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Product Literature and Technical Training

Motorola Master Selection Guide

Product Literature and Technical Training
Motorola Master Selection Guide
Product Literature and Technical Training
Technical Data Services
Motorola Semiconductor Master Selection Guide
For the identification and preliminary components for circuit and system designs selection of
For the design engineer, the Motorola Master Selection Guide is perhaps the most important single document for the identification and preliminary selection of components for circuit and system designs. Within its pages is a complete listing and description of Motorola semiconductor devices currently in general use, and those recommended for new designs. It serves two purposes: 1. It lists all standard products in the vast Motorola semiconductor inventory for rapid identification. 2. It divides this total product offering into a variety of major product categories, with sufficient technical information to permit an intelligent first-order evaluation as to the most suitable devices for a specific application.
Mfax - Touch-Tone Fax
Mfax offers access to over 30, 000 Motorola documents for faxing to customers worldwide. With menus and voice instruction, customers can request the documents needed using their own touch-tone telephones from any location 7 days a week and 24 hours a day. A number of features are offered within the Mfax system, including HOT DOCS (4-digit code identifiers for currently referenced promotional or advertising material), product data sheets, application notes, engiineering bulletins, article reprints, selector guides, Literature Order Forms, and Technical Training Information. Motorola has a full time staff dedicated to supporting the Internet service as well as the Mfax Touch-Tone Faxing service. How to reach us: MFAX: RMFAX0@email.sps.com or (602) 244-6609 or 1-800-774-1848 (U.S. and Canada)
Motorola SPS World Marketing Internet Server
Motorola Master Selection Guide
Product Literature and Technical Training
Motorola Data and Application Literature
universities, and from the industry, add their individual contributions to the collective literature. From these, Motorola has selected a number of texts which add substantially to the comprehension and applications of some of the more complex products. By buying these in large quantities and providing them to customers at lower than retail cost, Motorola hopes to foster a more comprehensive acquaintance with these products at greatly reduced prices. For complete summaries and prices, order BR101 / D from the Literature Distribution Center.
Data Books and Handbooks
BR1333 / D, Timing Solutions BR1334 / D, High Performance Frequency Control Products DL110 / D, RF Device Data DL111 / D, Bipolar Power Transistor Data DL118 / D, Optoelectronics Device Data DL121 / D, FAST and LS TTL Data DL122 / D, MECL Device Data DL126 / D, Small-Signal Transistors, FETs and Diodes Device Data DL128 / D, Analog / Interface ICs Device Data DL129 / D, High Speed CMOS Data DL131 / D, CMOS Logic Data DL135 / D, TMOS Power MOSFET Transistor Data DL136 / D, Communications Device Data DL137 / D, Thyristor Device Data DL138 / D, FACT Data DL140 / D, ECLinPS and ECLinPS Lite DL150 / D, TVS / Zener Device Data DL151 / D, Rectifier Device Data DL155 / D, Dynamic RAMs & Memory Modules Data DL156 / D, Fast Static RAM - Component and Module Data DL158 / D, Multimedia Device Data DL159 / D, LonWorks Technology Device Data DL200 / D, Pressure Sensor Device Data DL201 / D, FPGA Data: Field Programmable Gate Arrays HB205 / D, MECL System Design Handbook HB214 / D, Rectifier Applications Handbook HB215 / D, RF Application Reports
Selector Guides & Application Literature (continued)
Selector Guides & Application Literature
BR101 / D, Technical and Applications Literature Catalog BR518 / D, Reliability & Quality Handbook BR729 / D, Motorola 68K Source - Third Party Vendor Catalog BR916 / D, Packaging Manual for ASIC Arrays BR923 / D, Communications, Power & Signal Technologies Group - Reliability Audit Report BR1100 / D, Microprocessor and Memory Technologies Group: Reliability and Quality Report
Product Literature and Technical Training
Motorola Master Selection Guide
Motorola Data and Application Literature: Selector Guides & Application Literature (continued)
SG171 / D, Fast Static RAM Product Update SG172 / D, Dynamic Memory Update SG173 / D, CSIC Microcontrollers: Modular Development Tools SG175 / D, RISC Microprocessor Division: The PowerPC Microprocessor Family SG265 / D, Power MOSFETs Product Update SG266 / D, Bipolar Power Transistors Product Update SG267 / D, Rectifier Product Update SG268 / D, Thyristor Product Update SG271 / D, D2PAK Surface Mount Selector Guide SG273 / D, Optoelectronic Operations Selector Guide SG274 / D, Zener Operations Selector Guide SG275 / D, Small-Signal Operations: Surface Mount Packages SG365 / D, Timing Soutions Selector Guide SG367 / D, High-Performance Gate Arrays SG370 / D, Discrete Surface Mount Selector Guide SG375 / D, Silicon Solutions for Motion Control SG417 / D, Semiconductor Products for Wireless Communications SG422 / D, PowerPC Microprocessors Product Overview SG423 / D, TIGER: The Integrated Guide to European RAMs SG424 / D, EAGLES: European Analog Guide for Leading & Emerging Systems SG425 / D, Lamp Ballast Selector Guide SG426 / D, DINO: Discrete Innovation News Overview
