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DSP56F801FA60: Digital Signal Controller  Favorite

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DSP56F801 
56F801 - Data Sheet		Data Sheetspdf536179/28/2007
DSP56F801 - The 56F801 is a member of the 56800 core-based family of Digital Signal Controllers.

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DSP56F801E 
DSP56F801E Chip Errata DSP56F801 16-bit Digital Signal Processor		Erratapdf1091212/14/2005
DSP56F801E - Chip Errata DSP56F801 16-Bit Signal Processor. This document reports errata information on chip revisions.

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AN4334 
AN4334, Use of PGA on MC56F800x - Application Notes		Application Notespdf81003/14/2012
AN4334 - MC56F800x DSCs have two integrated Programmable Gain Amplifiers (PGA) that can amplify the differential signals by up to 32 times and convert it to the single ended signal, which is one of the on-chip ADC inputs. This application note describes the new enhanced features of PGA and the possible valid PGA configurations for different signal sampling schemes.

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AN4439 
Recovering MC56F8300 Family Devices from Extreme RFI		Application Notespdf22001/12/2012
AN4439 -

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AN1926 
Production Flash Programming for 56F800		Application Notespdf6933/2/2010
AN1926 - This application note presents techniques and detailed information on production programming of the Program, Data, and Boot Flash memory blocks in the 56F801, 56F803, 56F805, 56F807, and 56F826 components

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AN1942 
DSP56F80x Resolver Driver and Hardware Interface		Application Notespdf186518/30/2005
AN1942 - Resolver position sensors resemble small motors and are essentially rotary transformers so the coefficient of coupling between rotor and stator varies with shaft angle. A resolver is based on the comcept of encoding the shaft angle into sine and co-sine signals

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AN1947 
DSP56800 ADC		Application Notespdf37228/30/2005
AN1947 - This note describes what the data sheet specifications for the analog to digital converter mean, how they are calculated, and how they relate to real world signal impairments. In addition this note will introduce simple methods for getting the best performance out of the DSP56800 ADC and gives an overview of the differences in ADC performance for the various DSP56F8xx components.

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AN1931 
3-Phase PM Synchronous Motor Vector Control		Application Notespdf87731/30/2005
AN1931 - An application note for DSP56F80x Processors.

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AN1961 
3-Phase BLDC Motor Control with Quadrature Encoder Using the 56F800/E		Application Notespdf95007/29/2005
AN1961 -

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AN1965 
AN1965 Design of Indirect Power factor Correction Using the 56F800/E		Application Notespdf57017/29/2005
AN1965 - This document describes the design of an Indirect Power Factor Correction (PFC) application. It is based on Freescale's 56F800/E controllers, which are ideal for motor control applications.

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AN1983 
HCS12/16 to 56800/E Software Porting Considerations		Application Notespdf33917/29/2005
AN1983 - This document provides general information that will help in porting code from the HCS12/16 microcontroller cores to the higher-performance 56800/E cores. The 56800/E hybrid controllers provide a migration path for microcontrollers requiring additional resources and/or signal processing functionality, while maintaining the ease of MCU programmability.

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AN1932 
3-Phase SR Sensorless Motor Control using DSP56F80x		Application Notespdf106722/28/2005
AN1932 - An application note for DSP56F80x Processors

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AN1912 
DSP56F80x 3-Phase SR Motor Control with Hall Sensors using DSP56F80x		Application Notespdf74929/20/2005
AN1912 - Note describes the design example of a 3-phase SR Switched Reluctance) motor drive. It is based on Freescale DSP56F80x dedicated motor control device. The software design takes advantage of the SDK (Software Development Kit) developed by Motorola. Note includes description of Freescale DSP features, basic SR motor theory, system design concept, hardware implementation and software design including utilization of the PC master software visualization tool.

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AN1952 
Using Program Memory as Data Memory		Application Notespdf34909/20/2005
AN1952 - This document contains a Program Memory Functions Library which can be used for accessing data of various types stored in Program Memory.

