| 전자부품 데이터시트 검색엔진 |
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AN2344 데이터시트(PDF) 19 Page - STMicroelectronics |
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AN2344 데이터시트(HTML) 19 Page - STMicroelectronics |
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19 / 27 page ![]() AN2344 Datasheet avalanche ratings 19/27 Figure 14. STP11NM60FP switch-OFF details Figure 15. STP11NM60FP switch-ON details The datasheet indicates that the IAR is 5.5A. Since the peak current during the avalanche is 3.6A (below the datasheet ratings), the IAR constraint is satisfied. Note: That the peak current before the turn OFF, that in this case is 4.8A, should be taken into account as very worst case for avalanche in case of a higher dV/dt, but also in this last case, the specification is satisfied. Average power is calculated as follows: Equation 16 Equation 17 Note: For the conduction losses, the worst case of a triangular power shape is considered, even if the right one should not be. TCASE=70°C, and the Rthjc is 3.57 K/W, so the average TJ may be calculated as follows: Equation 18 A quick way to calculate the maximum temperature during the avalanche is to add the peak temperature due to the avalanche pulse to the average temperature: P AVE t AV T --------0.5 P PEAK AV () t COND T ---------------- + • 0.5 P PEAK COND () • t ON T ---------0.5 P PEAK ON () • + = + t OFF T -----------0.5 P PEAK OFF () • + P AVE 8.77 1.73 0.43 1.68 12.61W = +++ = T J P AVERthJC T CASE 45 ° C70° C115° C = + = + = |
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