Silizium-Sperrschicht-Feldeffekttransistoren im gesperrten Zustand - Silicon Junction Field-Effect Transistor Off-State Characteristics

KyteLabs InfoBase - Semiconductor Data

Last modified: 2016-11-26 (18651)

2	Statische Kenndaten Static Characteristics

2.3	Feldeffekt-Transistoren Field-Effect Transistors

2.3.2	Silizium-Sperrschicht-Kleinsignaltypen im gesperrten Zustand (ausgeschaltet) Silicon Junction Small-Signal Devices (Off-State)

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.

UGS(OFF) < 5 V

	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS			@UGS (OFF)	@TA	Ref *?
	Rate	V	nA	V	V	µA	pA	nA	µA	V	°C	Ref *?
E309 J309	MIN	1.0	1.0	10	25	1.0	-	-	-	15	25	Sil74
	MAX	4.0	1.0	10	-	1.0	-	1.0	-	15	25
	MAX						-	-	1.0	15	125
J309	MIN	1.0	1.0	10	25	1.0	-	-	-	15	25	Sil89 133
	TYP	-			35		2.0	-	-
	MAX	4.0			-		-	1.0	-
	TYP						-	8.0	-	15	125
	MAX						-	-	1.0	15	125
U309	MIN	1.0	1.0	10	25	1.0	-	-	-	15	25	Sil89 133
	TYP	-			35		2.0	-	-
	MAX	4.0			-		150	-	-
	TYP						-	0.8	-	15	125
	MAX						-	150	-	15	125
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS			@UGS (OFF)	@TA	17627
	Rate	V	nA	V	V	µA	pA	nA	µA	V	°C	17627


	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS		@UGS (OFF)	@TA	Ref *?
	Rate	V	µA	V	V	µA	nA	µA	V	°C	Ref *?
2N2606	MIN	1.0	1.0	5.0	30	1.0	-	-	30	25	Sil74
	MAX	4.0	1.0	5.0	-	1.0	1.0	-	30	25
	MAX						-	1.0	5.0	150
2N2607	MIN	1.0	1.0	5.0	30	1.0	-	-	30	25	Sil74
	MAX	4.0	1.0	5.0	-	1.0	3.0	-	30	25
	MAX						-	3.0	5.0	150
2N2608	MIN	1.0	1.0	5.0	30	1.0	-	-	30	25	Sil74
	MAX	4.0	1.0	5.0	-	1.0	10	-	30	25
	MAX						-	10	5.0	150
2N2609	MIN	1.0	1.0	5.0	30	1.0	-	-	30	25	Sil74
	MAX	4.0	1.0	5.0	-	1.0	30	-	30	25
	MAX						-	30	5.0	150
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS		@UGS (OFF)	@TA	15741
	Rate	V	µA	V	V	µA	nA	µA	V	°C	15741


	Rate	UGS (OFF)	@ID	UDS	Rate	U(BR) DGO	@ID	Rate	IGSS	@UGS (OFF)	@TA	Ref *?
	Rate	V	µA	V	Rate	V	µA	Rate	nA	V	°C	Ref *?
BF410A	TYP	0.8	10	10	MIN	20	10	MAX	10	0.2	25	Val80
BF410B	TYP	1.5	10	10	MIN	20	10	MAX	10	0.2	25	Val80
BF410C	TYP	2.2	10	10	MIN	20	10	MAX	10	0.2	25	Val80
BF410D	TYP	3.0	10	10	MIN	20	10	MAX	10	0.2	25	Val80
	Rate	UGS (OFF)	@ID	UDS	Rate	U(BR) DGO	@ID	Rate	IGSS	@UGS (OFF)	@TA	15741
	Rate	V	µA	V	Rate	V	µA	Rate	nA	V	°C	15741


