN TYP MAX 0.116 0.176 1.0 60 - 3.5 1000 1.2 17 - 0.83 5.3 100 1.8 0.32 0.42 3.1 140 - 6.5 - 2.2 18.5 - 1.43 7.4 700 2.5 1.0 0.74 6.0 250 1.0 10.4 - 3.5 19 - 10 11.8 1200 4.0 0.47 0.5 6.0	25 MIN TYP MAX 0.55 4.0 0.2 60 3.333 80 50 1.2 16 - 1.67 120 80 1.8 1.66 8.75 0.6 130 7.7 134 130 2.2 18 –20 4.2 168 240 2.5 5.0 13.5 1.8 200 20 200 300 3.5 19 - 12.5 270 600 4.0 10.7 0.5 6.0	°C   mS mS kOHM pF µS µS kOHM pF mA/V ° µS µS kOHM pF MHz mA V
Ref *?	Tfk62		15538

	AF106
@TA: Rate g11b: b11b: C11b: g12b: b12b: C12b: g21b: b21b: |y21b|: 21b: g22b: b22b: C22b: @Ic: @UCB: @f: Rate g11e: b11e: C11e: g12e: b12e: C12e: |y21e|: 21e: g22e: b22e: C22e: @Ic: @UCE: @f:	25 TYP TYP 31 –6.0 - –40 –480 - –27 20 - - 0.09 1.0 - 36 –12 –9.5 0 –500 –0.4 - - 27 115 0.15 1.9 1.5 1.0 6.0 100 1.0 12 200 TYP 1.5 5.0 23 0 –140 –0.65 36 –12 10 310 1.4 1.0 12 35	°C   mS mS pF µS µS pF mA/V mA/V mA/V ° mS mS pF mA V MHz   mS mS pF µS µS pF mA/V ° µS µS pF mA V MHz
Ref *?	Sie63	14781

	AF114  AF124
@TA: Rate g11b: -b11b: -C11b: |y12b|: -12b: |y21b|: 21b: g22b: b22b: C22b: @IE: @UCB: @f:	25 TYP 15 3.1 5.0 0.45 110 16 95 0.3 1.6 2.5 1.0 6.0 100	°C   mS mS pF mS ° mA/V ° mS mS pF mA V MHz
Ref *?	Val63	14698

	AF115  AF125
@TA: Rate g11b: -b11b: -C11b: |y12b|: -12b: |y21b|: 21b: g22b: b22b: C22b: @IE: @UCB: @f: Rate g11e: b11e: C11e: |y12e|: -12e: -C12e: |y21e|: -21e: g22e: b22e: C22e: @IE: @UCE: @f:	25 TYP 15 3.1 5.0 0.45 110 15 95 0.35 1.6 2.5 1.0 6.0 100 TYP TYP 0.25 0.2 70 4.0 90 1.5 37 0 1.0 11 4.0 1.0 6.0 0.45 1.3 4.4 65 80 100 - 34 25 25 200 3.0 1.0 6.0 10.7	°C   mS mS pF mS ° mA/V ° mS mS pF mA V MHz   mS mS pF µS ° pF mA/V ° µS µS pF mA V MHz
Ref *?	Val63	14698

	AF116  AF126	AF117  AF127
@TA: Rate g11e: b11e: C11e: |y12e|: -12e: -C12e: |y21e|: -21e: g22e: b22e: C22e: @IE: @UCE: @f:	25 TYP TYP 0.25 0.2 70 4.0 90 1.5 37 0 1.0 11 4.0 1.0 6.0 0.45 1.7 4.0 60 100 100 - 32 25 40 235 3.5 1.0 6.0 10.7	25 TYP 0.25 0.2 70 4.0 90 1.5 37 0 1.0 11 4.0 1.0 6.0 0.45	°C   mS mS pF µS ° pF mA/V ° µS µS pF mA V MHz
Ref *?	Val63		14698

	AF121
@TA: Rate gie: bie: |yre|: re: |yfe|: fe: goe: boe: @f: @IE: @UCE:	25 MIN TYP MAX 0.4 0.085 1.1 - 70 - 0.5 5.0 0.8 0.13 1.7 –90 73 - 0.8 7.5 1.5 0.23 2.4 - 86 –1.0 2.0 10 0.45 2.0 5.0	25 MIN TYP MAX 0.45 1.0 14 - 69 –5.0 1.5 70 1.0 1.55 21 –90 71 –10 5.0 90 1.6 2.8 29 - 76 –16 10 115 5.5 2.0 5.0	25 MIN TYP MAX 0.5 2.0 28 - 65 –7.0 4.0 130 1.3 3.0 40 –90 70 –13 13 170 1.7 5.4 57 - 76 –20 26 215 10.7 2.0 5.0	25 MIN TYP MAX 4.0 4.4 60 –90 63 –28 50 220 6.5 7.7 100 –100 80 –38 100 400 9.0 12 140 –110 100 –55 160 550 35 3.0 10	°C   mS mS µS ° mA/V ° µS µS MHz mA V
Ref *?	Tfk66 Tfk70				15048

