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MPC5674F: Qorivva 32-bit MCU for Powertrain Applications  Favorite

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MPC5674F 
MPC5674F Microcontroller - Data Sheet		Data Sheetspdf1294911/7/2012
MPC5674F - MPC5674F Microcontroller Data Sheet

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MPC5674FCE_3M17W 
Mask Set Errata for 3M17W		Erratapdf180Rev. 05 MAR 20134/7/2013
MPC5674FCE_3M17W - Contains the mask set errata information for mask 3M17W.

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AN4752 
AN4752: FreeMASTER Serial Driver Usage		Application Notespdf200905/31/2013
AN4752 - This document describes how to add the FreeMASTER serial driver software to your embedded application and configure it.

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AN4753 
Rational ClearCase Use in CodeWarrior 10.3		Application Notespdf36905/30/2013
AN4753 - This application note discusses the use of the Rational ClearCase version control system in CodeWarrior 10.3. It lists the files needed to maintain the project and describes how to install, set up, use, and uninstall the ClearCase plugin in CodeWarrior 10.3. The ClearCase plugin enables you to check files in and out directly from within CodeWarrior, so it makes the work much more effective.

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AN4648 
AN4648, VLE 16-bit and 32-bit Instruction Length Decode Algorithm - Application Notes		Application Notespdf23013/21/2013
AN4648 - AN4648: The Qorivva MPC56xx 32-bit microcontroller family built on Power Architecture technology provides a mechanism by which the e200 core implements interrupts and exceptions. This application note describes a method for decoding the length of VLE instructions, one which is used to correctly increment the returning address of the exception.

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AN4674 
Qorivva Boot Assist Module Application		Application Notespdf77202/13/2013
AN4674 - This application note provides instructions for creating an application program that is capable of uploading application program to the SoC via the BAM ESCI and CAN interface in either fixed baud rate mode or automatic baud rate detection mode.

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AN4731 
Understanding Injection Current on Freescale Automotive Microcontrollers - Application Note		Application Notespdf36716/5/2013
AN4731 -

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AN3971 
MPC567xF/MPC5676R Hardware Requirements/Example Circuits		Application Notespdf114408/15/2012
AN3971 - This application note shows the options of the MPC567xF and MPC5676R power supplies and the correct external circuitry required: • Power supplies, including digital supplies, analog supplies, SRAM standby supply, and phase-locked loop supply • Proper configuration of the PLL circuitry • Other major external hardware required for the device • Examples of other common external interfaces for communication physical devices, as well as typical analog circuitry

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AN4513 
AN4513, MPC5674F ECC Initialization and Application Information - Application Notes		Application Notespdf12204/4/2012
AN4513 - This application note describes the Error Correction Code (ECC) and its behavior within an application for the MPC5674F automotive microcontroller.

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AN4521 
C90FL Flash Recovery		Application Notespdf23215/2/2012
AN4521 -

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AN4035 
AN4035, System Integration Unit Lite Pin Multiplexing - Application Notes		Application Notespdf23504/29/2011
AN4035 - This document explains the pin-multiplexed connections and portions of the programming model for the external pins that are controlled by the System Integration Unit Lite (SIUL).

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AN4209 
Knock Filter		Application Notespdf35119/28/2011
AN4209 -

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AN4365 
AN4365, Qorivva MPC56xx Flash Programming Through Nexus/JTAG - Application Notes		Application Notespdf110809/21/2011
AN4365 - This application note first addresses the JTAG and Nexus communication protocol. The JTAG discussion includes the JTAG signals, TAP controller state machine, and the JTAG controller. After the communication protocols are described, this document goes into the details of the Freescale-provided flash memory drivers and the requirements of the external tool for flash programming. For the purpose of this document, the external tool consists of a PC application combined with interface hardware that connects the PC to the JTAG port on an MPC56xx board or module. This application note is intended for anyone wanting to develop a flash memory programming tool for the MPC56xx family of devices. Someone wanting to learn about the JTAG communication protocol, OnCE module, or the Nexus R/W access block may also find this application note beneficial.

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AN4264 
PMC Trimming of Internal Regulators and Low Voltage Detection		Application Notespdf7604/13/2011
AN4264 -

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AN4341 
Using the Performance Monitor Unit on the e200z760n3 Power Architecture Core		Application Notespdf36219/2/2011
AN4341 - The e200z7 core, which can be found on devices such as the MPC5674F, has a Performance Monitor Unit (PMU) to support execution profiling. This application note describes the PMU components, their function and how to use this feature to improve the software performance by understanding what the software is doing and exactly where the performance bottleneck happen.

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AN4147 
Tips and Tricks with DMA on MPC56xx		Application Notespdf13307/30/2010
AN4147 - This application note presents a set of simple examples using eDMA on MPC56xx and MPC55xx to emulate receiving and transmitting serial data over SPI and SCI. This additionally demonstrates advanced features of eDMA on these examples together with some other techniques to minimize CPU load and perform certain nontrivial tasks, such as SCI/SPI communication using eDMA and other peripherals. This does not include any software task.
AN4147SW.ZIP - Application Software files for AN4147.

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AN2865 
AN2865, Qorivva Simple Cookbook - Application Notes		Application Notespdf362144/20/2010
AN2865 - Simple code examples for manipulating different parts of the MPC5500 and MPC5600 devices.
AN2865SW - Code for the MPC5500 & MPC5600 Simple Cookbook application note.

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AN4088 
MPC5500/MPC5600 Nexus Support Overview - Application Notes		Application Notespdf147010/12/2010
AN4088 - This application note describes the required and optional features that are supported by each of the Nexus classes and shows the support class for each of the devices in the MPC5500 and MPC5600 families.

