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MC56F82348MLHR NXP Semiconductors IC,MICROCONTROLLER,32-BIT,56800E CPU,CMOS,QFP,64PIN,PLASTIC
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56800E datasheet (4)

Part Manufacturer Description Type PDF
56800E Freescale Semiconductor IC 16-BIT DIGITAL SIGNAL CONTROLLERS Original PDF
56800EFM Freescale Semiconductor 16-bit Digital Signal Controllers Original PDF
56800EFM Freescale Semiconductor 16-bit Digital Signal Controllers Original PDF
56800ERM Freescale Semiconductor 16-bit Digital Signal Controllers Original PDF

56800E Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
56800E

Abstract: 56800 56800 core Training 568xx DSP56800 DSP56800E 3C 800E
Text: Getting Started with Motorola 56800/ 56800E DSPs Introduction This brief document will help you , Motorola 56800 and 56800E DSPs. Step 1: Gather the Material You will need four things to get started in your exploration of 56800/ 56800E DSPs: 1. Evaluation Module (EVM) Board Log on to the Motorola SPS , . You will then see a page listing all available tools. 56800 EVMs include: 56800E EVMs , / 56800E Training CD . 1 http://www.motorola.com/semiconductors 1/8 Getting Started with


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PDF 56800/56800E 56800E DSP56800 DSP56800E 568xx 56800 56800 core Training 3C 800E
1993 - DSP56F8323

Abstract: 56800E 0x77073096L usb LPT converter CRC-32 CRC32 0x45DF5C75 56F8356 56F8355 56F8014
Text: 56800E Flash Programmer User Guide 56800E 16-Bit Digital Signal Controllers 56800EFPUG Rev , Change Initial release 56800E Flash Programmer User Guide, Rev. 0 2 Freescale Semiconductor 56800E Flash Programmer User Guide The 56800E Flash Programmer provides a means to program the on-chip Flash of the 56800E DSC family. The Flash Memory blocks are programmed in circuit, using the JTAG/EOnCE interface. The 56800E Flash Programmer is suitable for both a low volume production environment as well as


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PDF 56800E 16-Bit 56800EFPUG 56800E DSP56F8323 0x77073096L usb LPT converter CRC-32 CRC32 0x45DF5C75 56F8356 56F8355 56F8014
56800E

Abstract: ieee 754
Text: User Manual ­ 56800E Family IEEE-754 Compliant Floating-Point Library Section 1. User Guide , in [1]. The following floating-point routines for the 56800E device family are implemented (see also , . 0.4 Freescale 56800E Family IEEE-754 Compliant Floating-Point Library User Guide 1 User , division the 56800E Family IEEE-754 Compliant Floating-Point Library 2 User Guide RCSL FP 1.0 - , : RCSL FP 1.0 - Rev. 0.4 Freescale 56800E Family IEEE-754 Compliant Floating-Point Library User


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PDF 56800E IEEE-754 56800E 16-bit 32-bit) ieee 754
2012 - Not Available

Abstract: No abstract text available
Text: box: C:\Freescale\ 56800E_FSESL_r2.01 \ 56800E_GFLIB_r2.0 \ 56800E_GFLIB.lib and click OK. Now, the , path into the box: C:\Freescale\ 56800E_FSESL_r2.01 \ 56800E_MCLIB_r2.0 \ 56800E_MCLIB.lib and click OK , typing the following path into the box: C:\Freescale\ 56800E_FSESL_r2.01 \ 56800E_GDFLIB_r2.0 \ 56800E_GDFLIB.lib , path into the box: C:\Freescale\ 56800E_FSESL_r2.01 \ 56800E_ACLIB_r2.0 \ 56800E_ACLIB.lib and click OK , files…' and select the file C:\Freescale \ 56800E_FSESL_r2.01 \ 56800E_GFLIB_r2.0 \include\gflib.h. See


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PDF AN4586
2006 - Luenberger observer

Abstract: Frac32 PMSM Luenberger Luenberger Luenberger Extended EMF pmsm motor back emf observer Luenberger Observers observer controller observer extended Luenberger
Text: dependent files: · 56800E_types.h · 56800E_MCLIB library · 56800E_GFLIB library · , . 3.3.5 Dependencies List of all dependent files: · 56800E_types.h · 56800E_MCLIB library · 56800E_GFLIB , 3 3 Dependencies List of all dependent files: · 56800E_types.h · 56800E_MCLIB library · , Advanced Control Library for 56800E User Reference Manual 56800E_ACLIB Rev. 1 06/2009 , own new folder named 56800E_ACLIB_rX.X , where X.X denotes the actual release number. This way of


