Figure 49-1. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b111, FEXTOSC[3:0] =
'b0001, XT = 4 MHz, PMDx = 0x00)
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Figure 49-2. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b111, EXTOSC[2:0] =
'b110, XT = 4 MHz, PMDx = 0xFF)
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Figure 49-3. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b110, OSCFRQ = 16 MHz, PMDx =
0x00)
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Figure 49-4. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b110, OSCFRQ = 16 MHz, PMDx =
0xFF)
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Figure 49-5. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b110, OSCFRQ = 64 MHz, PMDx =
0x00)
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Figure 49-6. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b110, OSCFRQ = 64 MHz, PMDx =
0xFF)
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Figure 49-7. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b111, FEXTOSC[3:0] =
'b0011, HS = 16 MHz, PMDx = 0x00)
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Figure 49-8. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b111, FEXTOSC[3:0] =
'b0011, HS = 16 MHz, PMDx = 0xFF)
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Figure 49-9. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b010, FEXTOSC[3:0] =
'b0101, HS+PLL = 64 MHz, PMDx =
0x00)
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Figure 49-10. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b010, FEXTOSC[3:0] =
'b0101, HS+PLL = 64 MHz, PMDx =
0xFF)
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Figure 49-11. Idle Power
Consumption vs. VDD (RSTOSC[2:0] =
'b110, OSCFRQ = 16 MHz)
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Figure 49-12. Doze Power
Consumption vs. VDD (RSTOSC[2:0] =
'b110, OSCFRQ = 16 MHz)
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Figure 49-13. Active Power
Consumption vs. VDD (RSTOSC[2:0] =
'b101, LFINTOSC = 32 kHz)
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