(continued)
Motorola Master Selection Guide
Product Literature and Technical Training
Motorola Master Selection Guide
Motorola Data and Application Literature:
(continued) DK305 / D, PLL Frequency Planning DK306 / D, PLL Lock-in Time Analysis SG73 / D, Master Selection Guide SEMIVID / D, Basic Semiconductor Videos Dr. BuB, DSP Electronic Bulletin Board Freeware Line, Microcontroller Electronic Bulletin Board
Technical Data Services
DK105 / D, Scattering Parameter Library DK106 / D, Scattering Parameter Plotting Utility DK107 / D, Impedance Matching Program DK202 / D, Spice Disk for AN1043 / D 3.5 (Mac) DK301 / D, Spice Disk for AN1043 / D 3.5 (MS-DOS)
Motorola Master Selection Guide
Product Literature and Technical Training
Motorola Application Literature
Semiconductors in theory and practice
Product Literature and Technical Training
Motorola Master Selection Guide
Motorola Technical Training Courses
Jay Nunez Director Technical Operations
Sherril A. Harmon Manager Technical Training
Motorola Master Selection Guide
Product Literature and Technical Training
Motorola Technical Training Courses (continued) DSP561xx Family Microprocessor
Description: This is a four-day course in which the student (with digital signal processing design experience) learns to design with the DSP561xx digital signal processor. The course consists of lectures, labs, and exercises. Prerequisites: The student must have knowledge of at least one microprocessor and its assembly language. A prior understanding of digital signal processing theory is important for those whose applications are DSP oriented. Prerequisites: This course assumes no prior knowledge of the DSP56001 device.
MC68HC05 / 08 Microcontroller
Description: This is a four-day introductory course to the 68HC08 microcontroller family. This course covers the major modules of the 68HC08 including discrete I / O, timer functions, serial communications interfaces, multiplex communications modules, and the exception related modules. Many application examples are included. If needed, or if the actual target platform is the HC05, there is one-day (optional) added to the beginning of the class. Prerequisites: No prior MC68HC08 knowledge is assumed. Some basic understanding of embedded system operations and their target applications is helpful.
DSP5600x Family Microprocessor (with intro to DSP563xx / 6xx)
Description: This is a five-day course in which the student (with digital signal processing design experience) learns to design with the DSP5600x digital signal processor. The course consists of lectures, labs, and exercises. Prerequisites: The student must have knowledge of at least one microprocessor and its assembly language. A prior understanding of digital signal processing theory is important for those whose applications are DSP oriented.
MC68HC11 Microcontroller Family
Description: This is a four-day introduction to the MC68HC microcontroller family which covers major features of this industry-standard microcontroller. Students will understand how to program and apply all the major subsystems of the MC68HC11 including discrete I / O, timer functions, serial communication interfaces, analog to digital conversion, and the computer operating properly (COP) watchdog timer. Many application examples are included. Prerequisites: Students should have a basic understanding of embedded system operations and their target application.
DSP563xx / 6xx Family Digital Signal Processor
Description: This is a two or four-day course in which the student (with digital signal processing design experience) learns to design with the DSP563xx / 6xx digital signal processor. Students who have DSP5600x experience may choose to attend the last two days only. The course consists of lectures, labs, and exercises. Prerequisites: The student must have knowledge of at least one microprocessor and its assembly language. A prior understanding of digital signal processing theory is important for those whose applications are DSP oriented.
MC68HC12 Microcontroller
Description: This three-day course is designed to help the student understand the MC68HC12 family and their applications. The student will write I / O routines to configure an entire system to meet application requirements. Applications such as angle base engine control, anti-skid breaking system and serial communication will be discussed in detail. Prerequisites: 8 or 16-bit microcontroller knowledge and design experience will be helpful.
DSP568xx Family Digital Signal Processor
Description: This is a four-day course in which the student (with digital signal processing design experience) learns to design with the DSP568xx digital signal processor. The course consists of lectures, labs, and exercises. Prerequisites: The student must have knowledge of at least one microprocessor and its assembly language. A prior understanding of digital signal processing theory is important for those whose applications are DSP oriented.