	Rate	UGS (OFF)	@ID	UDS	Rate	U(BR) GSS	@IG	Rate	IGSS		@UGS (OFF)	@TA	Ref *?
	Rate	V	µA	V	Rate	V	µA	Rate	nA	µA	V	°C	Ref *?
2N2841	TYP	1.2	1.0	5.0	MIN	30	1.0	MAX	1.0	-	30	25	Sil74
	MAX	1.7	1.0	5.0	MIN	30	1.0	MAX	1.0	-	30	25
	MAX				MIN			MAX	-	1.0	5.0	150
2N2842	TYP	1.2	1.0	5.0	MIN	30	1.0	MAX	3.0	-	30	25	Sil74
	MAX	1.7	1.0	5.0	MIN	30	1.0	MAX	3.0	-	30	25
	MAX				MIN			MAX	-	3.0	5.0	150
2N2843	TYP	1.2	1.0	5.0	MIN	30	1.0	MAX	10	-	30	25	Sil74
	MAX	1.7	1.0	5.0	MIN	30	1.0	MAX	10	-	30	25
	MAX				MIN			MAX	-	10	5.0	150
2N2844	TYP	1.2	1.0	5.0	MIN	30	1.0	MAX	30	-	30	25	Sil74
	MAX	1.7	1.0	5.0	MIN	30	1.0	MAX	30	-	30	25
	MAX				MIN			MAX	-	30	5.0	150
	Rate	UGS (OFF)	@ID	UDS	Rate	U(BR) GSS	@IG	Rate	IGSS		@UGS (OFF)	@TA	15741
	Rate	V	µA	V	Rate	V	µA	Rate	nA	µA	V	°C	15741


	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)		@UDS	UGS (OFF)	IGSS		@UGS (OFF)	@TA	Ref *?
	Rate	V	nA	V	V	µA	nA	µA	V	V	nA	µA	V	°C	Ref *?
MPF4393	MIN	0.5	10	15	30	1.0	-	-	15	12	-	-	15	25	Mot74
	MAX	3.0	10	15	-	1.0	1.0	-	15	12	1.0	-	15	25
	MAX						-	0.1	15	12	-	0.2	15	150
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)		@UDS	UGS (OFF)	IGSS		@UGS (OFF)	@TA	17620
	Rate	V	nA	V	V	µA	nA	µA	V	V	nA	µA	V	°C	17620

UGS(OFF) < 10 V

	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS			@UGS (OFF)	@TA	Ref *?
	Rate	V	nA	V	V	µA	pA	nA	µA	V	°C	Ref *?
U308	MIN	1.0	1.0	10	25	1.0	-	-	-	15	25	Sil89 133
	TYP	-			35		2.0	-	-
	MAX	6.0			-		150	-	-
	TYP						-	0.8	-	15	125
	MAX						-	150	-	15	125
U310	MIN	2.5	1.0	10	25	1.0	-	-	-	15	25	Sil89 133
	TYP	-			35		2.0	-	-
	MAX	6.0			-		150	-	-
	TYP						-	0.8	-	15	125
	MAX						-	150	-	15	125
E308 J308	MIN	1.0	1.0	10	25	1.0	-	-	-	15	25	Sil74
	MAX	6.5	1.0	10	-	1.0	-	1.0	-	15	25
	MAX						-	-	1.0	15	125
J308	MIN	1.0	1.0	10	25	1.0	-	-	-	15	25	Sil89 133
	TYP	-			35		2.0	-	-
	MAX	6.5			-		-	1.0	-
	TYP						-	8.0	-	15	125
	MAX						-	-	1.0	15	125
E310 J310	MIN	2.0	1.0	10	25	1.0	-	-	-	15	25	Sil74
	MAX	6.5	1.0	10	-	1.0	-	1.0	-	15	25
	MAX						-	-	1.0	15	125
J310	MIN	2.0	1.0	10	25	1.0	-	-	-	15	25	Sil89 133
	TYP	-			35		2.0	-	-
	MAX	6.5			-		-	1.0	-
	TYP						-	8.0	-	15	125
	MAX						-	-	1.0	15	125
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS			@UGS (OFF)	@TA	17627
	Rate	V	nA	V	V	µA	pA	nA	µA	V	°C	17627


