Die Spannungs- und Stromangaben sind als Betrag aufzufassen. Vorzeichen müssen entsprechend Betriebsart und Polarität des Halbleitermaterials gesetzt werden.

Voltage and current ratings are given as magnitude, where the sign has to be set according to operating condition and polarity of the semiconductor material.

hfe = 10 ... 35  TYP
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
SS102	MIN		0.2	100	8.0	10		1.0	6.0	1.0	25	Rft69
	TYP		0.4	160	12	20
	MAX		0.9	600	20	50
OC922	MIN		0.2	100	8.0	10		1.0	6.0	1.0	25	Rfe64
	TYP		0.4	160	12	20
	MAX		0.9	600	25	50
SS101	MIN		0.2	100	8.0	10		1.0	6.0	1.0	25	Rft69
	TYP		0.46	200	14	28
	MAX		0.9	600	22	50
OC921	MIN		0.2	100	8.0	10		1.0	6.0	1.0	25	Rfe64
	TYP		0.46	200	14.2	28
	MAX		0.9	600	25	50
SC100	MIN		0.2	100	8.0	10		1.0	6.0	1.0	25	Rft69
	TYP		0.5	180	15	32
	MAX		0.8	600	22	100
OC920	MIN		0.2	100	8.0	10		1.0	6.0	1.0	25	Rfe64
	TYP		0.5	180	15	32
	MAX		1.0	600	30	100
GC115	MIN		-	-	11	-		2.0	6.0	1.0	25	Rft69
	TYP		0.5	200	16.5	60
	MAX		1.3	2000	22	150
GC100a	MIN		0.2	-	18	-		2.0	6.0	1.0	25	Rft69
	TYP		0.6	400	26.5	56
	MAX		5.0	3000	35	200
SC103	MIN		0.5	200	18	20		1.0	6.0	1.0	25	Rft69
	TYP		0.8	300	26.5	72
	MAX		1.2	600	35	150
OC923	MIN		0.55	200	20	20		1.0	6.0	1.0	25	Rfe64
	TYP		0.84	300	27	72
	MAX		1.8	600	70	150
GC101a	MIN		0.2	-	19	-		2.0	6.0	1.0	25	Rft69
	TYP		0.6	400	27	56
	MAX		5.0	3000	35	200
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	15963
			kOHM	µ		µS		mA	V	kHz	°C

	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IE	f	TA	Ref *?
				V		OHM	µ	µS	V		mA	kHz	°C
2N524	MIN		18	5.0		26	100	0.1	5.0		1.0	1.0	25	Mot74
	MAX		41			36	1000	1.3
	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IE	f	TA	18231
				V		OHM	µ	µS	V		mA	kHz	°C

