
THERMAL CURVES (CON.)
  | Q48SR1R840(Standard) Output Current vs. Ambient Temperature and Air Velocity  | 
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Output Current(A)  | 
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  | @ Vin = 48V, Vo = 1.8V (Tranverse Orientation)  | 
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45  | 
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40  | 
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35  | 
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30  | Natural  | 
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  | Convection  | 
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25  | 100LFM  | 
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20  | 200LFM  | 
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  | 300LFM  | 
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15  | 
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  | 400LFM  | 
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10  | 
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  | 500LFM  | 
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5  | 
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  | 600LFM  | 
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0  | 
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20  | 25  | 30  | 35  | 40  | 45  | 50  | 55  | 60  | 65  | 70  | 75  | 80  | 85  | 
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  | Ambient Temperature (℃)  | ||
Figure 25: Output current vs. ambient temperature and air velocity (Vin=48V, Vout=1.8V, transverse orientation)
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  | Q48SR1R840(Standard) Output Current vs. Ambient Temperature and Air Velocity  | 
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Output Current(A)  | 
  | @ Vin = 48V, Vo = 1.5V (Tranverse Orientation)  | 
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45  | 
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35  | 
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30  | Natural  | 
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Convection  | 
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25  | 
  | 100LFM  | 
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  | 200LFM  | 
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20  | 
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  | 300LFM  | 
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15  | 
  | 400LFM  | 
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10  | 
  | 500LFM  | 
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5  | 
  | 600LFM  | 
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20  | 25  | 30  | 35  | 40  | 45  | 50  | 55  | 60  | 65  | 70  | 75  | 80  | 85  | 
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  | Ambient Temperature (℃)  | ||
Figure 26: Output current vs. ambient temperature and air velocity (Vin=48V, Vout=1.5V, transverse orientation)
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  | Q48SR1R840(Standard) Output Current vs. Ambient Temperature and Air Velocity  | 
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Output Current(A)  | 
  | @ Vin = 48V, Vo = 1.0V (Tranverse Orientation)  | 
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45  | 
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35  | 
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30  | 
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Convection  | 
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25  | 
  | 100LFM  | 
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  | 200LFM  | 
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20  | 
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  | 300LFM  | 
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15  | 
  | 400LFM  | 
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10  | 
  | 500LFM  | 
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5  | 
  | 600LFM  | 
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0  | 
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20  | 25  | 30  | 35  | 40  | 45  | 50  | 55  | 60  | 65  | 70  | 75  | 80  | 85  | 
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  | Ambient Temperature (℃)  | ||
Figure 27: Output current vs. ambient temperature and air velocity (Vin=48V, Vout=1.0V, transverse orientation)
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