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PDF 56800E 56800E 56800E, Luenberger observer Frac32 PMSM Luenberger Luenberger Luenberger Extended EMF pmsm motor back emf observer Luenberger Observers observer controller observer extended Luenberger
2004 - M68HCS12

Abstract: 56800E hcs12 cpu registers AN1983 HC12 HCS12 M68HC12 M68HC16 hcs12 index registers
Text: therefore do not use extension registers, while the 56800E's address registers are 24 bits in length and do , . This is needed to preserve the do-loop through interrupts and also for nested do-loops on the 56800E. , . This is a significant increase in throughput over the HCS12/HC16 cores. The 56800E , the , M68HCS12 25 (25/13) = 1.9 56800 80 (80/2) = 40 56800E 120 (120/1) = 120 56800E , compatible. The 56800E is the next-generation 56800 core, so these two processors are also very similar in


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PDF HCS12, 56800/E HCS12/HC16 HCS12 AN1983 M68HCS12 56800E hcs12 cpu registers AN1983 HC12 M68HC12 M68HC16 hcs12 index registers
2005 - 56800E

Abstract: DSP56800ERM DSP56852 DSP56852PB DSP56852UM DSP56852VF120
Text: Freescale Semiconductor 56852 Product Brief The first device in the 56800E family, the 56852 sets , algorithms and drivers 56800E CORE FEATURES The 56800E core is based on a Harvard-style architecture , . Features of the 56800E core include: · · · · · · · · · · · · · · · Efficient 16 , -Bit Quad Timer 56800E Core 120 MIPS Prog Chip Selects Data Memory PLL JTAG/OnCE SPI or ISSI , , real-time debugging · 81-pin MAPBGA package · Up to 11 GPIO PRODUCT DOCUMENTATION 56800E Reference


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PDF 56800E 81-pin DSP56852UM DSP56F852 DSP56852 DSP56852VF120 DSP56852PB DSP56800ERM DSP56852 DSP56852PB DSP56852UM DSP56852VF120
2004 - M68HCS12

Abstract: Architecture of HCS12 56800E HCS12 hcs12 index registers HC12 M68HC12 M68HC16
Text: .4 3.1.4 56800E.5 3.2 Instruction Set , 56800 are 16-bit address machines and therefore do not use extension registers, while the 56800E's , nested do-loops on the 56800E. The size flag is used to predict impending data overflow before it , 56800E , the second-generation hybrid core, provides a maximum performance of 120 MIPS at 120MHz core , (16/12) = 1.3 M68HCS12 25 (25/13) = 1.9 56800 80 (80/2) = 40 56800E 120


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PDF AN1983/D HCS12/HC16 56800/E M68HCS12 Architecture of HCS12 56800E HCS12 hcs12 index registers HC12 M68HC12 M68HC16
2004 - 56800E

Abstract: 56F8300 CG56800E DSP56800 DSP56800E M56800E
Text: upgrade from the 56800 to the 56800E. This approach works fine for the SDM; however, since the 56800 , Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. 56800E Coding Guidlines for , . . . . . . . . . . . . . . . . . . . . . . . . 1-1 Conversion of 56800 Instructions to 56800E , Semiconductor, Inc. Freescale Semiconductor, Inc. ii 56800E Coding Guidelines for SDM and LDM For , Semiconductor, Inc. iv 56800E Coding Guidelines for SDM and LDM For More Information On This Product, Go


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PDF 56800E 56F8300 CG56800E 56800E 56F8300 CG56800E DSP56800 DSP56800E M56800E
2005 - 56800E

Abstract: CG56800E DSP56800 DSP56800E DSP56800ERM DSP56800FM
Text: easily upgrade from the 56800 to the 56800E. This approach works fine for the SDM; however, since the , 56800E Coding Guidelines for Small Data Memory and Large Data Memory Model 56800E 16 , Instructions to 56800E Instructions . . . . . . . . . . . . . . . . . 2-1 LoadRx, StoreRx, and TestRx Macros . , Table of Contents, Rev. 1 Freescale Semiconductor Preliminary i 56800E Coding Guidelines, Rev , Use Macros to Convert 56800 or 56800E Assembly Code . . . . . . . . . . . . . . . . . . . .