hfe = 35 ... 75  TYP
	Rate		hie	hre	hfe	hoe		@IE	UCB	f	TA	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
2SD75  2SD75A	TYP		1.26	300	40	15.8		1.0	6.0	-	25	Jap81
2SB185	TYP		2.0	500	45	20		1.0	6.0	-	25	Jap81
2SD77  2SD77A	TYP		1.68	310	55	16.3		1.0	6.0	-	25	Jap81
2SB75  2SB75A	TYP		1.75	300	55	17.5		1.0	6.0	-	25	Jap81
2SB77  2SB77A	TYP		1.9	380	70	26		1.0	6.0	-	25	Jap81
2SB135	TYP		2.1	320	70	21		1.0	6.0	-	25	Jap81
	Rate		hie	hre	hfe	hoe		@IE	UCB	f	TA	18531
			kOHM	µ		µS		mA	V	kHz	°C
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
GC116b	MIN		0.34	-	29	-		2.0	6.0	1.0	25	Rft69
	MAX		1.3	2000	55	200
GC100b	MIN		0.2	-	29	-		2.0	6.0	1.0	25	Rft69
	TYP		0.6	400	42	56
	MAX		5.0	3000	55	200
GC102b	MIN		-	-	29	-		2.0	6.0	1.0	25	Fis69
	TYP		0.7	700	42	90
	MAX		-	-	55	-
SC104	MIN		0.8	200	29	20		1.0	6.0	1.0	25	Rft69
	TYP		-	300	42	72
	MAX		1.8	600	55	150
GC101b	MIN		0.2	-	28	-		2.0	6.0	1.0	25	Rft69
	TYP		0.6	400	42	56
	MAX		5.0	3000	56	200
AC151 IV  AC151r IV	MIN		0.4	-	30	-		2.0	1.0	1.0	25	Sie72
	TYP		0.75	900	45	100
	MAX		1.3	2000	60	200
GC100c  GC101c	MIN		0.2	-	45	-		2.0	6.0	1.0	25	Rft69
	TYP		0.6	400	66.5	56
	MAX		5.0	3000	88	200
GC102c	MIN		-	-	45	-		2.0	6.0	1.0	25	Fis69
	TYP		0.9	800	66.5	120
	MAX		-	-	88	-
GC116c	MIN		0.54	-	45	-		2.0	6.0	1.0	25	Rft69
	MAX		2.1	2000	88	200
GC117c	MIN		0.54	-	45	-		2.0	6.0	1.0	25	Rft69
	MAX		2.1	2000	90	200
GC118c	MIN		0.54	-	45	-		2.0	6.0	1.0	25	Rft69
	TYP		-	200	67.5	-
	MAX		2.1	2000	90	200
BSY51	MIN		1.6	-	30	3.5		1.0	5.0	1.0	25	Ime67
	TYP		3.0	80	55	8.0
	MAX		9.0	300	100	13
BSY53	MIN		0.8	-	30	3.5		1.0	5.0	1.0	25	Ime67
	TYP		1.5	80	55	7.0
	MAX		4.5	300	100	10
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	15872
			kOHM	µ		µS		mA	V	kHz	°C

	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IE	f	TA	Ref *?
				V		OHM	µ	µS	V		mA	kHz	°C
2N525	MIN		30	5.0		26	100	0.1	5.0		1.0	1.0	25	Mot74
	MAX		64			35	1100	1.2
2N526	MIN		44	5.0		26	100	0.1	5.0		1.0	1.0	25	Mot74
	MAX		88			33	1200	1.0
	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IE	f	TA	18231
				V		OHM	µ	µS	V		mA	kHz	°C

hfe = 75 ... 150  TYP
	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IC	f	TA	Ref *?
				V		OHM	µ	µS	V		mA	kHz	°C
BSY44	MIN		30	5.0							1.0	1.0	25	Tfk68
	MAX		100
	MIN		35	10		4.0	-	0.1	10		5.0	1.0	25
	TYP		112			6.0	300	0.23
	MAX		150			8.0	-	1.0
BSY45	MIN		30	5.0		20	-	-	5.0		1.0	1.0	25	Tfk68
	TYP		-			-	125	-
	MAX		100			30	-	0.5
	MIN		45	10		4.0	-	-	10		5.0	1.0	25
	TYP		-			-	150	-
	MAX		-			8.0	-	0.5
BSY46	TYP		94	10		6.0	87	0.17	10		5.0	1.0	25	Tfk68
BSY71	MIN		50	5.0		24	-	0.1	5.0		1.0	1.0	25	Tfk68
	MAX		200			34	500	0.5
	MIN		70	10		4.0	-	0.1	10		5.0	1.0	25
	TYP		150			6.0	230	0.32
	MAX		300			8.0	500	1.0
	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IC	f	TA	15480
				V		OHM	µ	µS	V		mA	kHz	°C
	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IE	f	TA	Ref *?
				V		OHM	µ	µS	V		mA	kHz	°C
2N527	MIN		60	5.0		26	100	0.1	5.0		1.0	1.0	25	Mot74
	MAX		120			31	1400	0.9
	Rate		hfe	@UCE		hib	hrb	hob	@UCB		@IE	f	TA	18231
				V		OHM	µ	µS	V		mA	kHz	°C

