FACT SHEET MC56F83xxx MC56F83xxx DSC FAMILY The NXP NC56F83xxx family of performance-level DSCs features peripheral enhancements for high-performance digital power conversion and advanced motor control applications. OVERVIEW The MC56F83xxx performance-level DSC family is based on the 32-bit 56800EX DSP core, with both core and BUS frequency up to 100 MHz. The features of this product family now include support for dual-partition flash, flash ECC, USB FS OTG, CAN FD and boot ROM. In addition, the MC56F83xxx family offers enhanced DMA function (eDMA), an inter-module crossbar (XBAR) with more flexible event FEATURE AND BENEFITS generator, (EVTG), low-power high-speed ADC, extended 100 MHz 32-bit core provides math capabilities needed for RAM size and up to 16-channel high-resolution PWM, all for advanced power conversion and motor control applications high-performance digital power conversion and advanced motor control applications. Single-cycle math computations, fractional arithmetic support and parallel moves help improve performance, TARGET APPLICATIONS driving tighter and faster control loops Switched-mode power supply Up to 16-channel high-resolution PWM with 312 picosecond resolution enables higher switching Uninterruptable power supply frequencies, reducing cost and increasing efficiency Power distribution systems Two 12-bit high-speed low-power ADCs each with up to 3 MC56F83XXX DIGITAL SIGNAL CONTROLLERS BLOCK DIAGRAM Photovoltaic systems MSPS sampling rate improve system accuracy by reducing Wireless charging jitter on input values Advanced lighting MC56F83xxx DSC FAMILY BLOCK DIAGRAM Motor control (ACIM, BLDC, PMSM, SR, stepper) Core System Memories Flash w/ ECC SRAM 32-b 56800EX DSC Core Up to 256 KB Up to 64 KB Home appliances 100 MHz Inter-module Crossbar Boot ROM 32 KB Event Generator Debug Interface 4-ch. eDMA (EVTG) Industrial control JTAG/EOnCE CRC MRP LVI/POR/ onboard charger (OBC) Watchdog Brownout EV charging station Timers Analog Communications Clocks eFlexPWM 2 x 12-b ADC 2 2 x I C/SMBus 2 x SPI PLL Crystal 16-ch. w/ PGA USB FS OTG NanoEdge 2 x 12-b DAC 3 x UART 48 MHz OSC 200 kHz OSC Placer w/ PHY Quad Timer 4 x ACMP CAN FD 8-ch. w/ 8-b DAC 2 x PITs Optional 128 KB to 256 KB flash memory Memory protection capability CODEWARRIOR DEVELOPMENT provides scalability needed for increases system safety by restricting STUDIO FOR MICROCONTROLLERS performance-level digital power and user code from accessing key V11 motor control applications memory locations and peripherals The complimentary special- reserved for supervisor access 64 KB SRAM allows more code to edition Eclipse-based CodeWarrior execute from SRAM for faster speed One USB FS/LS 2.0 OTG controller Development Studio for supporting crystal-less operation Microcontrollers V11 is a complete 32 KB boot ROM support code helps to save on BOM cost 2 integrated development environment update through I C, UART and CAN, that provides a highly visual and no need to use the flash memory to One FlexCAN module supporting automated framework to accelerate store the bootloader more flash can Flexible Data Rate (CAN FD) and the development of the most complex be used for program and data CAN 2.0 B protocol helps enable embedded applications. real-time and cost-effective field Pin-to-pin compatible with the communication MC56F84xxx and MC56F82xxx FREEMASTER DSC families for performance and DEVELOPMENT TOOLS FreeMASTER is a complimentary, user- peripheral scalability friendly, real-time debug monitor and MC56F83000-EVK Development 5V-tolerant I/O provides design data visualization tool for application Board flexibility and system cost reduction development and information management. Supporting non-intrusive Enhanced direct memory access variable monitoring on a running (eDMA) controller provides more system, FreeMASTER allows the data flexible two-level loop control, from multiple variables to be viewed in further reducing core interruption an evolving oscilloscope-like display or and increasing performance in a common text format. Four analog comparators with For more information on DSC integrated 8-bit DACs speed system development tools, visit: www.nxp. event identification and emergency The MC56F83000-EVK is an ultra- com/dsc/developer. shutdown of PWM outputs low-cost development platform for the MC56F83xxx DSC family allowing rapid prototyping and application development. MC56F83XXX DSC FAMILY OPTIONS CPU Freq. High-Resolution 12-b 3MSPS Part Number Flash SRAM Flash Swap 12-b DAC CAN FD USB FS Package Temperature AEC-Q100 (MHz) PWM ADC MC56F83789VLL 100 MHz 256 KB 64 KB Yes Yes Yes Yes Yes Yes LQFP100 -40 C to 105 C No MC56F83769VLL 100 MHz 128 KB 48 KB Yes Yes Yes Yes Yes Yes LQFP100 -40 C to 105 C No MC56F83786VLK 100 MHz 256 KB 64 KB Yes Yes Yes Yes Yes No LQFP80 -40 C to 105 C No MC56F83766VLK 100 MHz 128 KB 48 KB Yes Yes Yes Yes Yes No LQFP80 -40 C to 105 C No MC56F83783VLH 100 MHz 256 KB 64 KB Yes Yes Yes Yes Yes No LQFP64 -40 C to 105 C No MC56F83763VLH 100 MHz 128 KB 48 KB Yes Yes Yes Yes Yes No LQFP64 -40 C to 105 C No MC56F83689VLL 100 MHz 256 KB 64 KB No No Yes No Yes Yes LQFP100 -40 C to 105 C No MC56F83686VLK 100 MHz 256 KB 64 KB No No Yes No Yes No LQFP80 -40 C to 105 C No MC56F83683VLH 100 MHz 256 KB 64 KB No No Yes No Yes No LQFP64 -40 C to 105 C No MC56F83663VLH 100 MHz 128 KB 48 KB No No Yes No Yes No LQFP64 -40 C to 105 C No MC56F83789AVLLA 100 MHz 256 KB 64 KB Yes Yes Yes Yes Yes Yes LQFP100 -40 C to 105 C Yes MC56F83769AVLLA 100 MHz 128 KB 48 KB Yes Yes Yes Yes Yes Yes LQFP100 -40 C to 105 C Yes MC56F83783AVLHA 100 MHz 256 KB 64 KB Yes Yes Yes Yes Yes No LQFP64 -40 C to 105 C Yes MC56F83763AVLHA 100 MHz 128 KB 48 KB Yes Yes Yes Yes Yes No LQFP64 -40 C to 105 C Yes MC56F83789AMLLA 100MHz 256 KB 64 KB Yes Yes Yes Yes Yes Yes LQFP100 -40 C to 125 C Yes MC56F83769AMLLA 100MHz 128 KB 48KB Yes Yes Yes Yes Yes Yes LQFP100 -40 C to 125 C Yes MC56F83783AMLHA 100MHz 256 KB 64KB Yes Yes Yes Yes Yes No LQFP64 -40 C to 125 C Yes MC56F83763AMLHA 100MHz 128 KB 48KB Yes Yes Yes Yes Yes No LQFP64 -40 C to 125 C Yes www.nxp.com/MC56F83xxx NXP and the NXP logo are trademarks of NXP B.V. All other product or service names are the property of their respective owners. 2021 NXP B.V. Document Number: MC56F83XXXFS REV 4