KyteLabs InfoBase - Semiconductor Data Last modified: 2016-11-21 (18646)

9 Grenzwerte
Maximum Ratings

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9.3
Feldeffekt-Transistoren
Field-Effect Transistors

9.3.6 Selbstsperrende Silizium-MOS-Leistungstypen
Silicon Enhancement-Mode Power MOS Devices (Power MOSFETs)

Alle Angaben sind absolute Grenzwerte, wenn nichts anderes angegeben ist. Die Spannungs- und Stromangaben sind als Betrag aufzufassen. Vorzeichen müssen entsprechend Betriebsart und Polarität des Halbleitermaterials gesetzt werden.

All values are absolute maximum ratings unless otherwise specified. 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.

PT = 10 ... 20 W
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SJ547  2025 60±20±1040101.0 6.25150–55..
+150
Hit98
2SK3212  2025 100±20±1040101.0 6.25150–55..
+150
Hit99
2SJ350  2025 120±20±6.012101.0 6.25150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17908
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL Ref *?
W°CA AVV K/W°C°C
SMP3P10  20
8.0
25
100
3.0
2.0
12100±20 <6.4<801.0–55...
+150
300 Sil90
SMP2P20  20
8.0
25
100
1.75
1.1
7.0200±20 <6.4<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL 16338
W°CA AVV K/W°C°C

PT = 20 ... 30 W
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SJ526 
2SJ545
2525 60±20±1248101.0 5.0150–55..
+150
Hit01
Hit98
2SJ248  2525 100±20±8.032101.0 5.0150–55..
+150
Hit01
2SK1305  2525 100±20±1040101.0 5.0150–55..
+150
Hit01
2SK1862  2525 450±30±3.012101.0 5.0150–55..
+150
Hit01
2SK1863  2525 500±30±3.012101.0 5.0150–55..
+150
Hit01
2SK1572 
2SK2144
2525 600±30±3.06.0101.0 5.0150–55..
+150
Hit01
2SJ471  3025 30±20±30120101.0 4.17150–55..
+150
Hit97
2SJ546 
2SJ548
3025 60±20±1560101.0 4.17150–55..
+150
Hit98
2SJ531 
2SJ534
3025 60±20±1872101.0 4.17150–55..
+150
Hit98
2SJ532  3025 60±20±2080101.0 4.17150–55..
+150
Hit98
2SK1306  3025 100±20±1560101.0 4.17150–55..
+150
Hit01
2SJ410  3025 200±20±6.024101.0 4.17150–55..
+150
Hit97
2SK1957  3025 200±20±7.028101.0 4.17150–55..
+150
Hit01
2SK2212 
2SK3160
3025 200±20±1040101.0 4.17150–55..
+150
Hit01
Hit99
2SK1668  3025 250±30±7.028101.0 4.17150–55..
+150
Hit01
2SK1153  3025 450±30±3.012101.0 4.17150–55..
+150
Hit01
2SK1154  3025 500±30±3.012101.0 4.17150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17908
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @TC PT @TA UDSX UGSS ID IDM RthJC TCH TSTG Ref *?
W°C W°C VVAA K/W°C°C
2SJ76 
2SK213
30251.7525 140±15±0.5- 4.17150–45..
+150
Hit01
2SJ77 
2SK214
30251.7525 160±15±0.5- 4.17150–45..
+150
Hit01
2SJ78 
2SK215
30251.7525 180±15±0.5- 4.17150–45..
+150
Hit01
2SJ79 
2SK216
30251.7525 200±15±0.5- 4.17150–45..
+150
Hit01
  PT @TC PT @TA UDSX UGSS ID IDM RthJC TCH TSTG 17903
W°CW°C VVAA K/W°C°C