	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
ACY23 V  ACY32 V	MIN		1.2	-	50	-		1.0	5.0	1.0	25	Sie76
	TYP		3.0	700	-	40
	MAX		5.0	1500	100	75
AC151 V  AC151r V	MIN		0.6	-	50	-		2.0	1.0	1.0	25	Sie72
	TYP		1.2	1300	75	140
	MAX		2.1	2500	100	250
BSY55	MIN		0.8	-	30	2.0		1.0	5.0	1.0	25	Ime67
	TYP		1.6	60	75	4.0
	MAX		5.0	300	150	7.0
BSY87	MIN		0.8	-	30	3.0		1.0	5.0	1.0	25	Ime67
	TYP		1.8	70	75	6.0
	MAX		5.0	300	150	10
BSY73	TYP		2.5	60	80	4.5		1.0	5.0	1.0	25	Ime67
BSY75	TYP		2.5	60	90	4.0		1.0	5.0	1.0	25	Ime67
BSY77	TYP		2.5	50	90	3.6		1.0	5.0	1.0	25	Ime67
BFY40	TYP		2.5	20	90	3.0		1.0	5.0	1.0	25	Ime67
BSY52	MIN		1.0	-	50	4.5		1.0	5.0	1.0	25	Ime67
	TYP		3.0	80	100	9.0
	MAX		8.0	300	200	15
BSY54	MIN		1.6	-	50	4.5		1.0	5.0	1.0	25	Ime67
	TYP		3.0	80	100	8.0
	MAX		9.0	300	250	12.5
GC118d	MIN		0.85	-	71	-		2.0	6.0	1.0	25	Rft69
	TYP		-	200	-	-
	MAX		3.3	2000	140	200
GC117d	MIN		0.85	-	71	-		2.0	6.0	1.0	25	Rft69
	MAX		3.3	2000	140	200
GC116d	MIN		0.85	-	72	-		2.0	6.0	1.0	25	Rft69
	MAX		3.3	2000	139	200
GC100d  GC101d	MIN		0.2	-	72	-		2.0	6.0	1.0	25	Rft69
	TYP		0.6	400	-	56
	MAX		5.0	3000	143	200
GC102d	MIN		-	-	72	-		2.0	6.0	1.0	25	Fis69
	TYP		1.6	1200	-	210
	MAX		-	-	162	-
ACY23 VI  ACY32 VI	MIN		1.2	-	75	-		1.0	5.0	1.0	25	Sie76
	TYP		3.0	700	-	40
	MAX		5.0	1500	150	75
AC151 VI  AC151r VI	MIN		1.0	-	75	-		2.0	1.0	1.0	25	Sie72
	TYP		1.8	1600	110	160
	MAX		3.2	2800	150	280
BFY39	TYP		3.2	30	120	8.0		1.0	5.0	1.0	25	Ime67
BSY56	MIN		1.6	-	60	3.0		1.0	5.0	1.0	25	Ime67
	TYP		3.0	60	120	6.0
	MAX		9.0	300	280	10
AC162	MIN		1.1	-	80	-		2.0	5.0	1.0	25	Sie72
	TYP		2.0	800	125	80
	MAX		3.4	1300	170	130
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	15872
			kOHM	µ		µS		mA	V	kHz	°C
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TJ	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
2N2218A  2N2221A	MIN		1.5	-	30	3.0		1.0	10	1.0	25	Val70
	MAX		3.5	500	150	15
	MIN		0.2	-	50	10		10	10	1.0	25
	MAX		1.0	250	300	100
2N2219A  2N2222A	MIN		2.0	-	50	5.0		1.0	10	1.0	25	Val70
	MAX		8.0	800	300	35
	MIN		0.25	-	75	25		10	10	1.0	25
	MAX		1.25	400	375	200
	Rate	h11e	h12e	h21e	h22e	@IC	UCE	f	TJ	15485
		kOHM	µ		µS	mA	V	kHz	°C
	Rate	h11e	h12e	h21e	h22e	@IE	UCB	f	TA	Ref *?
		kOHM	µ		µS	mA	V	kHz	°C
ACY38	MIN	-	-	75	-	1.0	6.0	1.0	25	Dit67
	TYP	4.0	500	140	60
	MAX	-	-	250	-
	Rate	h11e	h12e	h21e	h22e	@IE	UCB	f	TA	16514
		kOHM	µ		µS	mA	V	kHz	°C
	Rate	h11e	h12e	h21e	h22e	@IE	UCB	f	TJ	Ref *?
		kOHM	µ		µS	mA	V	kHz	°C
AC125	MIN	1.1	-	80	-	2.0	5.0	1.0	25	Val63
	TYP	1.7	650	125	80
	MAX	2.5	850	170	110
	Rate	h11e	h12e	h21e	h22e	@IE	UCB	f	TJ	14019
		kOHM	µ		µS	mA	V	kHz	°C
	Rate	hie	hre	hfe	hoe	@IC	UCE	f	TA	Ref *?
		kOHM	µ		µS	mA	V	kHz	°C
2N3903  2N3905	MIN	0.5	10	50	1.0	1.0	10	1.0	25	Mot74
	MAX	8.0	500	200	40
AC170	MIN	-	-	80	-	2.0	5.0	1.0	25	Tfk70
	TYP	2.5	550	125	65
	MAX	-	-	170	-
BC300  BC301 BC302	TYP	1.1	170	140	14	5.0	10	1.0	25	Sga73
BC303  BC304	TYP	0.9	170	140	45	5.0	10	1.0	25	Sga73
	Rate	hie	hre	hfe	hoe	@IC	UCE	f	TA	15554
		kOHM	µ		µS	mA	V	kHz	°C
	Rate	hie	hre	hfe	hoe	@IE	UCB	f	TA	Ref *?
		kOHM	µ		µS	mA	V	kHz	°C
2SB186	TYP	6.0	1300	120	40	1.0	6.0	-	25	Jap81
2SB439  2SB440	MIN	-	-	70	-	2.0	5.0	1.0	25	Jap81
	TYP	4.0	800	-	45
	MAX	-	-	270	-
	Rate	hie	hre	hfe	hoe	@IE	UCB	f	TA	18531
		kOHM	µ		µS	mA	V	kHz	°C