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PDF 56800E 16-bit CG56800E 56800E CG56800E DSP56800 DSP56800E DSP56800ERM DSP56800FM
2005 - cop interface

Abstract: 56800E DSP56800E DSP56800ERM DSP56854 DSP56854FG120 DSP56854PB "quad Timer"
Text: Digital Signal Controllers 56854 Target Applications > Stand-alone MP3 player > Voice processing > Multiprocessor telephony systems > Digital telephone answering device The 56800E core , recognition and command > General-purpose devices 56800E Core Features Benefits > Embedded modem , (2) SCI ESSI 56800E Core Data Memory PLL 32 KB SRAM > Software subroutine and interrupt , description of the 56800E architecture, 16-bit DSP core processor and the instruction set Order Number


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PDF 56800E 56854FS DSP56854 DSP56854FG120 cop interface DSP56800E DSP56800ERM DSP56854 DSP56854FG120 DSP56854PB "quad Timer"
2003 - 56800E

Abstract: DSP56800E DSP56854 DSP56854FG120 SPAK56854FG120
Text: Fabricated in high-density CMOS with 3.3V, TTL-compatible digital inputs 56800E Core 120 MIPS Time of , . 56800E CORE FEATURES HYBRID MCU/DSP The 56800E core is based on a Harvard-style architecture , . Features of the 56800E core include: 56854 PRODUCT DOCUMENTATION DSP56800E Reference Manual · 120 , DSP5685x User's Manual Detailed description of the 56800E architecture, 16-bit DSP core processor and


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PDF 16-bit DSP56854 DSP56854FG120 SPAK56854FG120 DSP56854PB/D 56800E DSP56800E DSP56854 DSP56854FG120 SPAK56854FG120
2003 - 56800E

Abstract: DSP56800E DSP56857 DSP56857BU120 SPAK56857BU120 harvard architecture block diagram
Text: in high-density CMOS with 3.3V, TTL-compatible digital inputs 56800E Core 120 MIPS Time of , , Go to: www.freescale.com · Wait and Stop modes available Freescale Semiconductor, Inc. 56800E CORE FEATURES HYBRID MCU/DSP The 56800E core is based on a Harvard-style architecture consisting , 56800E core include: 56857 PRODUCT DOCUMENTATION DSP56800E Reference Manual · 120 Million , Detailed description of the 56800E architecture, 16-bit DSP core processor and the instruction set ·


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PDF 16-bit DSP56857 DSP56857BU120 SPAK56857BU120 DSP56857PB/D 56800E DSP56800E DSP56857 DSP56857BU120 SPAK56857BU120 harvard architecture block diagram
2005 - 56800E

Abstract: DSP56800ERM DSP56853 DSP56853FG120 DSP56853PB
Text: data memory increases capabilities of device for larger algorithms FEATURES The 56800E core is , optimized control applications. Features of the 56800E core include: · · · · · · · · · · · · · , 56800E Core 120 MPS Time of Day Data Memory PLL JTAG/OnCE © Freescale Semiconductor, Inc., 2005 , * Each peripheral I/O can be used alternately as a General Purpose I/O PRODUCT DOCUMENTATION 56800E Reference Manual Detailed description of the 56800E architecture, 16-bit core processor and the


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PDF DSP56800ERM 5685x DSP5685xUM DSP56F853 DSP56853 DSP56853FG120 DSP56853PB 56800E DSP56800ERM DSP56853 DSP56853FG120 DSP56853PB
2005 - 56800E

Abstract: DSP56800ERM DSP56852VF120 DSP56858 DSP56858PB
Text: module provide support for 5.1 channel surround sound for audio applications FEATURES The 56800E , optimized control applications. Features of the 56800E core include: · · · · · · · · · · · · · , 56800E Core 120 MPS Time of Day Data Memory PLL JTAG/OnCE © Freescale Semiconductor, Inc., 2005 , peripheral I/O can be used alternately as a General Purpose I/O PRODUCT DOCUMENTATION 56800E Reference Manual Detailed description of the 56800E architecture, 16-bit core processor and the instruction