PT = 30 ... 40 W
Hoch - UpRunter - Down  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG Ref *?
W°C VVAA K/W°C°C
2SK357  4025 150±205.08.0 3.13150–55..
+150
Tos83
2SK358  4025 250±205.08.0 3.13150–55..
+150
Tos83
  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG 17875
W°C VVAA K/W°C°C
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SJ533 
2SJ535
3525 60±20±30120101.0 3.57150–55..
+150
Hit98
2SK2529  3525 60±20±50200101.0 3.57150–55..
+150
Hit99
2SJ222 
2SK1307
3525 100±20±2080101.0 3.57150–55..
+150
Hit01
2SK1318  3525 120±20±2080101.0 3.57150–55..
+150
Hit01
2SK1762 
2SK2426
3525 250±30±1248101.0 3.57150–55..
+150
Hit01
Hit99
2SK1626 
2SK2114
3525 450±30±5.020101.0 3.57150–55..
+150
Hit01
2SK1566 
2SK2116
3525 450±30±7.028101.0 3.57150–55..
+150
Hit01
2SK1627 
2SK2115
3525 500±30±5.020101.0 3.57150–55..
+150
Hit01
2SK1567 
2SK2117
3525 500±30±7.028101.0 3.57150–55..
+150
Hit01
2SK1637 
2SK2097
3525 600±30±4.016101.0 3.57150–55..
+150
Hit01
2SK1404 
2SK2118
3525 600±30±5.020101.0 3.57150–55..
+150
Hit01
2SK2422  3525 650±30±4.016101.0 3.57150–55..
+150
Hit01
2SK1808  3525 900±30±4.010101.0 3.57150–55..
+150
Hit01
2SJ539  4025 60±20±1040101.0 3.13150–55..
+150
Hit98
2SJ247  4025 100±20±8.032101.0 3.13150–55..
+150
Hit01
2SK1300  4025 100±20±1040101.0 3.13150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17908
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
BUZ171  40
16
25
100
7.0
4.5
2850±40 <3.1<751.0–55...
+150
300 Sil90
BUZ71A  40
16
25
100
13
8.2
4850±20 <3.1<751.0–55...
+150
300 Sil90
BUZ71  40
16
25
100
14
9.0
5650±20 <3.1<751.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16337
W°CA AVV K/W°C°C

PT = 40 ... 50 W
Hoch - UpRunter - Down  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG Ref *?
W°C VVAA K/W°C°C
2SK418  5025 400±202.04.0 -150–55..
+150
Tos83
2SK419  5025 450±202.04.0 -150–55..
+150
Tos83
  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG 17875
W°C VVAA K/W°C°C
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SJ540  5025 60±20±1248101.0 2.5150–55..
+150
Hit98
2SJ541  5025 60±20±1560101.0 2.5150–55..
+150
Hit98
2SK1298  5025 60±20±40160101.0 2.5150–55..
+150
Hit01
2SK1301  5025 100±20±1560101.0 2.5150–55..
+150
Hit01
2SK1302  5025 100±20±2080101.0 2.5150–55..
+150
Hit01
2SK1667  5025 250±30±7.028101.0 2.5150–55..
+150
Hit01
2SK1400  5025 300±30±7.028101.0 2.5150–55..
+150
Hit01
2SK1400A  5025 350±30±7.028101.0 2.5150–55..
+150
Hit01
2SK1402  5025 600±30±4.016101.0 2.5150–55..
+150
Hit01
2SK1402A  5025 650±30±4.016101.0 2.5150–55..
+150
Hit01
2SK1155  5025 450±30±5.020101.0 2.5150–55..
+150
Hit01
2SK1831  5025 450±30±1030101.0 2.5150–55..
+150
Hit01
2SK1156  5025 500±30±5.020101.0 2.5150–55..
+150
Hit01
2SK1832  5025 500±30±1030101.0 2.5150–55..
+150
Hit01
2SK1338  5025 900±30±2.06.0101.0 2.5150–55..
+150
Hit01
2SK2225  5025 1500±20±2.07.0101.0 2.5150–55..
+150
Hit93
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17906
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
2N7081  45
18
25
100
12
7.7
48100±20 <2.8<801.0–55...
+150
300 Sil90
2N7082  45
18
25
100
9.0
5.5
36200±20 <2.8<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16337
W°CA AVV K/W°C°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL Ref *?
W°CA AVV K/W°C°C
SMP3N50F  48
19
25
100
2.5
1.6
12500±20 <2.6<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL 16338
W°CA AVV K/W°C°C