hfe = 150 ... 300  TYP
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
GC118e	MIN		1.35	-	112	-		2.0	6.0	1.0	25	Rft69
	TYP		-	200	-	-
	MAX		5.3	2000	224	200
GC117e	MIN		1.35	-	112	-		2.0	6.0	1.0	25	Rft69
	MAX		5.3	2000	224	200
GC116e	MIN		1.35	-	114	-		2.0	6.0	1.0	25	Rft69
	MAX		5.3	2000	220	200
GC100e  GC101e	MIN		0.2	-	117	-		2.0	6.0	1.0	25	Rft69
	TYP		0.6	400	-	56
	MAX		5.0	3000	231	200
BCY71	MIN		2.0	-	100	10		1.0	10	1.0	25	Val70
	MAX		12	200	400	60
BSY72  BSY74	TYP		5.0	120	150	8.0		1.0	5.0	1.0	25	Ime67
BSY76	TYP		5.0	100	150	7.0		1.0	5.0	1.0	25	Ime67
BSY78	TYP		5.0	80	150	5.5		1.0	5.0	1.0	25	Ime67
BSY88	MIN		2.0	-	60	3.0		1.0	5.0	1.0	25	Ime67
	TYP		3.5	70	150	6.0
	MAX		9.5	300	280	10
AC161	MIN		-	-	75	-		1.0	6.0	1.0	25	Dit67
	TYP		3.5	500	160	50
	MAX		-	-	250	-
AC151 VII	MIN		1.7	-	125	-		2.0	1.0	1.0	25	Sie72
	TYP		2.7	1900	170	160
	MAX		5.3	3000	250	300
AC163	MIN		1.7	-	130	-		2.0	5.0	1.0	25	Sie72
	TYP		2.8	1000	180	90
	MAX		5.0	1300	300	150
GC102e	MIN		-	-	132	-		2.0	6.0	1.0	25	Fis69
	TYP		1.6	1200	-	210
	MAX		-	-	300	-
BCY58 VII  BCY59 VII	MIN		1.6	-	125	-		2.0	5.0	1.0	25	Val70
	TYP		2.7	150	200	18
	MAX		4.5	-	250	30
BCY78 VII  BCY79 VII	MIN		-	-	125	-		2.0	5.0	1.0	25	Val70
	TYP		2.7	150	200	18
	MAX		-	-	250	30
BCY58 VIII BCY59 VIII	MIN		2.5	-	175	-		2.0	5.0	1.0	25	Val70
	TYP		3.6	200	260	24
	MAX		6.0	-	350	50
BCY78 VIII BCY79 VIII	MIN		-	-	175	-		2.0	5.0	1.0	25	Val70
	TYP		3.6	200	260	24
	MAX		-	-	350	50
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	16515
			kOHM	µ		µS		mA	V	kHz	°C
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TJ	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
2N2483	MIN		1.5	-	80	-		1.0	5.0	1.0	25	Val70
	MAX		13	800	450	30
BCY56	MIN		-	-	125	-		2.0	5.0	-	25	Val70
	TYP		3.5	175	250	17.5
	MAX		-	-	500	-
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TJ	15488
			kOHM	µ		µS		mA	V	kHz	°C
	Rate		h11e	h12e	h21e	h22e		@IE	UCB	f	TJ	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
AC126	MIN		1.7	-	130	-		2.0	5.0	1.0	25	Val63
	TYP		2.4	800	180	100
	MAX		3.8	1300	300	170
	Rate		h11e	h12e	h21e	h22e		@IE	UCB	f	TJ	15488
		kOHM	µ		µS	mA	V	kHz	°C
	Rate	hie	hre	hfe	hoe	@IC	UCE	f	TA	Ref *?
		kOHM	µ		µS	mA	V	kHz	°C
BFX29	TYP	0.6	150	155	104	10	10	1.0	25	Phi90
2N3904	MIN	1.0	50	100	1.0	1.0	10	1.0	25	Mot74
	MAX	10	800	400	40
2N3906	MIN	2.0	100	100	3.0	1.0	10	1.0	25	Mot74
	MAX	12	1000	400	60
AC171	MIN	-	-	130	-	2.0	5.0	1.0	25	Tfk70
	TYP	4.0	600	200	83
	MAX	-	-	300	-
BC107A  BC108A	TYP	3.0	170	190	13	2.0	5.0	1.0	25	Sga73
	MIN	1.6	-	-	-	2.0	5.0	1.0	25	Tfk77
	TYP	2.7	150	220	18
	MAX	4.5	-	-	-
BC107	TYP	4.0	220	250	20	2.0	5.0	1.0	25	Sga73
	Rate	hie	hre	hfe	hoe	@IC	UCE	f	TA	15554
		kOHM	µ		µS	mA	V	kHz	°C
	Rate	hie	hre	hfe	hoe	@IE	UCB	f	TA	Ref *?
		kOHM	µ		µS	mA	V	kHz	°C
2SB459	TYP	5.2	1100	180	78	1.0	6.0	-	25	Jap81
	Rate	hie	hre	hfe	hoe	@IE	UCB	f	TA	18531
		kOHM	µ		µS	mA	V	kHz	°C