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PDF DSP5685xUM DSP56F858 DSP56858 DSP56852V120 DSP56852VF120 DSP56858PB 56800E DSP56800ERM DSP56852VF120 DSP56858 DSP56858PB
2005 - 56800E

Abstract: DSP56800ERM DSP56854 DSP56854FG120 DSP56854PB
Text: words data memory increases capabilities of device for larger algorithms FEATURES The 56800E core , optimized control applications. Features of the 56800E core include: · · · · · · · · · · · · · , 56800E Core 120 MPS Time of Day Data Memory PLL JTAG/OnCE © Freescale Semiconductor, Inc., 2005 , * Each peripheral I/O can be used alternately as a General Purpose I/O PRODUCT DOCUMENTATION 56800E Reference Manual Detailed description of the 56800E architecture, 16-bit core processor and the


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PDF 16-bit DSP56800ERM 5685x DSP5685xUM DSP56F854 DSP56854 DSP56854FG120 DSP56854PB 56800E DSP56800ERM DSP56854 DSP56854FG120 DSP56854PB
2005 - 1k SRAM

Abstract: 56800E DSP56855 DSP56855BU120 DSP56855PB
Text: capabilities of device for larger algorithms FEATURES The 56800E core is based on a Harvard-style , . Features of the 56800E core include: · · · · · · · · · · · · · · · Efficient 16 , ROM 1K x 16 ESSI Up to 18 GPIO 16-Bit Quad Timer 56800E Core 120 MPS Time of Day Data , of Day (TOD) · Up to 18 GPIO PRODUCT DOCUMENTATION 56800E Reference Manual Detailed description of the 56800E architecture, 16-bit core processor and the instruction set Order Number


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PDF 100-pin 16-bit DSP5685xUM/D DSP56F855/D DSP56855 DSP56855BU120 DSP56855PB 1k SRAM 56800E DSP56855 DSP56855BU120 DSP56855PB
2003 - 56852

Abstract: 56800E DSP56800E DSP56852 DSP56852VF120
Text: including algorithms and drivers 56852 16-BIT DIGITAL SIGNAL PROCESSORS The first device in the 56800E , Boot ROM 1K x 16 Up to 11 GPIO 16-Bit Quad Timer 56800E Core 120 MIPS Data Memory PLL , 56800E CORE FEATURES HYBRID MCU/DSP The 56800E core is based on a Harvard-style architecture , . Features of the 56800E core include: 56852 PRODUCT DOCUMENTATION DSP56800E Reference Manual · Four , : DSP56800ERM/D DSP56852 User's Manual Detailed description of the 56800E architecture, 16-bit DSP core


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PDF 81MAPBGA 81-pin DSP56852 DSP56852VF120 DSP56852PB/D 56852 56800E DSP56800E DSP56852 DSP56852VF120
2005 - MIPS 16-bit bus architecture

Abstract: 56800E DSP56800ERM DSP56857 DSP56857BU120 DSP56857PB harvard architecture
Text: applications FEATURES The 56800E core is based on a Harvard-style architecture consisting of three , compilers, enabling rapid development of optimized control applications. Features of the 56800E core , Up to 47 GPIO 16-Bit Quad Timer SPI 56800E Core 120 MPS Time of Day Data Memory PLL , PRODUCT DOCUMENTATION 56800E Reference Manual Detailed description of the 56800E architecture, 16


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PDF 100-pin 16-bit DSP56800ERM 5685x DSP5685xUM DSP56F857 DSP56857 DSP56857BU120 DSP56857PB MIPS 16-bit bus architecture 56800E DSP56800ERM DSP56857 DSP56857BU120 DSP56857PB harvard architecture
2003 - 56800E

Abstract: DSP56800E DSP56855 DSP56855BU120 SPAK56855BU120
Text: Chip Selects 2 KB Boot ROM ESSI Up to 18 GPIO 16- Bit Quad Timer (2) SCI 56800E Core , . 56800E CORE FEATURES HYBRID MCU/DSP The 56800E core is based on a Harvard-style architecture , . Features of the 56800E core include: 56855 PRODUCT DOCUMENTATION DSP56800E Reference Manual · 120 , DSP5685x User's Manual Detailed description of the 56800E architecture, 16-bit DSP core processor and