MC68HC16 Microcontroller Family
Description: This is a four-day course in which the MC68HC16 family major features are covered, including the CPU16, general purpose timer, and analog-to-digital converter. In addition, the system integration module, single-chip integration module, queued serial module, standby RAM, multi-channel communications interface, and time processor unit will be covered. Lecture, labs and exercises are a major part of the learning process for this course. Prerequisites: Knowledge of microprocessor fundamentals. Previous experience with either MC68HC05 or MC68HC11 is helpful.
DSP96002 Microprocessor
Description: This course prepares the student for designing systems which include the DSP96002. The course consists of four days of lecture.
Product Literature and Technical Training
Motorola Master Selection Guide
Motorola Technical Training Courses (continued) MC68332 Embedded Controller
Description: This is a five-day intensive introduction to the MC68332 embedded controller family. Students will understand how to program and apply all the major subsystems of the 68332, including discrete I / O, timer functions, serial communication interfaces, analog to digital conversion, computer operating properly (COP) watchdog timer. Many application examples are included. Prerequisites: Students should have a basic understanding of embedded system operations and their target application. instruction set, addressing modes, exception processing, and an overview of the caches and memory management unit in 020 / 030 / 040. The course consists of lectures, exercises, and labs. Prerequisites: A basic understanding of microprocessor systems and assembly language is required.
MC68EC / 040 / 060 Microprocessors
Description: This is a two-day course which covers all the hardware and system aspects of both the MC68040 and MC68060 members. The first one and a half days is used to cover the MC68040 and the common issues of the MC68060. The last half day is used to point out MC68060 differences and the new features. Prerequisites: Students should have complete familiarity with the software aspects of the M68K family. Students who also need the software and programming background may attend the M68K family programming course offered in the same week.
MC68376 Microcontroller
Description: This is a five-day intensive introduction to the MC68376 microcontroller. Students will understand how to program and apply all the major sub-systems of the 68376, including discrete I / O, time processor unit, the configurable timer module, the queued analog to digital converter, the queued serial module, and the Toucan module. Application examples are included. Prerequisites: Students should have a basic understanding of embedded systems operations and their target application.
MC68302 Integrated Multiprotocol Processor
Description: This is a four-day course in which students learn to design and write programs for the various chip submodules. This includes the MC68000 core, communication processor (CP) and system integration block (SIB). The course consists of lectures, exercises, and labs. Prerequisites: Students need the software and hardware understanding of the MC68000 processor.
ANSI C for Embedded Systems
Description: This four-day course is a fast-paced introduction to programming Motorola microcontrollers using the C language. The course covers all essential C language constructs their typical implementation on Motorola microcontrollers and how to strategically design embedded system C software. Particular attention is paid to unique embedded system issues such as compiler ROM and RAM usage and throughput minimization. Hands-on lab exercises reinforce all major topics and use commercially available cross-compilers and simulators. Prerequisites: Students should have a basic understanding of the 68HC11 or 68332 microcontroller and embedded systems operation. No familiarity with C is assumed.
MC68360 QUICC-QUad Integrated Communication Controller
Description: This is a four-day course in which students learn to design and write programs for the various chip modules. This includes the CPU32+ core, communication processor module (CPM) and system integration module (SIM60). Labs are a major part of the learning process lecture and exercises are also a part of the course. Prerequisites: To benefit most from the course, a S / W and H / W understanding of the MC68000 microprocessor is a requirement.
MC68EC / 000 Microprocessor
Description: This is a four-day course which covers both the software and hardware aspects of the MC68EC / 000 processor. The course will cover programming model, data types, instruction set, addressing modes, exception processing, signal function and characteristics. Prerequisites: A basic understanding of microprocessor systems, digital logic and memory concepts is required.
Description: This is a three-day course in which students will learn to design with the CPU32 / CPU32+, DMA channels, timers, serial I / O modules, and system integration module. The course consists of lectures, exercises, and labs. Prerequisites: Students need the software and hardware understanding of the M68K processor family.
MC68EC / 000 Family Programming
Description: This is a three-day course which presents the software functionality of all the MC68 / EC0x0 microprocessors. The course covers the programming model, data types,
Motorola Master Selection Guide
Product Literature and Technical Training
Motorola Technical Training Courses (continued) PowerPC 6xx Family Microprocessor
Description: The MPC6xx is primarily targeted for the desktop marketplace. The PowerPC MPC6xx course is a four- day course that details all publicly announced MPC6xx implementations such as the MPC602, MPC603 and MPC604. This course contains lectures, labs, and exercises. Prerequisites: The student must have advanced microprocessor and assembly language knowledge. An understanding of memory management, multi-processing / master, and cache concepts is also beneficial. Prerequisites: To benefit most from the course, some S / W and H / W understanding of the PowerPC RISC processor is a requirement. However, if students do not have this requirement, the first day is a must to attend. The first day will cover PowerPC basics and fundamentals.