	AF121
@TA: Rate gib: bib: Cib: |yrb|: rb: |yfb|: fb: gob: bob: Cob: @f: @IE: @UCB:	25 MIN TYP MAX 16 –16 –25 200 –100 20 105 120 0.63 1.0 32 –22 –35 320 –120 34 110 250 1.0 1.6 60 –28 –45 450 –140 50 120 400 1.25 2.0 100 2.0 5.0	°C   mS mS pF µS ° mA/V ° µS mS pF MHz mA V
Ref *?	Sie63 Tfk66	15048

	AF134	AF135
@TA: Rate gib: bib: Cib: grb: brb: Crb: |yfb|: fb: gob: bob: Cob: @f: @Ic: @UCB:	25 TYP 31.2 –1.89 –3.0 –50 315 0.5 22 83 285 1.76 2.8 100 1.0 6.0	25 TYP 33 –2.5 –4.0 –50 315 0.5 21 80 330 1.76 2.8 100 1.0 6.0	°C   mS mS pF µS µS pF mA/V ° µS mS pF MHz mA V
Ref *?	Tfk66 Tfk70		15536

	AF136	AF137		AF138		AFY15	AFY29
@TA: Rate gie: bie: Cie: gre: bre: Cre: |yfe|: fe: goe: boe: Coe: @Ic: @UcE: @f:	25 TYP 10 17.3 110 66.7 252 1.6 36 –40 62.5 550 3.5 1.0 6.0 25	25 TYP 0.625 0.547 185 1.0 5.47 1.85 38 - 0.5 10 3.4 1.0 6.0 0.47	25 TYP 3.33 11.75 175 14.3 121 1.8 36 –18 12.5 229 3.4 1.0 6.0 10.7	25 TYP 0.4 0.473 160 1.0 5.47 1.85 38 - 0.555 9.75 3.3 1.0 6.0 0.47	25 TYP 2.5 10.1 150 13.3 121 1.8 36 –17.5 12.5 222 3.3 1.0 6.0 10.7	25 TYP 0.6 1.88 150 20 - - 16 - 100 275 22 0.5 6.0 2.0	25 TYP 2.85 10.75 160 13.3 121 1.8 36 –18 12.5 229 3.4 1.0 6.0 10.7	°C   mS mS pF µS µS pF mA/V ° µS µS pF mA V MHz
Ref *?	Tfk66					Tfk71	Tfk68	14732

	AF139		AFY16	GF145		GF146
@TA: @TJ: Rate g11b: b11b: g12b: b12b: |y12b|: 12b: g21b: b21b: |y21b|: 21b: g22b: b22b: @Ic: @IE: @UCB: @UCE: @f:	25 - TYP 28 –24 –0.06 –0.16 - - –22 30 - - 0.09 1.9 1.5 - - 12 200	25 - TYP 7.0 –11 - - 0.4 –120 - - 14 35 0.5 7.5 1.5 - - 12 800	- 25 TYP 7.0 –11 –0.2 –0.36 0.4 –120 11.5 8.0 14 35 0.5 7.5 - 1.5 12 - 800	25 - TYP 39.5 –18.5 –0.06 –0.15 - - –29 24 - - 0.08 1.5 1.5 - 12 - 200	25 - TYP 5.5 –14.5 –0.27 –0.31 - - 10 12 - - 0.4 7.5 1.5 - 12 - 800	25 - TYP 38 –19.5 0.08 –0.16 - - –27 25 - - 0.1 1.6 1.5 - 12 - 200	°C °C   mS mS mS mS mS ° mA/V mA/V mA/V ° mS mS mA mA V V MHz
Ref *?	Sie72		Val65	Rfe69			15404

	AF239  AFY42		AF240
@TA: Rate g11b: b11b: |y12b|: 12b: |y21b|: 21b: g22b: b22b: @Ic: @UCB: @UCE: @f:	25 TYP 45 –29 0.09 –90 52 135 0.05 1.6 2.0 - 10 200	25 TYP 2.0 –17.5 0.38 –100 20 37 0.5 6.3 2.0 10 - 800	25 TYP 30 –46 0.25 –90 51 85 0.2 2.5 3.0 - 10 400	25 TYP 4.8 –25 0.31 –108 22 25 0.5 5.2 3.0 - 10 800	°C   mS mS mS ° mA/V ° mS mS mA V V MHz
Ref *?	Sie72 Sie76		Sie72		14714

	AFY13
@TA: Rate gib: bib: Cib: grb: brb: Crb: |yfb|: fb: gob: bob: Cob: @Ic: @UCB: @f:	25 TYP 33.3 –2.5 –4.0 –50 315 0.5 21 80 333 1.75 2.8 1.0 6.0 100	°C   mS mS pF µS µS pF mA/V ° µS mS pF mA V MHz
Ref *?	Tfk68	14731

