Motorola MPC564EVB Manuel d'utilisateur Page 1

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Tutorial Introduction
PURPOSE:
• This tutorial describes the development tools and support for the MPC500 product family.
OBJECTIVES:
• Compare and contrast the features of the companion power management devices.
• Describe features of the MPC500 evaluation boards.
• Identify the development tools and support available for the MPC500 family.
CONTENT:
• 12 PAGES
• 2 QUESTIONS
LEARNING TIME:
• 15 MINUTES
In this module we will discuss the wide range of development tools available to support the MPC500
family, and highlight available companion devices for power management.
Please note that you can access a detailed view of the MPC500 and MPC565 block diagrams using
the reference buttons at the top of the course page.
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Résumé du contenu

Page 1 - Tutorial Introduction

1Tutorial IntroductionPURPOSE: • This tutorial describes the development tools and support for the MPC500 product family. OBJECTIVES:• Compare and con

Page 2 - MC33394 Power Supply IC

10MPC563/565 Flash Programming Support• Currently shipping in production tools• Macraigor OCDemon Flash Programmer • Lauterbach Trace32• WindRiver HSI

Page 3 - MC33389 SBC Lite with CAN

11Information and Resources• Evaluation boards• Information at Axiom Manufacturing site: www.axman.com•TPU:• Textbook: www.amtpublishing.com• Additio

Page 4 - MC33889 SBC Lite with CAN

12QuestionWhich of the following companion System Basis Chips from Motorola offer a high speed CAN transceiver? Select all that apply and then click D

Page 5 - Other features are the same

13QuestionWhich of the following offers a C compiler for the MPC500 Family? Select all that apply and then click Done.AxiomGreenHillsGNULauterbachMetr

Page 6 - Development Tool Summary

14Tutorial Completion• Companion System Basis Chips:• MC33394• MC33389• MC33889• MC33989 • Development Tools Summary• MPC500 Evaluation Boards• Availa

Page 7

2• MCU companion: Voltage regulators + CAN Transceiver• Single Inductor Buck/Boost DC/DC converter: 5.6V (pre-regulated supply) with internal 3.0A cur

Page 8 - MPC555 Evaluation Boards

3MC33389 SBC Lite with CAN•Operating range 5.5V to 27V (40V transient)•V1 = 5.0V @ 110mA LDO, Reset monitoring•V2 = 5.0V @ 200mA LDO•V3 switched batte

Page 9 - MPC565/566 Evaluation Board

4MC33889 SBC Lite with CAN•Operating range 5.5V to 27V (40V transient)•Vdd1 = 5.0V @ 200mA total LDO, Reset monitoring, over-temperature. detection•V2

Page 10

5MC33989 SBC with High Speed CAN•Operating range 5.5V to 27V (40V transient)•Vdd1 = 5.0V @ 200mA total LDO, Reset monitoring, over-temperature. detect

Page 11 - Information and Resources

6Development Tool SummaryTools Part 1This table summarizes the wide array of development tools available for the MPC500 family from leading companies.

Page 12 - Question

7Development Tool Summary

Page 13

8MPC555 Evaluation Boards• General– Standard fixed memory: 128K x 32 Fast SRAM (12ns), 128K x 32 Flash EPROM (120ns) – Two Configurable 32 pin memory

Page 14 - Tutorial Completion

9MPC565/566 Evaluation BoardCE Certified!Memory- Standard 32-bit Data port memory: 512Kbyte Fast SRAM, 2Mbyte Flash EPROM!Development Ports- BDM Debug

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