hfe = 300 ... 600  TYP
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
BCY58 IX  BCY59 IX	MIN		3.2	-	250	-		2.0	5.0	1.0	25	Val70
	TYP		4.5	300	330	30
	MAX		8.5	-	500	60
BCY78 IX  BCY79 IX	MIN		-	-	250	-		2.0	5.0	1.0	25	Val70
	TYP		4.5	200	330	30
	MAX		-	-	500	60
BSY90	MIN		4.0	-	200	5.0		1.0	5.0	1.0	25	Ime67
	TYP		8.0	150	350	10
	MAX		15	500	550	25
BSY80	TYP		12	150	375	15		1.0	5.0	1.0	25	Ime67
BCY58 X BCY59 X	MIN		4.5	-	350	-		2.0	5.0	1.0	25	Val70
	TYP		7.5	300	520	50
	MAX		12	-	700	100
BCY78 X	MIN		-	-	350	-		2.0	5.0	1.0	25	Val70
	TYP		7.5	300	520	50
	MAX		-	-	700	100
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TA	15496
			kOHM	µ		µS		mA	V	kHz	°C
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TJ	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
BCY55	MIN		-	-	150	-		1.0	10	1.0	25	Val70
	TYP		10	550	350	25
	MAX		-	-	600	-
2N2484	MIN		3.5	-	150	-		1.0	5.0	1.0	25	Val70
	MAX		24	800	900	40
BCY57	MIN		-	-	240	-		2.0	5.0	-	25	Val70
	TYP		7.5	350	500	35
	MAX		-	-	900	-
	Rate		h11e	h12e	h21e	h22e		@IC	UCE	f	TJ	15494
			kOHM	µ		µS		mA	V	kHz	°C
	Rate		hie	hre	hfe	hoe		@IC	UCE	f	TA	Ref *?
			kOHM	µ		µS		mA	V	kHz	°C
BC107B  BC108B BC109B	TYP		4.8	270	300	26		2.0	5.0	1.0	25	Sga73
	MIN		3.2	-	-	-		2.0	5.0	1.0	25	Tfk77
	TYP		4.5	200	330	30
	MAX		8.5	-	-	-
BC108C	TYP		7.0	380	500	34		2.0	5.0	1.0	25	Sga73
BC109C	TYP		7.0	380	550	34
BC108C BC109C	MIN		6.0	-	-	-		2.0	5.0	1.0	25	Tfk77
	TYP		8.7	300	600	60
	MAX		15	-	-	-
	Rate		hie	hre	hfe	hoe		@IC	UCE	f	TA	14088
			kOHM	µ		µS		mA	V	kHz	°C