PT = 50 ... 60 W
Hoch - UpRunter - Down  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG Ref *?
W°C VVAA K/W°C°C
2SK417  6025 60±201015 -150–55..
+150
Tos83
2SK420  6025 400±205.08.0 -150–55..
+150
Tos83
2SK421  6025 450±205.08.0 -150–55..
+150
Tos83
  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG 17875
W°C VVAA K/W°C°C
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SK1666  6025 60±20±45180101.0 2.08150–55..
+150
Hit01
2SK2203  6025 60±20±50200101.0 2.08150–55..
+150
Hit01
2SK2008  6025 250±30±2080101.0 2.08150–55..
+150
Hit01
2SK1670  6025 250±30±30120101.0 2.08150–55..
+150
Hit01
2SK1157  6025 450±30±7.028101.0 2.08150–55..
+150
Hit01
2SK1159  6025 450±30±8.032101.0 2.08150–55..
+150
Hit01
2SK1328  6025 450±30±1248101.0 2.08150–55..
+150
Hit01
2SK2408  6025 500±30±7.028101.0 2.08150–55..
+150
Hit99
2SK1158  6025 500±30±7.028101.0 2.08150–55..
+150
Hit01
2SK1160  6025 500±30±8.032101.0 2.08150–55..
+150
Hit01
2SK1329  6025 500±30±1248101.0 2.08150–55..
+150
Hit01
2SK1809  6025 600±30±5.020101.0 2.08150–55..
+150
Hit01
2SK1405  6025 600±30±1560101.0 2.08150–55..
+150
Hit01
2SK1807  6025 900±30±4.010101.0 2.08150–55..
+150
Hit01
2SK1859  6025 900±30±6.015101.0 2.08150–55..
+150
Hit01
2SK1775  6025 900±30±8.020101.0 2.08150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17906
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
2N7089  60
24
25
100
10
6.7
40100±20 <2.0<801.0–55...
+150
300 Sil90
2N7085  60
23
25
100
20
12
60100±20 <2.1<801.0–55...
+150
300 Sil90
2N7090  60
24
25
100
5.7
3.6
23200±20 <2.0<801.0–55...
+150
300 Sil90
2N7086  60
23
25
100
14
8.5
56200±20 <2.1<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16337
W°CA AVV K/W°C°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL Ref *?
W°CA AVV K/W°C°C
SMP25N05 
-45L
60
24
25
100
25
16
10050±20 <2.08<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL 16338
W°CA AVV K/W°C°C

PT = 60 ... 80 W
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SJ543  7525 60±20±2080101.0 1.67150–55..
+150
Hit98
2SJ544  7525 60±20±30120101.0 1.67150–55..
+150
Hit98
2SJ221  7525 100±20±2080101.0 1.67150–55..
+150
Hit01
2SK1761  7525 250±30±1248101.0 1.67150–55..
+150
Hit01
2SK1339  8025 900±30±3.07.0101.0 1.56150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17906
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
2N7091  70
27
25
100
14
8.7
56100±20 <1.8<801.0–55...
+150
300 Sil90
2N7092  70
27
25
100
8.0
5.1
32200±20 <1.8<801.0–55...
+150
300 Sil90
BUZ11A  75
30
25
100
25
17
10050±20 <1.67<751.0–55...
+150
300 Sil90
BUZ11  75
30
25
100
30
19
12050±20 <1.67<751.0–55...
+150
300 Sil90
SMP4N60  75
30
25
100
4.0
2.5
16600±20 <1.67<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16338
W°CA AVV K/W°C°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL Ref *?
W°CA AVV K/W°C°C
SMP5N50F  75
30
25
100
4.5
3.0
20500±20 <1.67<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJSTG TL 16338
W°CA AVV K/W°C°C