	Rate	UGS (OFF)	@ID	UDS	IGSS	@UGS (OFF)	@TJ	Ref *?
	Rate	V	nA	V	nA	V	°C	Ref *?
BFW11	MAX	6.0	0.5	15	0.1	20	25	Val80
BFW11	MAX				500	20	150	Val80
BFW10	MAX	8.0	0.5	15	0.1	20	25	Val80
BFW10	MAX				500	20	150	Val80
	Rate	UGS (OFF)	@ID	UDS	IGSS	@UGS (OFF)	@TJ	15741
	Rate	V	nA	V	nA	V	°C	15741


	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	Ref *?
	Rate	V	nA	V	V	µA	nA	V	°C	Ref *?
BF256	MIN	-			30	1.0	-	20	25	Val80
BF256	MAX	-			-	1.0	5.0	20	25	Val80
MPF102	MIN	-	2.0	15	25	10	-	15	25	Mot74
	MAX	8.0	2.0	15	-	10	2.0	15	25
	MAX						2000	15	100
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	17620
	Rate	V	nA	V	V	µA	nA	V	°C	17620

	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TJ	Ref *?
	Rate	V	nA	V	V	µA	nA	V	°C	Ref *?
BF245	MIN	0.5	10	15	30	1.0	-	20	25	Val80
	MAX	8.0	10	15	-	1.0	5.0	20	25
	MAX						500	20	125
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TJ	15741
	Rate	V	nA	V	V	µA	nA	V	°C	15741

	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	Ref *?
	Rate	V	µA	V	V	µA	nA	V	°C	Ref *?
MPF820	MIN	-	200	15	25	10	-	15	25	Mot74
MPF820	MAX	5.0	200	15	-	10	5.0	15	25	Mot74
MPF256	MIN	0.5	200	15	25	10	-	15	25	Mot74
MPF256	MAX	7.5	200	15	-	10	5.0	15	25	Mot74
MPF109	MIN	0.2	10	15	25	10	-	15	25	Mot74
MPF109	MAX	8.0	10	15	-	10	1.0	15	25	Mot74
MPF161	MIN	0.2	1.0	15	40	10	-	30	25	Mot74
MPF161	MAX	8.0	1.0	15	-	10	10	30	25	Mot74
MPF108	MIN	0.5	10	15	25	10	-	15	25	Mot74
	MAX	8.0	10	15	-	10	1.0	15	25
	MAX						1000	15	100
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	17620
	Rate	V	µA	V	V	µA	nA	V	°C	17620


	Rate	UGS (OFF)	@ID	UDS	Rate	U(BR) GSS	@IG	Rate	IGSS	@UGS (OFF)	@TA	Ref *?
	Rate	V	µA	V	Rate	V	nA	Rate	nA	V	°C	Ref *?
2N5457	MIN	0.5	10	15	MIN	25	10	TYP	0.01	15	25	Sil74
	MAX	6.0	10	15	TYP	60	10	MAX	1.0	15	25
	MIN				MIN			MAX	200	15	100
2N5458	MIN	1.0	10	15	MIN	25	10	TYP	0.01	15	25	Sil74
	MAX	7.0	10	15	TYP	60	10	MAX	1.0	15	25
	MIN				MIN			MAX	200	15	100
2N5459	MIN	2.0	10	15	MIN	25	10	TYP	0.01	15	25	Sil74
	MAX	8.0	10	15	TYP	60	10	MAX	1.0	15	25
	MIN				MIN			MAX	200	15	100
	Rate	UGS (OFF)	@ID	UDS	Rate	U(BR) GSS	@IG	Rate	IGSS	@UGS (OFF)	@TA	15741
	Rate	V	µA	V	Rate	V	nA	Rate	nA	V	°C	15741