yfe = 16 ... 20 mA/V  TYP
	Rate		yie	yre	yfe	yre		@Ic	UCE	f	TA	Ref *?
			µS	nS	mA/V	µS		mA	V	kHz	°C
AF101	MIN		134	50	15	7.0		0.5	6.0	1.0	25	Tfk62
	TYP		335	160	17.5	11.1
	MAX		1430	500	19	30
OC612	MIN		170	100	16	5.0		0.5	6.0	1.0	25	Tfk61
	TYP		330	250	18	9.0
	MAX		1000	1000	19.5	20
OC613	MIN		70	100	16	8.0		0.5	6.0	1.0	25	Tfk61
	TYP		200	200	18	15
	MAX		1000	1000	19.5	30
AF105	MIN		166	30	17.5	0.83		0.5	6.0	1.0	25	Tfk62
	TYP		320	70	19	1.42
	MAX		1000	120	19.5	10
OC614	MIN		100	30	17.5	0.72		0.5	6.0	1.0	25	Tfk62
	TYP		160	70	19	1.11
	MAX		1000	120	19.5	5.0
OC615	MIN		83	30	17.5	0.66		0.5	6.0	1.0	25	Tfk62
	TYP		120	70	19	1.0
	MAX		500	120	19.5	5.0
	Rate		yie	yre	yfe	yre		@Ic	UCE	f	TA	15536
			µS	nS	mA/V	µS		mA	V	kHz	°C

	2N404 2N404A	MM404 MM404A
Rate hie: hre: hfe: hoe: @Ic: @UCE: @f: @TA:	TYP 3.6 800 135 50 1.0 6.0 1.0 25	TYP 3.0 800 135 50 1.0 6.0 1.0 25	kOHM µ   µS mA V kHz °C
Ref *?	Mot71	Mot70	14705

	2N929	2N930
Rate h11e: h12e: h21e: h22e: @Ic: @UCE: @TJ:	MIN TYP MAX - - 100 - 5.0 250 - 14 - - 350 - 1.0 5.0 25	MIN TYP MAX - - 150 - 10 550 - 25 - - 600 - 1.0 5.0 25	kOHM µ   µS mA V °C
Ref *?	Val65		14088