PT = 80 ... 100 W
Hoch - UpRunter - Down  PT @TC UDSS UGSS ID IDM RthJC TJ TSTG Ref *?
W°C VVAA K/W°C°C
2SJ115 
2SK405
10025 160±208.0- 1.25150–55..
+150
Tos83
  PT @TC UDSS UGSS ID IDM RthJC TJ TSTG 17874
W°C VVAA K/W°C°C
Hoch - UpRunter - Down  PT @TC UDSX UGSS ID IDM RthJC TCH TSTG Ref *?
W°C VVAA K/W°C°C
2SJ160 
2SK1056
10025 120±15±7.0- 1.25150–55..
+150
Hit01
2SJ161 
2SK1057
10025 140±15±7.0- 1.25150–55..
+150
Hit01
2SJ162 
2SK1058
10025 160±15±7.0- 1.25150–55..
+150
Hit01
2SJ351 
2SK2220
10025 180±20±8.0- 1.25150–55..
+150
Hit01
2SJ352 
2SK2221
10025 200±20±8.0- 1.25150–55..
+150
Hit01
  PT @TC UDSX UGSS ID IDM RthJC TCH TSTG 17904
W°C VVAA K/W°C°C
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SK3136  10025 40±20±75300101.0 1.25150–55..
+150
Hit99
2SJ554 
2SK2096
10025 60±20±45180101.0 1.25150–55..
+150
Hit98
Hit01
2SK1303  10025 100±20±30120101.0 1.25150–55..
+150
Hit01
2SK1304  10025 100±20±40160101.0 1.25150–55..
+150
Hit01
2SK2007 
2SK2075
10025 250±30±2080101.0 1.25150–55..
+150
Hit01
Hit93
2SK1401  10025 300±30±1560101.0 1.25150–55..
+150
Hit01
2SK1401A  10025 350±30±1560101.0 1.25150–55..
+150
Hit01
2SK1161 
2SK1515
10025 450±30±1030101.0 1.25150–55..
+150
Hit01
2SK1163  10025 450±30±1140101.0 1.25150–55..
+150
Hit01
2SK1165  10025 450±30±1248101.0 1.25150–55..
+150
Hit01
2SK1167  10025 450±30±1560101.0 1.25150–55..
+150
Hit01
2SK1162 
2SK1516
10025 500±30±1030101.0 1.25150–55..
+150
Hit01
2SK1164  10025 500±30±1140101.0 1.25150–55..
+150
Hit01
2SK1166  10025 500±30±1248101.0 1.25150–55..
+150
Hit01
2SK1168  10025 500±30±1560101.0 1.25150–55..
+150
Hit01
2SK1403  10025 600±30±8.032101.0 1.25150–55..
+150
Hit01
2SK1968  10025 600±30±1248101.0 1.25150–55..
+150
Hit01
2SK1403A  10025 650±30±8.032101.0 1.25150–55..
+150
Hit01
2SK1340  10025 900±30±5.012101.0 1.25150–55..
+150
Hit01
2SK1341  10025 900±30±6.015101.0 1.25150–55..
+150
Hit01
2SK1342  10025 900±30±8.020101.0 1.25150–55..
+150
Hit01
2SK1773  10025 1000±30±5.015101.0 1.25150–55..
+150
Hit01
2SK1317  10025 1500±20±2.57.0101.0 1.25150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17906
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
2N7079  100
40
25
100
17
10.8
68100±20 <1.25<500.2–55...
+150
300 Sil90
2N7071  100
40
25
100
23
15
92100±20 <1.25<500.2–55...
+150
300 Sil90
2N7080  100
40
25
100
9.5
6.1
38200±20 <1.25<500.2–55...
+150
300 Sil90
2N7072  100
40
25
100
16
10
64200±20 <1.25<500.2–55...
+150
300 Sil90
2N7073  100
40
25
100
9.0
5.5
36400±20 <1.25<500.2–55...
+150
300 Sil90
2N7074  100
40
25
100
7.0
4.5
28500±20 <1.25<500.2–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16337
W°CA AVV K/W°C°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC JA CS TJSTG TL Ref *?
W°CA AVV K/W°C°C
SMP25N05  85
34
25
100
25
16
10050±20 <1.47<801.0–55...
+150
300 Sil90
SMP25N06  85
34
25
100
25
16
10060±20 <1.47<801.0–55...
+150
300 Sil90
SMP50N06 
-25
90
36
25
100
46
28
20060±20 <1.4<801.0–55...
+150
300 Sil90
SMP30N10  100
40
25
100
30
18
120100±20 <1.25<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC JA CS TJSTG TL 16338
W°CA AVV K/W°C°C

