POWER DISSIPATION vs. TEMPERATURE RISE
|
Power dissipation (mw/cc)
as a function of temperature rise |
Power rating for 25°C
temperature rise due to core loss. No.2 material, frequency 1 MHz. |
||||
|
Core Size |
10^C |
25°C |
40°C |
Core Size |
Watts |
|
T30 |
400 |
1148 |
2026 |
T30 |
24 |
|
T37 |
412 |
1170 |
2065 |
T37 |
26 |
|
T44 |
310 |
884 |
1556 |
T44 |
37 |
|
T50 |
307 |
874 |
1535 |
T50 |
49 |
|
T68 |
234 |
664 |
1167 |
T68 |
88 |
|
T80 |
212 |
602 |
1056 |
T80 |
125 |
|
T94 |
160 |
454 |
802 |
T94 |
160 |
|
T106 |
114 |
322 |
566 |
T106 |
236 |
|
T130 |
117 |
331 |
582 |
T130 |
331 |
|
T157 |
94 |
266 |
468 |
T157 |
515 |
|
T200 |
87 |
260 |
436 |
T200 |
794 |
|
T300 |
62 |
186 |
327 |
T300 |
1127 |
|
T400 |
43 |
130 |
228 |
T400 |
2108 |
Additional information about power dissipation is available upon request.
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