	AFZ12
@TA: Rate g11e: b11e: |y12e|: -12e: |y21e|: -21e: g22e: b22e: @IE: @UCE: @f: g11b: -b11b: |y12b|: -12b: |y21b|: 21b: g22b: b22b: @IE: @UCB: @f:	25 TYP 28 16 0.5 110 34 68 0.22 2.5 1.0 12 200 32.5 12.5 0.41 80 30 115 0.22 2.5 1.0 12 200	°C   mS mS mS ° mA/V ° mS mS mA V MHz mS mS mS ° mA/V ° mS mS mA V MHz
Ref *?	Val65	14695

	BF272A
@TA: Rate gib: bib: grb: brb: gfb: bfb: gob: bob: @Ic: @UCB: @f:	25 TYP 60 –36 –0.02 –0.1 –51 45 0.1 1.3 3.0 10 200	25 TYP 7.0 –26 –0.1 –0.35 11 23 0.77 5.0 3.0 10 800	°C   mS mS mS mS mA/V mA/V mS mS mA V MHz
Ref *?	Sga73		14715

	BFY10 BFY11
@TA: Rate g11e: b11e: |y12e|: 12e: |y21e|: 21e: g22e: b22e: g11b: b11b: |y12b|: 12b: |y21b|: 21b: g22b: b22b: @IE: @UCB: @f:	25 TYP 5.0 3.5 0.3 –95 22 –78 1.0 0.8 17 –19 0.8 –150 22 122 1.0 0.8 5.0 10 35	°C   mS mS mS ° mA/V ° mS mS mS mS mS ° mA/V ° mS mS mA V MHz
Ref *?	Val65	14089

	BFY19
@TA: Rate g11e: b11e: g12e: b12e: g21e: b21e: g22e: b22e: @Ic: @UCE: @f:	25 TYP 4.0 4.45 –50 –400 47.5 –44.5 0.46 1.15 9.0 5.0 40	°C   mS mS µS µS mA/V mA/V mS mS mA V MHz
Ref *?	Ime67	15061

	BSY72 BSY74		BSY73		BSY75		BSY76
@TA: Rate g11e: b11e: |y12e|: 12e: |y21e|: 21e: g22e: b22e: @Ic: @UCE: @f:	25 TYP 1.6 0.18 15 –90 36 0 9.0 30 1.0 10 0.5	25 TYP 5.5 8.0 600 –100 48 –50 400 800 5.0 10 30	25 TYP 0.37 0.25 14 –90 36 0 4.5 25 1.0 10 0.5	25 TYP 6.7 10 600 –100 48 –50 400 800 5.0 10 30	25 TYP 0.37 0.27 13 –90 36 0 4.0 25 1.0 10 0.5	25 TYP 6.0 8.0 550 –100 45 –50 300 900 5.0 10 30	25 TYP 1.6 0.2 16 –90 36 0 7.5 30 1.0 10 0.5	25 TYP 5.3 7.8 500 –100 46 –50 300 900 5.0 10 30	°C   mS mS µS ° mA/V ° µS µS mA V MHz
Ref *?	Ime67								15064

	OC614
@TA: Rate gie: bie: 1/gie: Cie: gre: bre: 1/gre: Cre: |yfe|: fe: goe: boe: 1/goe: Coe: @f: @Ic: @UCE:	25 MIN TYP MAX 3.33 6.3 100 40 16.7 235 10 1.5 15 - 6.7 280 10 1.8 5.9 11 170 70 40 345 25 2.2 17 –37 20 410 50 2.6 10 19 300 120 100 600 60 3.8 19 - 100 630 150 4.0 25 0.5 6.0	°C   mS mS OHM pF µS µS kOHM pF mA/V ° µS µS kOHM pF MHz mA V
Ref *?	Tfk62	15537

	OC615
@TA: Rate gib: bib: 1/gib: Cib: grb: brb: 1/grb: Crb: |yfb|: fb: gob: bob: 1/gob: Cob: @f: @Ic: @UCB:	25 MIN TYP MAX 16.7 0 17 0 –220 360 –1.5 0.6 17 60 220 1.19 1.5 2.0 28.8 –5.35 34.7 –9.0 –322 480 –3.1 0.8 22.5 80 303 1.43 3.3 2.4 59 –18 60 –30 –670 720 –4.5 1.2 28 100 670 2.08 4.5 3.5 95 1.0 6.0	°C   mS mS OHM pF µS µS kOHM pF mA/V ° µS mS kOHM pF MHz mA V
Ref *?	Tfk62	15537

	OC871	OC872
Rate |y21e|: Rate g11e: C11e: g12e: C12e: g22e: C22e: @Ic: @UCE: @f:	MIN 13 MAX 1.4 1000 7.0 14 50 50 0.5 6.0 0.5	MIN 10 MAX 3.3 250 - - 250 35 0.5 6.0 2.0	MIN - MAX - - 5.0 14 - - 0.5 6.0 0.5	mA/V   mS pF µS pF µS pF mA V MHz
Ref *?	Rft63			14048

Copyright © 2016Franz Hamberger, Berlin, Germany