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AN1913 
3-phase BLDC Motor Control with Sensorless Back-EMF ADC Zero Crossing Detection using DSP 56F80x		Application Notespdf13573.011/16/2005
AN1913 - This Application Note describes the design of a 3-phase sensorless BLDC motor drive with Back-EMF Zero Crossing using an AD convertor. It is based on Freescale's DSP56f80x family dedicated for motor control applications.

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AN1914 
3-Phase BLDC Motor Control with Sensorless Back EMF Zero Crossing Detection Using DSP56F80x		Application Notespdf1373111/16/2005
AN1914 - An application note for DSP5680x Processors

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AN1918 
Indirect Power Factor Correction for 3-Phase AC Motor Control with V/Hz Speed Open Loop Application Using DSP56F80x		Application Notespdf369111/16/2005
AN1918 - This application note describes the design of a Indirect Power Factor Correction (Indirect PFC) for a 3-phase AC Motor V/Hz Speed Open Loop application. It is based on Freescale's 56F80X digital signal processor(DSP) which is dedicated for motor control applications

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AN1933 
Synchronization of On-chip Analog to Digital Converter on DSP56F80x DSPs		Application Notespdf572111/16/2005
AN1933 - An application note for DSP56F80x Processors

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AN1935 
Programming On-Chip Flash Memories of DSP56F80x DSPs Using the JTAG/Once Interface		Application Notespdf458111/16/2005
AN1935 - This Application Note describes the internal structure of the JTAG port and OnCE module and their functionality with respect to accessing the on-chip Flash memory units. The following sections describe algorithms which must be implemented and their implementation using C programming language.

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AN1948 
Real Time Development of MC Applications using the PC Master Software Visualization Tool		Application Notespdf695111/16/2005
AN1948 - This application note describes the develoment of motor control applications using the PC master software visualization tool. It is a software tool for development and debugging of embedded applications in real time. It permits the reading, modification and visualization of arbitrary variables or parameters of a target application

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AN1916 
3-Phase BLDC Motor Control with Hall Sensors Using 56800/E Digital Signal Controllers
Application Notespdf203311/11/2005
AN1916 - An application note for 56800/E Digital Signal Controllers

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AN1930 
3-Phase AC Induction Motor Vector Control Using DSP56F80x		Application Notespdf89722/28/2004
AN1930 - An application note for DSP56F80x Processors.

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AN2263 
PC Master Software: Creation of Advanced Control Pages		Application Notespdf1648 012/17/2002
AN2263 - This application note describes the advanced techniques for creating PC master software Control Pages.

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AN2395 
PC Master Software Usage		Application Notespdf609 012/17/2002
AN2395 - The PC master software is a PC Windows(R)-based application providing various kinds of support for embedded applications. It is a very efficient tool that can be used for debugging, monitoring, and controlling the target application and for demonstrating the board application functionality.

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AN1920 
DSP56800 Hardware Interface Techniques		Application Notespdf106506/1/2001
AN1920 - Interface techniques to the DSP56800 Embedded DSP Controller family of devices are shown. This includes system interface, memory interface and peripheral interface examples. This document is intended to cover device interfacing for the DSP56F801, DSP56F803, DSP56F805, DSP56F807 and DSP56824 products.

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DSP56800FM 
DSP56800 16-Bit Digital Signal Processor Family Manual		Reference Manualspdf21933.111/22/2005
DSP56800FM - This manual describes the central processing unit of the DSP56800 family in detail. It is intended to be used with the appropriate DSP56800 family member user's manual

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DSP56F801-7UM 
DSP56F801-7UM 16-Bit Digital Signal Processor Users Manual		Users Guidespdf863983/13/2007
DSP56F801-7UM - The DSP56F801, DSP56F802, DSP56F803, DSP56F805, and DSP56F807 are members of the DSP56800 core-based family of digital signal controllers (DSCs). Combined on a single chip are the processing power of a DSP and the functionality of a micro controller and a flexible set of peripherals.

