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AN2721GETTINGSTARTEDWITHDUALCO

Title	Title Getting Started with Dual Core
Name	Name AN2721GETTINGSTARTEDWITHDUALCO
Date	Date 07/03/2018
Application Categories	Application Categories Algorithms (Building Blocks) / DSP & Signal Conditioning
Product Categories	Product Categories Development Tools / MPLAB IDE dsPIC DSCs
Description	Description The dsPIC33C family is the first dual core device from Microchip. The dsPIC33C devices contain extensive Digital Signal Processor (DSP) functionality with a high-performance 16-bit MCU architecture. The Master core and Slave core can operate independently, and can be programmed and debugged separately during the application development. Both processor (Master core and Slave core) subsystems have their own interrupt controllers, clock generators, Debug support, port logic, I/O MUXes and PPS. The device is equivalent to having two complete dsPIC® DSCs on a single die.

Silicon Products

Title	Product	Title
dsPIC33CH128MP203 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP203	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP503 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP503	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP202 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP202	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP208 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP208	Dual Core, Two DSCs on One Chip
dsPIC33CH512MP506 Dual Core, Two DSCs on One Chip	dsPIC33CH512MP506	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP203 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP203	Dual Core, Two DSCs on One Chip
dsPIC33CH512MP508 Dual Core, Two DSCs on One Chip	dsPIC33CH512MP508	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP205 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP205	Dual Core, Two DSCs on One Chip
dsPIC33CH256MP208 Dual Core, Two DSCs on One Chip	dsPIC33CH256MP208	Dual Core, Two DSCs on One Chip
dsPIC33CH512MP205 Dual Core, Two DSCs on One Chip	dsPIC33CH512MP205	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP506 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP506	Dual Core, Two DSCs on One Chip
dsPIC33CH512MP505 Dual Core, Two DSCs on One Chip	dsPIC33CH512MP505	Dual Core, Two DSCs on One Chip
dsPIC33CH512MP208 Dual Core, Two DSCs on One Chip	dsPIC33CH512MP208	Dual Core, Two DSCs on One Chip
dsPIC33CH256MP505 Dual Core, Two DSCs on One Chip	dsPIC33CH256MP505	Dual Core, Two DSCs on One Chip
dsPIC33CH256MP206 Dual Core, Two DSCs on One Chip	dsPIC33CH256MP206	Dual Core, Two DSCs on One Chip
dsPIC33CH256MP205 Dual Core, Two DSCs on One Chip	dsPIC33CH256MP205	Dual Core, Two DSCs on One Chip
dsPIC33CH256MP508 Dual Core, Two DSCs on One Chip	dsPIC33CH256MP508	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP206 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP206	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP502 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP502	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP508 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP508	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP502 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP502	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP205 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP205	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP505 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP505	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP202 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP202	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP208 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP208	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP506 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP506	Dual Core, Two DSCs on One Chip
dsPIC33CH256MP506 Dual Core, Two DSCs on One Chip	dsPIC33CH256MP506	Dual Core, Two DSCs on One Chip
dsPIC33CH128MP508 Dual Core, Two DSCs on One Chip	dsPIC33CH128MP508	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP206 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP206	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP505 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP505	Dual Core, Two DSCs on One Chip
dsPIC33CH64MP503 Dual Core, Two DSCs on One Chip	dsPIC33CH64MP503	Dual Core, Two DSCs on One Chip
dsPIC33CH512MP206 Dual Core, Two DSCs on One Chip	dsPIC33CH512MP206	Dual Core, Two DSCs on One Chip