PT = 100 ... 120 W
Hoch - UpRunter - Down  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG Ref *?
W°C VVAA K/W°C°C
2SK355  12025 150±201240 -150–65..
+150
Tos83
2SK356  12025 250±201230 -150–65..
+150
Tos83
2SK324  12025 400±201015 1.04150–65..
+150
Tos83
2SK385  12025 400±201015 -150–55..
+150
Tos83
2SK325  12025 450±201015 1.04150–65..
+150
Tos83
2SK386  12025 450±201015 -150–55..
+150
Tos83
  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG 17875
W°C VVAA K/W°C°C
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SK1169 
2SK1517
12025 450±30±2080101.0 1.04150–55..
+150
Hit01
2SK1170 
2SK1518
12025 500±30±2080101.0 1.04150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17904
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC JA CS TJSTG TL Ref *?
W°CA AVV K/W°C°C
SMP60N03
-10L
105
42
25
100
60
51
24030±20 <1.2<801.0–55...
+150
300 Sil90
SMP60N06
-18
105
42
25
100
60
40
24060±20 <1.2<801.0–55...
+150
300 Sil90
SMW60N06
-18
105
42
25
100
60
40
24060±20 <1.0<400.35–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC JA CS TJSTG TL 16338
W°CA AVV K/W°C°C

PT = 120 ... 140 W
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SJ555  12525 60±20±60240101.0 1.0150–55..
+150
Hit98
2SK1669 
2SK1671
12525 250±30±30120101.0 1.0150–55..
+150
Hit01
2SK1573  12525 600±30±1560101.0 1.0150–55..
+150
Hit01
2SK1835  12525 1500±20±4.010101.0 1.0150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17906
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc IDDA IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
SMM20P10  125
50
25
100
20
13
80100±20 <1.0<300.1–55...
+150
300 Sil90
SMM11P20  125
50
25
100
11
7.0
44200±20 <1.0<300.1–55...
+150
300 Sil90
SMP7N60  125
50
25
100
7.0
4.5
28600±20 <1.0<801.0–55...
+150
300 Sil90
  PT @Tc IDDA IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16338
W°CA AVV K/W°C°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC JA CS TJ, STG TL Ref *?
W°CA AVV K/W°C°C
SMP60N05  125
50
25
100
60
38
24050±20 <1.0<801.0–55...
+150
300 Sil90
SMP60N06  125
50
25
100
60
38
24060±20 <1.0<801.0–55...
+150
300 Sil90
SMP60N06 
-14
125
50
25
100
60
45
24060±20 <1.0<801.0–55...
+150
300 Sil90
SMP20P10  125
50
25
100
20
13
80100±20 <1.0<801.0–55...
+150
300 Sil90
SMP40N10  125
60
25
100
40
25
160100±20 <1.0<801.0–55...
+150
300 Sil90
SMP11P20  125
50
25
100
11
7.0
44200±20 <1.0<801.0–55...
+150
300 Sil90
SMP20N20  125
50
25
100
20
13
80200±20 <1.0<801.0–55...
+150
300 Sil90
SMP8N50F  125
50
25
100
8.0
5.0
32500±20 <1.0<801.0–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC JA CS TJ, STG TL 16338
W°CA AVV K/W°C°C