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DSP56F8XXBLUM 
56F8xx Serial Bootloader User Manual		Users Guidespdf28712.09/29/2005
DSP56F8XXBLUM - The Serial Bootloader has been developed to load and run a proprietary user application presented as an S-Record file into the Program and Data memory

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56800-EDEVFS 
56F800, 56F8300/8100, 56F8000 and 56850 Series Hardware Development Tools		Fact Sheetspdf11825/30/2005
56800-EDEVFS - Each EVM is fully supported by Processor Expert software and by an extensive and expanding line of add-on development system boards, enabling application-specific development of voice and data telecommunications systems and digital audio, as well as motion and industrial control. All of our solutions are also supported by a complete line of hardware emulation tools that attach to the JTAG port of the processors.

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56F801FLASHFS 
56F801 - Fact Sheet		Fact Sheetspdf7425/30/2005
56F801FLASHFS - The microprocessor-style programming model and optimized instruction set allow straightforward generation of efficient, compact code for both DSP and MCU applications. The instruction set is also highly efficient for C compilers to enable rapid development of optimized control applications.

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8_16BITPAK_D 
8/16-bit Controller Continuum Product Portfolio		Brochureshtm208/11/2003
8_16BITPAK_D - 8/16-bit product portfolio

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SG1004Q22009 
Digital Signal Processors and Controllers, SG1004		Selector Guidespdf93704/17/2009
SG1004Q22009 - SG1004 DSP563X Family, MSC7100 Family, MSC8100 Family, MSC8144 products and development tools outlined in this guide

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SG2068 
ARCHIVED - SG2068 Digitally Controlled Electronic Lighting Ballast-Building Control		Selector Guidespdf18163/31/2005
SG2068 - SG2068 Digitally Controlled Electronic Lighting Ballast New European and international legislation is mandating increased efficiencies in the two most innefficient light ballasts from 2005. Microntrollers offer the ideal low-cost solution.

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SG2037 
ARCHIVED - SG2037 Dishwashers		Selector Guidespdf19956/30/2005
SG2037 - Home appliance controls are changing from purely mechanical to fully electronic as microcontrollers are incorporated into the designs.

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SG2038 
ARCHIVED - SG2038 Refrigerators and Freezers		Selector Guidespdf19946/30/2005
SG2038 - Home appliance controls are changing from purely mechanical to fully electronic as microcontrollers are incorporated into the designs.

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SG2040 
ARCHIVED - SG2040 Washing Machines		Selector Guidespdf20756/30/2005
SG2040 - Home appliance controls are changing from purely mechanical to fully electronic as microcontrollers are incorporated into the designs. While providing intelligence, microcontrollers boost reliability, drive down costs, and improve energy efficiency

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SG2044 
ARCHIVED - SG2044 Dryers		Selector Guidespdf20046/30/2005
SG2044 - Home appliance controls are changing from purely mechanical to fully electronic as microcontrollers are incorporated into the designs. While providing intelligence, microcontrollers boost reliability, drive down costs, and improve energy efficiency

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SG2076 
ARCHIVED - SG2076 Robotic Arm		Selector Guidespdf21336/30/2005
SG2076 - MPC500 embedded microcontrollers are ideal for control-intensive applications like the robotic arm

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SG2083 
ARCHIVED - SG2083 Electromagnetic Actuator Control		Selector Guidespdf20136/30/2005
SG2083 - Uses complex algorithms to provide precise actuator control and flexibility

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SG2000CR 
ARCHIVED - SG2000CR Application Selector Guide Index and Cross-Reference		Selector Guidespdf14177/5/2005
SG2000CR - Cross-Reference and Application Selector Guides Index

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SG2041 
ARCHIVED - SG2041 Home Appliances Voice Control		Selector Guidespdf18737/5/2005
SG2041 - Control of a device with voice commands is now possible using hybrid architecture that combines a microcontroller (MCU) with a digital signal processor (DSP).