	Rate	UGS (OFF)	RE	OR	YE	GN	BL	VL	WH	@ID	UDS	@TA	Ref *?
	Rate	V	V	V	V	V	V	V	V	µA	V	°C	Ref *?
MPF161	MIN	0.2	0.4	0.4	1.0	1.0	2.0	2.0	0.2	1.0	15	25	Mot74 132
MPF161	MAX	8.0	4.0	4.0	6.0	6.0	8.0	8.0	2.0	1.0	15	25	Mot74 132
MPF109	MIN	0.2	0.4	0.4	1.0	1.0	2.0	2.0	0.2	10	15	25	Mot74 132
MPF109	MAX	8.0	4.0	4.0	6.0	6.0	8.0	8.0	2.0	10	15	25	Mot74 132
MPF108	MIN	0.5	-	0.5	0.5	1.0	1.0	2.0	-	10	15	25	Mot74 132
MPF108	MAX	8.0	-	5.0	5.0	7.0	7.0	8.0	-	10	15	25	Mot74 132
	Rate	UGS (OFF)	RE	OR	YE	GN	BL	VL	WH	@ID	UDS	@TA	17620
	Rate	V	V	V	V	V	V	V	V	µA	V	°C	17620


	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)		@UDS	UGS (OFF)	IGSS		@UGS (OFF)	@TA	Ref *?
	Rate	V	nA	V	V	µA	nA	µA	V	V	nA	µA	V	°C	Ref *?
MPF4392	MIN	2.0	10	15	30	1.0	-	-	15	12	-	-	15	25	Mot74
	MAX	5.0	10	15	-	1.0	1.0	-	15	12	1.0	-	15	25
	MAX						-	0.1	15	12	-	0.2	15	150
MPF971	MIN	1.0	10	15	30	1.0	-	-	15	7.0	-	-	15	25	Mot74
	MAX	7.0	10	15	-	1.0	10	-	15	7.0	1.0	-	15	25
	MAX						-	10	15	7.0	-	1.0	15	150
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)		@UDS	UGS (OFF)	IGSS		@UGS (OFF)	@TA	17620
	Rate	V	nA	V	V	µA	nA	µA	V	V	nA	µA	V	°C	17620

UGS(OFF) < 20 V

	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	Ref *?
	Rate	V	nA	V	V	µA	nA	V	°C	Ref *?
BF246 BF247	MIN	0.5	10	15	25	1.0	-	15	25	Val80
BF246 BF247	MAX	14.5	10	15	-	1.0	5.0	15	25	Val80
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	15741
	Rate	V	nA	V	V	µA	nA	V	°C	15741

	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	Ref *?
	Rate	V	µA	V	V	µA	nA	V	°C	Ref *?
MPF111	MIN	0.5	1.0	10	20	10	-	10	25	Mot74
	TYP	4.0			35		0.1
	MAX	10			-		100
MPF112	MIN	0.5	1.0	10	25	10	-	10	25	Mot74
MPF112	MAX	10	1.0	10	-	10	100	10	25	Mot74
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TA	17620
	Rate	V	µA	V	V	µA	nA	V	°C	17620


	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)		@UDS	UGS (OFF)	IGSS		@UGS (OFF)	@TA	Ref *?
	Rate	V	nA	V	V	µA	nA	µA	V	V	nA	µA	V	°C	Ref *?
MPF4391	MIN	4.0	10	15	30	1.0	-	-	15	12	-	-	15	25	Mot74
	MAX	10	10	15	-	1.0	1.0	-	15	12	1.0	-	15	25
	MAX						-	0.1	15	12	-	0.2	15	150
MPF970	MIN	5.0	10	15	30	1.0	-	-	15	12	-	-	15	25	Mot74
	MAX	10	10	15	-	1.0	10	-	15	12	1.0	-	15	25
	MAX						-	10	15	12	-	1.0	15	150
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)		@UDS	UGS (OFF)	IGSS		@UGS (OFF)	@TA	17620
	Rate	V	nA	V	V	µA	nA	µA	V	V	nA	µA	V	°C	17620