PT = 140 ... 160 W
Hoch - UpRunter - Down  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG Ref *?
W°C VVAA K/W°C°C
2SK387  15025 150±201240 -150–55..
+150
Tos83
2SK388  15025 250±201230 -150–55..
+150
Tos83
  PT @TC UDSX UGSS ID IDM RthJC TJ TSTG 17875
W°C VVAA K/W°C°C
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SK1933  15025 900±30±1030101.0 0.83150–55..
+150
Hit01
2SK1934  15025 1000±30±8.024101.0 0.83150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17904
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
2N7075  150
60
25
100
30
24
120100±20 <0.83<500.2–55...
+150
300 Sil90
2N7076  150
60
25
100
28
18
112200±20 <0.83<500.2–55...
+150
300 Sil90
2N7077  150
60
25
100
15
9.5
60400±20 <0.83<500.2–55...
+150
300 Sil90
2N7078  150
60
25
100
13
8.0
50500±20 <0.83<500.2–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16337
W°CA AVV K/W°C°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, STG TL Ref *?
W°CA AVV K/W°C°C
SMW70N06 
-14
150
60
25
100
70
48
28060±20 <0.83<400.35–55...
+150
300 Sil90
SMW20P10  150
60
25
100
20
13
80100±20 <0.83<400.35–55...
+150
300 Sil90
SMW45N10  150
60
25
100
45
27
180100±20 <0.83<400.35–55...
+150
300 Sil90
SMW12P20  150
60
25
100
12
7.5
48200±20 <0.83<400.35–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, STG TL 16338
W°CA AVV K/W°C°C

PT = 160 ... 200 W
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SK1947 
2SK1948
20025 250±30±50200101.0 0.63150–55..
+150
Hit01
2SK1519 
2SK1628
20025 450±30±30120101.0 0.63150–55..
+150
Hit01
2SK1520 
2SK1629
20025 500±30±30120101.0 0.63150–55..
+150
Hit01
2SK1971  20025 500±30±35140101.0 0.63150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17905
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, STG TL Ref *?
W°CA AVV K/W°C°C
SMW60N10  180
70
25
100
60
37
240100±20 <0.7<400.35–55...
+150
300 Sil90
SMW14N50F  180
75
25
100
14
8.8
56500±20 <0.7<400.35–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, STG TL 16338
W°CA AVV K/W°C°C

PT = 200 ... 250 W
Hoch - UpRunter - Down  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG Ref *?
W°C VVAAµs% K/W°C
2SK1526  25025 450±30±40160101.0 0.5150–55..
+150
Hit01
2SK1521 
2SK1836
25025 450±30±50200101.0 0.5150–55..
+150
Hit01
2SK1527  25025 500±30±40160101.0 0.5150–55..
+150
Hit01
2SK1522 
2SK1837
25025 500±30±50200101.0 0.5150–55..
+150
Hit01
  PT @TC UDSS GSS ID IDM @tP tP/T RthJC TCH TSTG 17905
W°C VVAAµs% K/W°C
Hoch - UpRunter - Down  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJTSTG TL Ref *?
W°CA AVV K/W°C°C
SMM70N06  250
100
25
100
70
43
28060±20 <0.5<300.1–55...
+150
300 Sil90
SMM70N10  250
100
25
100
70
45
280100±20 <0.5<300.1–55...
+150
300 Sil90
  PT @Tc ID IDM UDS UGS RthJC thJA thCS TJ, TSTG TL 16337
W°CA AVV K/W°C°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