	AC122  AC122/30	AC150		AC160 rot, gelb	AC160 grün, violett
Rate hie: hre: hfe: hoe: yie: yre: yfe: yoe: @Ic: @UCE: @f: @TA:	TYP 2.0 550 100 52 500 0.3 48 25 2.0 6.0 1.0 25	TYP 2.0 550 100 52 500 0.3 48 25 2.0 6.0 1.0 25	TYP 12.5 920 84 8.4 76 0.1 6.8 2.8 0.2 6.0 1.0 25	TYP 6.5 480 64 11.8 155 0.16 10.7 6.25 0.3 4.5 1.0 25	TYP 12.5 590 135 18 80 0.13 11 13.3 0.3 4.5 1.0 25	kOHM µ   µS µS µS mA/V µS mA V kHz °C
Ref *?	Tfk70			Tfk66		15047

	BFY67
@TA: Rate h11b: h12b: h21e: h22b: @Ic: @UCE: @f: h11b: h12b: h21e: h22b: @Ic: @UCE: @f:	25 MIN MAX 24 - 30 0.1 34 0.3 100 0.5 1.0 5.0 1.0 4.0 - 35 0.1 8.0 0.3 150 1.0 5.0 10 1.0	°C   OHM m   µS mA V kHz OHM m   µS mA V kHz
Ref *?	Val65	14026

	OC65	OC66	OC70	OC71	OC75
@TA: Rate h11b: h12b: –h21b: h22b: @IE: @UCB: @f: h11e: h12e: h21e: h22e: @Ic: @UCE: @f:	25 TYP 71 0.7 0.968 0.7 0.5 2.0 1.0 2.2 0.9 30 23 0.5 2.0 1.0	25 TYP 17 0.8 0.979 1.6 3.0 2.0 1.0 0.8 0.54 47 80 3.0 2.0 1.0	25 MIN TYP MAX 58 - 0.952 - 71 0.7 0.968 0.7 88 - 0.976 1.3 0.5 2.0 1.0 1.2 - 20 - 2.2 0.9 30 23 3.6 2.7 40 53 0.5 2.0 1.0	25 MIN TYP MAX 10 - 0.968 - 17 0.8 0.979 1.6 25 - 0.987 2.7 3.0 2.0 1.0 0.4 - 30 - 0.8 0.54 47 80 1.5 1.7 75 200 3.0 2.0 1.0	25 MIN TYP MAX - - - - 14 1.0 0.989 1.4 - - - - 3.0 2.0 1.0 - - 65 - 1.3 0.8 90 125 - - 130 - 3.0 2.0 1.0	°C   OHM m   µS mA V kHz kOHM m   µS mA V kHz
Ref *?	Val59		Val59 Val61 Val63			15028

	OC303	OC304-1 OC306-1	OC304-2 OC306-2	OC304-3 OC306-3
Rate h11e: h12e: h21e: h22e: @IE: @UCE: @f: @TA:	MIN TYP MAX 0.5 - 18 - 1.0 300 26 20 1.6 - 35 35 1.0 5.0 1.0 25	MIN TYP MAX 0.8 - 30 20 1.2 400 40 30 2.4 - 60 60 1.0 5.0 1.0 25	MIN TYP MAX 1.1 - 45 25 1.65 650 65 45 3.6 - 90 85 1.0 5.0 1.0 25	MIN TYP MAX 1.9 - 70 30 2.3 850 100 60 4.6 - 130 110 1.0 5.0 1.0 25	kOHM µ   µS mA V kHz °C
Ref *?	Ime67	Ime67			15060

	OC305-1	OC305-2
Rate h11e: h12e: h21e: h22e: @IE: @UCE: @f: @TA:	MIN TYP MAX 2.9 - 110 40 4.5 1.3 150 80 7.0 - 220 150 1.0 5.0 1.0 25	MIN TYP 4.5 - 180 50 7.0 1.6 230 100 1.0 5.0 1.0 25	kOHM m   µS mA V kHz °C
Ref *?	Ime67		15060

