Figure 49-31. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 4 MHz, VREGPM[1:0] = ’b11 =
ULP + Extended Temperature Range) vs. VDD
|
Figure 49-32. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 16 MHz, VREGPM[1:0] = ’b11 =
ULP + Extended Temperature Range) vs. VDD
|
Figure 49-33. Wake-up Time (COSC[2:0] =
'b101, FOSC = 31 kHz, VREGPM[1:0] = ’b11 = ULP
+ Extended Temperature Range) vs. VDD
|
Figure 49-34. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 4 MHz, VREGPM[1:0] = ’b10 =
ULP) vs. VDD
|
Figure 49-35. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 16 MHz, VREGPM[1:0] = ’b01 =
ULP) vs. VDD
|
Figure 49-36. Wake-up Time (COSC[2:0] =
'b101, FOSC = 31 kHz, VREGPM[1:0] = ’b10 =
ULP) vs. VDD
|
Figure 49-37. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 4 MHz, VREGPM[1:0] = ’b01 =
LP) vs. VDD
|
Figure 49-38. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 16 MHz, VREGPM[1:0] = ’b01 =
LP) vs. VDD
|
Figure 49-39. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 4 MHz, VREGPM[1:0] = ’b00 =
HP) vs. VDD
|
Figure 49-40. Wake-up Time (COSC[2:0] =
'b110, OSCFRQ = 16 MHz, VREGPM[1:0] = ’b00 =
HP) vs. VDD
|