2N3066 2N3069

2N3067 2N3070

2N3068 2N3071

@TA:
Rate
ID(OFF): @UDs: @UGS(OFF):
IGss:
IGss: @TA:
@UGS(OFF):
UGS(OFF): @ID: @UDs:
Rate
U(BR)Gss: @IG:

MAX
25
0.5 30 10
1.0
1.0 150
30
9.5 1.0 30
MIN
50 1.0

MAX
25
0.5 30 5.0
1.0
1.0 150
30
4.5 1.0 30
MIN
50 1.0

MAX
25
0.5 30 2.5
1.0
1.0 150
30
2.2 1.0 30
MIN
50 1.0

°C

nA V V
nA
µA °C
V
V µA V

V µA

Ref *?

Sil74

14072

2N3089

@TA:
Rate
IGss:
IGss: @TA:
@UGS(OFF):
UGS(OFF): @ID: @UDs:
U(BR)Gss: @IG:

MIN	MAX
25
-	1.0
- -	0.2 100
10
1.0 0.1 15	5.0 - -
30 1.0	- -

°C

nA
µA °C
V
V µA V
V µA

Ref *?

Sil74

14072

2N3328

2N3329

2N3330 2N3332

2N3331

@TA:
Rate
IGss:
IGss: @TA:
@UGS(OFF):
UGS(OFF): @ID: @UDs:
Rate
U(BR)Gss: @IG:

MAX
25
1.0
1.0 150
10
6.0 1.0 10
MIN
20 1.0

MAX
25
10
10 150
10
5.0 10 15
MIN
20 10

MAX
25
10
10 150
10
6.0 10 15
MIN
20 10

MAX
25
10
10 150
10
8.0 10 15
MIN
20 10

°C

nA
µA °C
V
V µA V

V µA

Ref *?

Sil74

14073

U110

U112

U146

U147

U148

U149

@TA:
Rate
IGss:
IGss: @TA:
@UGS(OFF):
UGS(OFF): @ID: @UDs:
Rate
U(BR)Gss: @IG:

MIN	MAX
25
-	4.0
- -	4.0 125
20
1.0 1.0 10	6.0 - -
MIN	MAX
20 1.0	- -

MIN	MAX
25
-	10
- -	10 125
20
1.0 1.0 10	6.0 - -
MIN	MAX
20 1.0	- -

MAX
25
10
10 125
20
6.0 1.0 10
MIN
20 1.0

MAX
25
20
20 125
20
6.0 1.0 10
MIN
20 1.0

MAX
25
60
60 125
20
6.0 1.0 10
MIN
20 1.0

MAX
25
200
200 125
20
6.0 1.0 10
MIN
20 1.0

°C

nA
µA °C
V
V µA V

V µA

Ref *?

Sil74

14070

2.3.4

Silizium-Sperrschicht-Leistungstypen im gesperrten Zustand (ausgeschaltet)
Silicon Junction Power Devices (Off-State)

UGS(OFF) < 15 V

	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TC	Ref *?
	Rate	V	nA	V	V	µA	nA	V	°C	Ref *?
P8000	MIN				25	1.0			-	Ukw78
P8000	MAX				-	1.0			-	Ukw78
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	IGSS	@UGS (OFF)	@TC	15903
	Rate	V	nA	V	V	µA	nA	V	°C	15903


	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)	@UDS	UGS (OFF)	IGSS	@UGS (OFF)	@TC	Ref *?
	Rate	V	mA	V	V	µA	nA	V	V	nA	V	°C	Ref *?
U244	MIN	3.5	1.0	10	25	1.0	-	5.0	10	-	15	25	Sil74
	MAX	8.0	1.0	10	-	1.0	1.0	5.0	10	1.0	15	25
	MAX						1000	5.0	10	1000	15	150
	Rate	UGS (OFF)	@ID	UDS	U(BR) GSS	@IG	ID (OFF)	@UDS	UGS (OFF)	IGSS	@UGS (OFF)	@TC	14068
	Rate	V	mA	V	V	µA	nA	V	V	nA	V	°C	14068