KyteLabs InfoBase - Semiconductor Data Last modified: 2016-11-23 (18648)

2 Statische Kenndaten
Static Characteristics

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2.3 Feldeffekt-Transistoren
Field-Effect Transistors

2.3.12 Selbstsperrende Silizium-MOS-Leistungstypen im Sperrzustand (ausgeschaltet)
Silicon Enhancement-Mode Power MOS 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.

UDSS = 30 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
µAVnAV VµA °C
SMP60N03 
-10L
MAX2524500±20 MIN30250 25Sil90
MAX25024   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
µAVnAV VµA °C

UDSS = 50 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
µAVnAV VµA °C
SMP25N05 
-45L
MAX2540500±20 MIN50250 25Sil90
MAX25040   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
µAVnAV VµA °C
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
mAVnAV VµA °C
BUZ11 
BUZ11A
BUZ71
BUZ71A
BUZ171
MAX0.2550100±20 MIN50250 25Sil90
MAX1.050   MIN   125
SMP25N05  MAX0.2550100±20 MIN50250 25Sil90
TYP60
MAX1.040   MIN   125
SMP60N05  MAX0.2550100±20 MIN50250 25Sil90
TYP65
MAX1.040   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
mAVnAV VµA °C

UDSS = 60 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
µAVnAV VµA °C
SMP50N06-25 
SMP60N06-14
SMP60N06-18
SMW60N06-18
SMW70N06-14
MAX2548500±20 MIN60250 25Sil90
MAX25048   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
µAVnAV VµA °C
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
mAVnAV VµA °C
SMM70N06  MAX0.2560100±20 MIN60250 25Sil90
MAX1.048   MIN   125
SMP25N06 
SMP60N06
MAX0.2560100±20 MIN60250 25Sil90
TYP65
MAX1.048   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
mAVnAV VµA °C

UDSS = 100 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
µAVnAV VµA °C
2N7071 
2N7075
2N7079
2N7081
2N7085
2N7089
2N7091
MAX2580100±20 MIN100250 25Sil90
MAX25080   MIN   125
SMM70N10 
SMP40N10
SMW20P10
SMW45N10
SMW60N10
MAX2580100±20 MIN100250 25Sil90
MAX25080   MIN   125
SMP30N10  MAX2580100±20 MIN100250 25Sil90
TYP110
MAX25080   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
µAVnAV VµA °C
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
mAVnAV VµA °C
SMM20P10 
SMP20P10
MAX0.25100100±20 MIN100250 25Sil90
MAX1.080   MIN   125
SMP3P10  MAX0.25100500±20 MIN100250 25Sil90
MAX1.080   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
mAVnAV VµA °C

UDSS = 200 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
µAVnAV VµA °C
2N7072 
2N7076
2N7080
2N7082
2N7086
2N7090
2N7092
MAX25160100±20 MIN200250 25Sil90
MAX250160   MIN   125
SMW12P20  MAX25160100±20 MIN200250 25Sil90
MAX250160   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
µAVnAV VµA °C
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
mAVnAV VµA °C
SMM11P20 
SMP11P20
MAX0.25200100±20 MIN200250 25Sil90
MAX1.0160   MIN   125
SMP20N20 
SMP2P20
MAX0.25200500±20 MIN200250 25Sil90
MAX1.0160   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
mAVnAV VµA °C

UDSS = 400 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
µAVnAV VµA °C
2N7073 
2N7077
MAX25320100±20 MIN400250 25Sil90
MAX250320   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
µAVnAV VµA °C

UDSS = 500 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
µAVnAV VµA °C
2N7074 
2N7078
MAX25400100±20 MIN500250 25Sil90
MAX250400   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
µAVnAV VµA °C
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
mAVnAV VµA °C
SMP3N50F 
SMP5N50F
SMP8N50F
SMW14N50F
MAX0.25500500±20 MIN500250 25Sil90
MAX1.0400   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
mAVnAV VµA °C

UDSS = 600 V
Hoch - UpRunter - Down  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ Ref *?
mAVnAV VµA °C
SMP7N60  MAX0.25600100±20 MIN600250 25Sil90
MAX1.0480   MIN   125
SMP4N60  MAX0.25600500±20 MIN600250 25Sil90
MAX1.0480   MIN   125
  Rate IDSS @UDS IGSS @UGS Rate U(BR)
DSS
@ID @TJ 16340
mAVnAV VµA °C

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Copyright © 2016Franz Hamberger, Berlin, Germany

OC604 spez. ASY30 OA150 OC816 KT801B AF102 EM120 KT904B OA5
MP25B OA70 BU208 MGT108 OC612 ALZ10