	OC430 OC440 OC445 OC480
Rate h11e: h12e: h21e: h22e: @IE: @UCE: @f: @TA:	MIN TYP MAX 0.5 200 10 10 0.9 400 15 20 2.0 700 25 40 1.0 5.0 1.0 25	kOHM µ   µS mA V kHz °C
Ref *?	Ime67	15061

	OC443	OC449	OC450	OC460	OC463
Rate h11e: h12e: h21e: h22e: @IE: @UCE: @f: @TA:	MIN TYP MAX 0.7 300 15 10 1.3 500 25 25 6.0 1200 60 70 1.0 5.0 1.0 25	MIN TYP 0.5 - 10 10 1.3 600 25 25 1.0 5.0 1.0 25	MIN TYP MAX 0.5 200 10 10 1.1 400 15 20 2.0 700 25 40 1.0 5.0 1.0 25	MIN TYP MAX 0.8 300 20 12 1.5 600 30 25 4.0 1100 50 60 1.0 5.0 1.0 25	MIN TYP 0.8 - 20 12 2.2 700 50 35 1.0 5.0 1.0 25	kOHM µ   µS mA V kHz °C
Ref *?	Ime67					15061

	OC465	OC466	OC467	OC468	OC470
Rate h11e: h12e: h21e: h22e: @IE: @UCE: @f: @TA:	MIN TYP MAX 0.8 300 20 12 1.3 500 25 25 4.0 1100 50 60 1.0 5.0 1.0 25	MIN TYP 0.8 - 20 12 1.5 500 30 25 1.0 5.0 1.0 25	MIN TYP MAX 1.0 300 25 12 1.5 700 30 25 6.0 1200 60 70 1.0 5.0 1.0 25	MIN TYP 1.4 - 40 15 2.5 700 60 40 1.0 5.0 1.0 25	MIN TYP MAX 0.8 300 20 12 1.7 600 30 25 6.0 1500 70 85 1.0 5.0 1.0 25	kOHM µ   µS mA V kHz °C
Ref *?	Ime67					15061

	OC810	OC811	OC813
Rate h11b: h12b: –h21b: h22b: @Ic: @UCB: @f: h11e: h12e: h21e: h22e: @Ic: @UCE: @f:	MIN TYP MAX - - 0.910 - 50 2.0 0.940 2.0 150 5.0 0.953 8.0 2.0 5.0 1.0 - - 10 - - - - 100 2.0 3.0 20 - 2.0 5.0 1.0	MIN TYP MAX - - 0.952 - 60 2.5 0.973 2.5 150 5.0 0.990 8.0 2.0 5.0 1.0 - - 20 - - - - - 4.0 3.0 - 150 2.0 5.0 1.0	MIN TYP MAX - - 0.952 - 80 3.0 0.973 2.5 170 5.0 0.990 8.0 2.0 5.0 1.0 - - 20 - - - - - 5.0 3.0 - 150 2.0 5.0 1.0	OHM m   µS mA V kHz kOHM m   µS mA V kHz
Ref *?	Rft63	Rft63	Rft63	14048

	OC812 OC814	OC815	OC816   OC817 OC818	OC824	OC825   OC826 OC827	OC870
Rate h11e: h12e: h21e: h22e: @Ic: @UcE: @f:	MIN MAX - - 20 - 4.0 3.0 - 150 2.0 5.0 1.0	MIN MAX - - 10 - 2.5 3.0 20 150 2.0 6.0 1.0	MIN MAX - - 20 - 2.5 3.0 - 150 2.0 6.0 1.0	MIN MAX - - 10 - 2.5 3.0 40 200 2.0 6.0 1.0	MIN MAX - - 20 - 2.5 3.0 - 200 2.0 6.0 1.0	MIN MAX - - 20 - 5.0 3.0 - 150 2.0 6.0 1.0	kOHM m   µS mA V kHz
Ref *?	Rft63						14048