dsPIC30F3014: Thirteen Analog Channels On A 24 KB Part
Thirteen analog channels is an unusual number, and it tells you what the dsPIC30F3014 was built for: three-phase current and voltage sensing, DC bus, two
Thirteen analog channels is an unusual number, and it tells you what the dsPIC30F3014 was built for: three-phase current and voltage sensing, DC bus, two
Same array as the dsPIC30F3010, same 24 KB of flash, same 1 KB of data EEPROM, and a completely different board around it. The dsPIC30F3011
Twice the flash of the dsPIC30F1010 and twice the PWM hardware: the dsPIC30F2020 is the 28-pin workhorse of Microchip’s digital power line, with 12 KB
Take the dsPIC30F2011, keep its 12 KB array and 12-bit converter, add ten analog channels and twenty I/O, and put it in 28 pins: that
Sixty-four pins or eighty, 96 KB or 128 KB, 3.0 V or 2.7 V – the M16C/5L and 5LD families are a grid, and R5F35L26DFE
The dsPIC30F2010 was the first cheap way to put a dsPIC core on a motor drive: 28 pins, 12 KB of program flash, 512 bytes
The PIC10F220 is a different animal from the rest of the six-pin line. It keeps the 12-bit core and the 256-word array, but replaces the
The PIC10F202 is the second rung of Microchip’s six-pin line: same 12-bit core, same 33 instructions, same two-level stack, but 512 words of program memory