PIC24F08KA102PIC24F08KL200 PIC24F08KL201 PIC24F08KL301 PIC24F08KL302 PIC24F08KL401 PIC24F08KL402 PIC24F08KM101 PIC24F08KM102 PIC24F08KM202 PIC24F08KM204 PIC24F16KA101 PIC24F16KA102 PIC24F16KA301 PIC24F16KA302 PIC24F16KA304 PIC24F16KL401 PIC24F16KL402 PIC24F16KM102 PIC24F16KM104 PIC24F16KM202 PIC24F16KM204 PIC24F32KA301 PIC24F32KA302 PIC24F32KA304
PIC24F08KA102 has more than one pair of PGECx and PGEDx pins. You can use any pair, but you must use them as a pair. For example, if PGEC2 is used for ICSPCLK, then ICSPDAT must be connected to PGED2.
All VSS and VDD pins must be connected. Even if one of these pins is not connected, programming may fail.
Low-Voltage Programming (LVP) can only be used for these PIC devices if the MCLRE configuration bit is enabled. Fresh (unprogrammed) devices have MCLRE bit set and therefore they can be programmed. It is impossible to disable MCLRE bit during LVP programming, but if the device has been previously programmed with HVP programmer, the MCLRE bit may have been disabled.
When brown-out is enabled with BOREN configuration bit, LVP is only possible when the VDD voltage is above the brown-out threshold.
These limitations may be avoided with High-Voltage Programming (HVP). NSDSP-2 can generate high voltage for HVP internally. NSDSP-1 cannot, therefore NSDSP-1 requires NSHVX or an external circuit for HVP.
NSDSP-2 can program PIC24F08KA102 with HVP.
NSDSP firmware contains all the necessary provisions for debugging PIC24F08KA102 and may be debugged when debugging software becomes available.
PIC24F08KA102 uses ordered haliting, has 3 hardware breakpoints.
Debugging does not consume resources in the user space.
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