Prototyping Environment for Education Freescale’s Microcontroller Student Learning Kit Power Supply MCU STUDENT LEARNING KIT CSM12C32 Serial Cable Module Board MC68HC908QY4P 16-pin DIP Technical Training Materials MCU Project Board CodeWarrior™ Development Tools Overview purchased separately—the CSM08RG60 Students can benefit from the reasonable Freescale Semiconductor’s Microcontroller (HCS08) and the CSM56F801 (DSP). price point and versatility of this product (MCU) Student Learning Kit (SLK) contains a Additionally, because of the wide selection by purchasing their own kit to use project board that can be used in conjunction of Freescale MCU boards that can be throughout the span of their coursework. with a wide selection of MCU Development interfaced directly with ribbon cable, users Another exciting advantage of Freescale’s boards and Metrowerks CodeWarrior™ will find the project board to be a versatile project board is that it has been development tools, providing flexible tool to use. specifically designed to be compatible microcontroller interfacing and programming. with the National Instruments™ In addition to a MCU design environment, With Freescale’s MCU SLK you can start Educational Laboratory Virtual the project board can be used programming immediately because the kit Instrumentation Suite (NI ELVIS). stand-alone for prototyping and testing comes with a CSM12C32 (HCS12) module Compatibility with NI ELVIS, along non-microcontroller electronic circuits. board that plugs directly into the project board with the inclusion of the CodeWarrior Educators and students will find that the MCU connector, as well as MC68HC908QY4P Development Tool Suite, provides project board can be used for a diverse (HC08) 16-pin, dual in-line package (DIP). an excellent integrated solution mix of coursework ranging from For further assignment development, the project for using MCUs in an introductory electronics to programming board MCU connector can accommodate two educational environment. microcontrollers to senior design projects. additional modular boards that can be MCU PROJECT BOARD Project Board > One multi-turn user potentiometer > Eight push-button switches: active low Features > LCD module interface with serial-parallel > Four power LED indicators: green > Large prototyping area (27 sq. in.) shift register with four power distribution strips > Integral HCS12/HCS08 BDM pod for • User option to enable/disable interface programming and debugging > MCU interface connector > 8-pin keypad connector • MC9S12C32 MCU • 20-pin AUX port connector > COM port • 8 MHz oscillator • 60-pin MCU port connector • 9-pin DSUB connector • Selection jumper for HCS12/HCS08 > PCI-style card edge interface connector mode for use with NI ELVIS • RS-232 interface with transceiver • Standard 6-pin debug port connection > Signal breakout logically arranged around • Option jumpers enable RS-232 signals to transceiver • Simple RS-232 interface prototyping area › MON08 interface port > Project board can be attached and carried > Power input from included wall-plug in a standard 3-ring binder transformer or from card edge connector › BDM communications port Specifications > +5VDC and +3.3VDC available to user • Access to all COM signals at signal breakout connector Module Size: 8.5” x 11” • Internal current limit prevents short-circuit damage > Eight user DIP switches: active high Power Input: +9VDC @ 300 mA typical, +6VDC to +16VDC range > User-selectable voltage to on-board > Socket for optional crystal oscillator logic devices • User-selectable output amplitude: > User-selectable voltage output to MCU +5V or +3.3V port connector > Eight user LED’s: > Two banana connectors buffered, active high, green > One BNC connector • User option to enable/disable output CSM12C32 MODULAR BOARD Modular Boards • Analog to digital converter > Jumpers The HCS08, HCS12 and DSP module • 8 MHz internal bus operation default • Disable user functions boards can be used as stand-alone • 25 MHz bus operation using internal PLL • Power select development platforms or interfaced through • +3.3VDC to +5VDC operation the on-board MCU connector on the MCU > Connectors project board, or any other compatible > 40-pin connector provides access to most • 40-pin MCU I/O connector MCU I/O signals expansion platform. Because of their small • 2.0 mm barrel connector power input size, the module boards can be outstanding > Power input selection jumper • Debug BDM connector tools for students to program and then plug it > On-board, regulated +5V power supply • DB9 communications connector into design projects such as robots. To help > Optional power input from connector J1 get you started quickly, we have included the Specifications: CSM12C32 (HCS12) module in the > Optional power output through connector J1 Module Size: 2.2” x 1.6” MCU SLK. > 16 MHz ceramic resonator Power Input: +9VDC @ 200 mA typical, +6VDC to +16VDC range CSM12C32 Module Features > RS-232 serial port with DB9 connector > MC9S12C32 MCU, 48 QFP > 8-ch., 10-bit, analog to digital converter • 32 KB Flash EEPROM with full rail-to-rail operation and external • 2 KB RAM trigger capability • 32 I/O lines > 8-ch., 16-bit timer with input capture, output compare and PWM capabilities • Timer/PWM > User components provided • SCI and SPI communications ports • Three push button switches: two user, • Key wake up port one reset • BDM debug port • Three LED indicators: 2 user, one VDD • CAN 2.0 module NATIONAL INSTRUMENTS EDUCATIONAL LABORATORY VIRTUAL INSTRUMENTATION SUITE CodeWarrior Development Studio National Instrument’s Educational Contacts for additional CodeWarrior Development Studio from Laboratory Virtual Instrumentation Suite information: (NI ELVIS) Metrowerks is a powerful and user-friendly Andy Mastronardi NI ELVIS is a LabVIEW-based, hands-on design tool suite designed to increase your software Director, University Program and prototyping environment geared for university development productivity. It shares a common Freescale Semiconductor, Inc. engineering and science courses. NI ELVIS interface across MCU Families making the [email protected] consists of LabVIEW virtual instruments, a environment easy-to-use. With its unrivaled Ravi Marawar, Ph.D. multifunction data acquisition (DAQ) device, and a features such as the Processor Expert™ Academic Program Manager custom-designed bench-top workstation. The application design tool, a highly optimized National Instruments combination of NI ELVIS with the MCU SLK is compiler, and the project manager with built-in [email protected] ideal for conducting microcontroller instruction templates, the tool suite’s Integrated Development because they provide a powerful development and Environment (IDE) allows you to focus on your debugging platform through the integrated application software. Additionally, the CodeWarrior instrument suite of NI ELVIS. environment features an intuitive graphical source-level debugger with integrated profiling The NI ELVIS integrated instrument suite capabilities, data visualization, instruction set provides essential functionality for teaching microcontrollers including simulation and much more. > Manual and programmable power supply for powering the student project board > Manual and programmable signal generator and digital/analog outputs to provide stimulus to MCU input signals > Multiple instruments to acquire, visualize and analyze MCU output signals > LabVIEW integration to provide flexible design, analysis, testing and reporting Learn More: For more information about other University product solutions from Freescale, please visit www.motorola.com/universityprogram. Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc. All other product or service names are the property of their respective owners. © Freescale Semiconductor, Inc. 2004 MICROSTUDENTFS REV 0.