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SG2042 
ARCHIVED - SG2042 Power Line Modem Applications		Selector Guidespdf18837/5/2005
SG2042 - A power line modem, increasingly used for communication between several appliances and an integral component of the smart kitchen, once required both a microcontroller for general control and a specialized application-specific integrated circuit (ASIC) for coding/decoding and sending/receiving functions. Today, both the microcontroller and ASIC in a power line modem are often replaced by a digital signal processor (DSP).

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SG2067 
ARCHIVED - SG2067 Energy Meter		Selector Guidespdf17527/5/2005
SG2067 - Computes more electric parameters than electromechanical and simple electronic meters

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SG2074 
ARCHIVED - SG2074 Digital Switched-Mode Power Supply (SMPS)		Selector Guidespdf17627/5/2005
SG2074 - The main purpose of a power supply is to provide clean and stable power to a load, regardless of power grid conditions. The SMPS has been widely used in office equipment, computers, communication systems and other applications because of its high efficiency and high energy density.

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SG2087 
ARCHIVED - SG2087 Applying the DSP56F801, 803, and 805 in Magnetic Card Strip Encoders and Readers		Selector Guidespdf20527/5/2005
SG2087 - Combines processing power of a DSP, functionality of a microcontroller, and flexible set of peripherals on a single chip

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SG2039 
ARCHIVED - SG2039 Vacuum Cleaners		Selector Guidespdf6011/1/2005
SG2039 - This selector guide introduces Freescale's microcontrollers and sensors used to provide a variety of features to vacuum cleaner appliances

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SG2069 
ARCHIVED - SG2069 DSP56F80xx in Power Line Modem Applications		Selector Guidespdf218212/27/2004
SG2069 - Replaces power line microcontroller and ASIC

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DSP56800WP1 
Novel Digital Signal Processing Architecture With Microcontroller Featuers		White Paperspdf29217/27/2005
DSP56800WP1 - Novel Digital Signal Processing Architecture With Microcontroller Featuers

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DSP56800WP2 
DSP5680x Architecture Captures Best of DSP and MCU Worlds		White Paperspdf22827/27/2005
DSP56800WP2 - Freescale has introduced a new class of Digital Signal Processor (DSP) devices addressing the needs associated with motor control and other system control applications. These devices are referred to as the DSP56801, DSP56803, DSP56805 and DSP56807, collectively referred to as the DSP5680x.

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PCN8698 
CARBON FIBER ITW QFP TRAY CONVERSION		Product Change Noticeshtm10003/31/2003
PCN8698 -

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VDE_DSC_CLASSB_TEST_REPORT_  
VDE IEC 60730 Class B test report for the DSC56F8xxx controller		Reliability and Quality Informationpdf16411.09/15/2010
VDE_DSC_CLASSB_TEST_REPORT_ -

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56800SCI 
SCI Hands-on Exercise for 56800/E Digital Signal Controllers		Reports or Presentationspdf3106011/9/2005
56800SCI -

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ECS04A04 
Embedded Connectivity Summit 2004 - Introduction to 56800/E Digital Signal Controllers		Reports or Presentationspdf3804010/3/2005
ECS04A04 -

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ECS04D76 
Embedded Connectivity Summit 2004 - Getting Started with CodeWarrior™ Tools		Reports or Presentationspdf1344010/3/2005
ECS04D76 -

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ECS04P31 
Embedded Connectivity Summit 2004 - Overview of PowerLine Modem Reference Design for 56F80X		Reports or Presentationspdf1283010/3/2005
ECS04P31 -

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ECS04W65 
Embedded Connectivity Summit 2004 - 56800/E Digital Signal Controllers in Connectivity Applications		Reports or Presentationspdf171109/22/2004
ECS04W65 - 56800/E Digital Signal Controllers in Connectivity Applications

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