TPU Microcode
MPC505 PowerPC Microcontroller
Description: This is a three-day course in which the student learns to design with the embedded PowerPC core, system integration unit (SIU), and associated components of the MPC505. The course consists of lectures and exercises. Prerequisites: The student must have advanced microprocessor and assembly language knowledge. PowerPC experience is not required.
ColdFire MCF5200
MPC821 PowerPC Integrated Microcontroller
Description: This is a four-day course in which the student learns to design with the MPC821, i.e. the embedded PowerPC core, and the enhanced communications processor module. The course will contain lectures, labs, and exercises. Prerequisites: The student must have advanced microprocessor and assembly language knowledge. The first day of this course is optional, intended for designers with no PowerPC background.
MPC860 Power QUICC-QUad Integrated Communication Controller
Description: This is a four-day course in which students learn to design and write programs for the various chip submodules. This includes the embedded PowerPC Core, the RISC communication processor module (CPM), and system integration unit. Labs are a major part of the learning process lectures and exercises are also a part of the course.
Product Literature and Technical Training
Motorola Master Selection Guide
Motorola Technical Training Courses (continued)
For information regarding the following courses, call (800) 262-5486. RTEK support and course information offered by Embedded System Product, Inc. Please call (800) 262-5486 to speak with the RTEK Training Coordinator concerning course pricing, enrollment, or on-site training. is not required but will benefit the student. Students should be familiar with the C language and a source level debugger.
RTEK Training Class Dates for 1997
January 14-16 February 11-13 March 18-20 April 8-10 May 13-15 June 17-19 July 15-17 August 12-14 September 16-18 October 14-16 November 11-13 December (No Scheduled Class) All scheduled classes are held in Houston, TX at the Embedded System Products Training Center. Closed classes are available on-site by special arrangement.
Use of the RTEK Kernel
Motorola Master Selection Guide
Product Literature and Technical Training
Training Providers and Their Schedules
Please call one of the training providers above for details on providing classes at your facility
MOTOROLA Courses and Locations
Motorola Technical Training Center · 432 North 44th Street · Suite 175 (Classroom) · Phoenix, Arizona 85008 Call (602) 302-8008 for class pricing
FAX REGISTRATION FORM
FAX (602) 302-8025
Please mark the class you will be attending and fax to ATTENTION: REGISTRAR.
You can also register for Motorola taught courses by: Email: R17994@email.sps.mot.com Internet WWWeb, URLs: Internal: http://design-net.sps.mot.com / training / catalog / training.html External: http://design-net.com / training / catalog / training.html Plan early as classes fill up rapidly and space is limited.
ARNEWSH, INC. Courses and Locations
P.O. Box 270352 · Fort Collins, Colorado 80527-0352 · (970) 223-1616 Call for class pricing
FAX REGISTRATION FORM
FAX (970) 223-9573
Please mark the class you will be attending and fax to ATTENTION: REGISTRAR.
ASCENT TECHNOLOGIES Courses and Locations
525 Avis Drive, Suite 15 · Ann Arbor, MI 48108 · (800) 410-3601 Call for class pricing
FAX REGISTRATION FORM
FAX (313) 668-2735
Please mark the class you will be attending and fax to ATTENTION: REGISTRAR.
Product Literature and Technical Training
Motorola Master Selection Guide
Call 1-800-774-1848 or 602-244-6609 to have the latest copy of our Technical Training Catalog and class schedule faxed to you. If you are outside of the USA, call your local Technical Training Center or Sales Office and ask for BR348 / D.
Technical Training Centers
Regional Training Centers
Detroit 41700 Six Mile Road Nothville, MI 48167 (313) 347-6800 Phoenix 432 N 44th Street Phoenix, AZ 85008 (602) 302-8008
International Training Centers
Munich, Germany Velizy Villacoublay Cedex, France Aylesbury, United Kingdom (49)-89-92103571 (33)-1-34635894 (44)-1296-380304
Provide the following information when registering:
You can also register by: Email: R17994@email.sps.mot.com Internet WWWeb, URL: http://Design-NET.com MOTOROLA Technical Training · 432 North 44th Street · Suite 200 · Phoenix, AZ 85008 Voice: (602) 302-8008 · FAX: (602) 302-8025 ATTENTION: REGISTRAR
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Motorola Master Selection Guide
Product Literature and Technical Training