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L6364 데이터시트(PDF) 41 Page - STMicroelectronics |
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L6364 데이터시트(HTML) 41 Page - STMicroelectronics |
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41 / 60 page ![]() 19 Power dissipation Figure 18 shows an example how to estimate the device junction temperatures based on the dissipation of the regulator and switches. Since the thermal performance in the final application is dependant on a number of factors (e.g. PCB design, power dissipation of neighbouring components, ambient temperature, air flow. bump- pitch etc), the thermal package properties provided in the figure below should only serve as a guideline. cc Figure 18. Example of thermal power dissipation estimation The maximum average power consumption per channel (CQ or DIO) in short-circuit is: ISAT(MAX) × VVPLUS(MAX)× tSHORT × NRETRY / tRESTART = 13.4 mW In case of inductive load, the power dissipation (assuming no internal losses in the inductor itself) is : P= 12 fSW ×L × I2 , where fSW is the switching frequency, L the load inductance and I the operating current. The design of the application hardware (heat-sink capability) should take account of this heating. L6364 Power dissipation DS13363 - Rev 4 page 41/60 |
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