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AN4097 
AN4097, MPC5674F Software Initialization and Optimization - Application Notes		Application Notespdf21304/7/2010
AN4097 - This application note describes a recommended software initialization procedure for the MPC5674F 32-bit Power Architecture® automotive microcontroller. This covers the Power Architecture core, memory management unit (MMU), clock frequency (PLL), watchdog timers, flash memory controller, and internal static RAM. Recommended configuration settings for these modules will be given for the purpose of optimizing system performance.

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AN3903 
AN3903, MPC5566 to MPC5674F Migration Guide - Application Notes		Application Notespdf12008/20/2009
AN3903 - This document provides a summary of the significant differences in the MPC5566 and MPC5674F devices, and may be used as a help for planning a migration to the MPC5674F. (The information provided in this application note also applies to any other device in the MPC567xF family.) Note that the MPC5674F is available in both 416-pin and 516-pin packages and function of the device varies according to the package chosen. Where applicable, these differences are highlighted in the accompanying text.

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AN3772 
AN3772, Using the Knock Window eTPU Function - Application Notes		Application Notespdf8905/19/2009
AN3772 -
AN3772SW -

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AN3770 
AN3770, Using the FUEL eTPU Function - Application Notes		Application Notespdf10304/16/2009
AN3770 - This application note provides a simple C interface for the FUEL eTPU function used as part of the complete eTPU Set 2 Automotive Function Set. The functions can be used on any Freescale product that has an enhanced time processor unit (eTPU) module. Example code is available for MPC55xx and MPC563xM devices. This application note must be read in conjunction with application note AN2864 – General C Functions for the eTPU and application note AN3768 – eTPU Automotive Set (Set 2).
AN3770SW - This application note provides a simple C interface for the FUEL eTPU function used as part of the complete eTPU Set 2 Automotive Function Set. The functions can be used on any Freescale product that has an enhanced time processor unit (eTPU) module. Example code is available for MPC55xx and MPC563xM devices. This application note must be read in conjunction with application note AN2864 – General C Functions for the eTPU and application note AN3768 – eTPU Automotive Set (Set 2).

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AN3898 
AN3898 -- PCB Layout Guidelines for MPC5674x Switch Mode Power Supply (SMPS)		Application Notespdf7318/13/2009
AN3898 - Switched regulators have become popular for improved efficiency and frequency response compared to equivalent linear regulators. A system based on switched supplies can provide lower power consumption, reduce printed circuit board area, and reduce the cost of external components. The MPC5674F provides an internal SMPS regulator to provide the VDD, eliminating external VDD. To ensure that the switched regulator operates as designed, select appropriate components and design the PCB with some simple rules.

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AN3769 
AN3769, Using the Engine Position (CRANK and CAM) eTPU Functions - Application Notes		Application Notespdf69306/8/2009
AN3769 -
AN3769SW -

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AN3968 
Nexus Interface Connector for the MPC567xF		Application Notespdf39508/16/2001
AN3968 - This application note addresses all connector options and recommendations for the MPC567xF and MPC5676R devices. This includes the new high-speed parallel trace Samtec ERF8 connector, as well as the MICTOR-38 connector for backwards tool compatibility. A simple JTAG connector definition is included for reference as well.

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E200Z760RM 
e200z760n3 Power Architecture ® Core Reference Manual		Reference Manualspdf308526/27/2012
E200Z760RM - The primary objective of this manual is to describe the functionality of the e200z760n3 embedded microprocessor core for software and hardware developers. This book is intended as a companion to the EREF: A Programmer's Reference Manual for Freescale Embedded Processors. The e200z760n3 processor core is a low-cost implementation of Power Architecture® technology for embedded processors. It is a dual-issue, 32-bit, Power ISA-compliant design with 64-bit, general-purpose registers (GPRs).

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SPE2PIM 
Enhanced Signal Processing APU Extension Programming Interface Manual		Reference Manualspdf43801.0-23/9/2012
SPE2PIM -

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MPC5674FRM 
MPC5674F Microcontroller - Reference Manual		Reference Manualspdf7410612/5/2011
MPC5674FRM -

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EB793 
MISRA Compliance in Freescale Automotive C Language Header Files - Engineering Bulletin		Engineering Bulletinspdf17515/28/2013
EB793 -

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EB747 
FlexRay Protocol Command Status		Engineering Bulletinspdf20716/15/2011
EB747 - When a protocol command is issued to the Protocol Engine (PE), the application software must ensure that the protocol state change has successfully transitioned before issuing further protocol commands. This document describes the interpretation and use of the BSY bit and its meaning in the Protocol Operation Control Register (FR_POCR).

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EB758 
Using Qorivva Header Files In C		Engineering Bulletinspdf316010/10/2011
EB758 - This document describes how to use Qorivva header files in the C programming language. It highlights the instructions generated by C compilers and discusses the related consequences for the MCU’s hardware. This bulletin also presents typical use cases—such as peripheral register initialization, interrupt flag clearing, and software watchdog servicing—and makes recommendations for effective MCU header file usage.

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EB696 
EB696, New VLE Instructions for Improving Interrupt Handler Efficiency - Engineering Bulletins		Engineering Bulletinspdf25307/30/2008
EB696 - The VLE instruction set provides a mixture of 16 and 32-bit instructions that are used in the MPC55xx, MPC551x and MPC56xx, product families. This engineering bulletin details new VLE instructions that have been implemented to improve the efficiency of handling interrupts. These new instructions allow groups of volatile registers to be saved to or restored from the stack using a single instruction. These instructions allow for simpler coding within the interrupt handler, in some cases, quicker context save, and restore times.

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MPC5674FFS 
Qorivva MPC5674F Family - Fact Sheet		Fact Sheetspdf3522.011/20/2012
MPC5674FFS -

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