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PDF 16-bit DSP56855 DSP56855BU120 SPAK56855BU120 DSP56855PB/D 56800E DSP56800E DSP56855 DSP56855BU120 SPAK56855BU120
2003 - 56800E

Abstract: DSP56800E DSP56858 DSP56858FV120 DSP56858VF120
Text: · 120 MIPS at 120MHz 56800E Core 120 MIPS Time of Day Data Memory PLL RAM 24K x 16 , and Stop modes available Freescale Semiconductor, Inc. 56800E CORE FEATURES HYBRID MCU/DSP The 56800E core is based on a Harvard-style architecture consisting of three execution units , , enabling rapid development of optimized control applications. Features of the 56800E core include , description of the 56800E architecture, 16-bit DSP core processor and the instruction set · Four 36


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PDF 16-bit DSP56858 DSP56858FV120 DSP56858VF120 DSP56858PB/D 56800E DSP56800E DSP56858 DSP56858FV120 DSP56858VF120
2007 - AN3337

Abstract: MC56F8013 programming 56F83xx 56800E 56F8013 56F8000 74HCT244
Text: from all TAP controllers and the TLM. If the EOnCE module is not accessed using the master or 56800E core TAP controllers, the maximum TCK frequency is 1/4 the maximum frequency for the 56800E core. When accessing the EOnCE module through the 56800E core TAP controller, the maximum frequency for TCK is 1/8 the maximum frequency for the 56800E core. The TCK pin has a pull down non-disabled resistor. TDI Test , TAP, or the 56800E core TAP controller. It operates in the Shift-IR and Shift-DR controller states of


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PDF AN3337 MC56F8013 AN3337 programming 56F83xx 56800E 56F8013 56F8000 74HCT244
2003 - addressing modes of dsp processors

Abstract: 56800E DSP56800E DSP56853 DSP56853FG120 SPAK56853FG120
Text: Selects 2 KB Boot ROM 16-Bit Quad Timer (2) SCI ESSI Up to 41 GPIO 56800E Core 120 MIPS , , Inc. 56800E CORE FEATURES HYBRID MCU/DSP The 56800E core is based on a Harvard-style , . Features of the 56800E core include: 56853 PRODUCT DOCUMENTATION DSP56800E Reference Manual · 120 , DSP5685x User's Manual Detailed description of the 56800E architecture, 16-bit DSP core processor and


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PDF 16-bit DSP56853 DSP56853FG120 SPAK56853FG120 DSP56853PB/D addressing modes of dsp processors 56800E DSP56800E DSP56853 DSP56853FG120 SPAK56853FG120
2003 - 56800E

Abstract: DSP56800E DSP56852 DSP56852VF120 SPAK56852VF120
Text: first device in the 56800E family, the 56852 sets a new price per performance standard, offering 120 , Memory I/F Prog Chip Selects · Computer Operating Properly (COP)/Watchdog Timer 56800E Core , : www.freescale.com · Wait and Stop modes available Freescale Semiconductor, Inc. 56800E CORE FEATURES HYBRID MCU/DSP The 56800E core is based on a Harvard-style architecture consisting of three execution , compilers to enable rapid development of optimized control applications. Features of the 56800E core


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PDF 81MAPBGA DSP56852 DSP56852VF120 SPAK56852VF120 DSP56852PB/D 56800E DSP56800E DSP56852 DSP56852VF120 SPAK56852VF120
2005 - simple surround circuit diagram

Abstract: 56800E DSP56800E DSP56800ERM DSP56858 DSP56858FV120 DSP56858PB DSP56858VF120
Text: devices The 56800E core is based on a Harvard-style architecture consisting of three execution units , automotive hands-free. 56800E Core Features > Supports multiple processor connections > Single-cycle , instructions for compact code (2) SCI (2) ESSI 56800E Core Data Memory PLL 48 KB SRAM > Software , Reference Manual Detailed description of the 56800E architecture, 16-bit DSP core processor and the


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PDF 56800E 56858FS DSP56858 DSP56858VF120 simple surround circuit diagram DSP56800E DSP56800ERM DSP56858 DSP56858FV120 DSP56858PB DSP56858VF120
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