PBMCUSLK: MCU Project Board

Overview

The NXP^® Project Board Student Learning Kit is recommended for use across multiple courses ranging from introductory electronics to MPU applications and senior design projects. The Project Board is best suited for lab-based courses requiring students to prototype a standalone electronic circuit or interface control logic to a MPU.

The project board can be applied in a diverse mix of coursework. Students benefit from the reasonable price point and versatility of this product by purchasing their own kit to use throughout their studies.

The project boards accepts a wide range of NXP processor and peripheral plug-in modules.

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Project Board-based Student Learning Kits

Specifications

Technical and Functional Specifications

General	Large, solderless breadboard area with four power distribution strips Integrated HCS12/HCS12X/S08 USB programmer PCI style card-edge connector designed for use with National Instrument's NI-ELVIS platform Signal and module breakout arranged logically around breadboard area
Connectivity	Full access to all I/O via breakout headers 2 Banana Connectors 1 BNC Connector LCD Module interface with Serial to Parallel Shift Register 8-pin Keypad connector 9-pin DSUB connector RS-232 MON08 Socket for Optional Crystal Oscillator 8 Active-High DIP Switches 1 Single-turn, 5k ohm, User Potentiometer 8 Active-High Green LED's, Buffered 8 Active-Low Push-Button Switches 1 Buzzer
Power Management	Power Input: +9V @ 1.2A typical Power input from included wall-plug transformer, integrated USB-BDM, or from NI-ELVIS workstation On-board voltage regulators provide four different voltage levels: 5VDC @ 500mA 3.3VDC @ 500mA +15VDC @ 50mA -15VDC @ 50mA (± 15V not available when powered from USBBDM) Internal current limit prevents short-circuit damage LED indicators for each voltage level User selectable voltage to onboard logic devices Option jumper to enable voltage output to MCU port connector
Size	Module Size: 8.5" x 11"

Documents and Software

Design Resources ( 3 )

Design Tools & Files ( 3 )
- Printed Circuit Boards and Schematics ( 3 )

Documents

Application Note ( 1 )

Configuring the Project Board LCD for use at 3.3 Volts^{(REV
0
)}

This document provides a method to utilize the LCD display mounted on the project board at 3.3 Volts. Applicable for PBMCUSLK Rev. B, corrected in later revisions.
- 20 Apr 2007
- pdf
- 191.7 kB
- SLK0100AN.PDF
- [ English ]

Fact Sheet ( 1 )

Project Board Student Learning Kit Factsheet^{(REV
2
)}

Project Board Student Learning Kit Factsheet
- 08 Jun 2008
- pdf
- 253.6 kB
- BRMCSTDNTLEARN_FS.PDF
- [ English ]

Quick Reference Guide ( 1 )

Project Board LCD Codes^{(REV
1
)}

NXP Student Learning Kit Project Board LCD Display control and character codes
- 16 Aug 2007
- pdf
- 88.3 kB
- LCD_COMMANDS.PDF
- [ English ]

Supporting Information ( 1 )

Student Learning Kit Product Pinouts^{(REV
2
)}

Matrix map of MCU signal, pin and feature set across the various Application Modules and Project Board.
- 25 Aug 2010
- xls
- 74.2 kB
- SLKPRODUCTPINOUTS
- [ English ]

Users Guide ( 2 )

PBMCUSLK Users Guide for Student Learning Kits^{(REV
A
)}

User Guide for PBMCUSLK Student Learning Kit
- 12 Jul 2006
- pdf
- 626.9 kB
- PBMCUSLKUG
- [ English ]
Application Module for Student Learning Kit User Guide - MC9S12C32^{(REV
O
)}

APS12C32SLK is an educational application module for the NXP MC9S12C32 microcontroller.
- 01 Sep 2006
- pdf
- 130.4 kB
- APS12C32SLKUG
- [ English ]

White Paper ( 4 )

Motor Control Demonstration Lab (Published in IJEE, January 2005 Issue.)^{(REV
0
)}

This paper presents an example laboratory exercise using a microcontroller to control a motor.
- 18 Aug 2004
- pdf
- 466.4 kB
- WPMCDL
- [ English ]
Motor Control Demonstration Lab Software - CodeWarrior^® Project and NI Labview front panels^{(REV
0
)}

Software files for motor control demonstration lab white paper.
- 01 Nov 2004
- zip
- 789.5 kB
- WPMCDLSW
- [ English ]
Motor Control using SMAC ZigBee™ Technology Software^{(REV
0
)}

Software for white paper descbribing an example laboratory exercise based on the previous Motor Control Demonstration lab1 using the same MCU MC9S12C32 but incorporating the ZigBee technology to drive a DC motor remotely.
- 01 Jun 2005
- ZIP
- 309.7 kB
- MCZIGBEEDEMOSW
- [ English ]
Motor Control using SMAC ZigBee(tm) Technology^{(REV
0
)}

This paper presents an example laboratory exercise based on the previous Motor Control Demonstration lab1 using the same MCU MC9S12C32 but incorporating the ZigBee technology to drive a DC motor remotely. NI ELVIS is used as platform to connect components, provide power, and analyze circuit operation. The CSM12C32 and the ZigBee Module (RF MC13192U board) are plugged into the NI ELVIS connectors; basic circuitry is used to control the motor. MCU program development
- 01 Jun 2005
- pdf
- 905.2 kB
- MCZIGBEEDEMOWP
- [ English ]

Design Resources

Design Tools & Files ( 3 )

Printed Circuit Boards and Schematics ( 3 )

For use with project board labeled PBMCUSLK AXM-0392 Rev B^{(REV
B
)}

Student Learning Kit for PBMCU for use with project board labeled PBMCUSLK AXM-0392 Rev B
- 2006-07-17 00:00:00
- /downloads/en/schematics/PBMCUSCHEMSLKREVB
- 595.2 kB
- PBMCUSCHEMSLKREVB
Download
For use with project board labeled MCU Project Board AXM-0331 Rev B^{(REV
B
)}

For use with project board labeled MCU Project Board AXM-0331 Rev B
- 2004-08-12 00:00:00
- pdf
- 362.0 kB
- MCUPROJECTBOARD_REVB
Download
For use with project board labeled MCU Project Board AXM-0368 Rev C^{(REV
C
)}

For use with project board labeled MCU Project Board AXM-0368 Rev C
- 2004-08-12 00:00:00
- pdf
- 733.0 kB
- MCUPROJECTBOARD_REVC
Download

PBMCUSLK: MCU Project Board

Overview

Specifications

Technical and Functional Specifications

Documents and Software

Documents ( 10 )

Design Resources ( 3 )

Documents

Application Note ( 1 )

Configuring the Project Board LCD for use at 3.3 Volts (REV 0 )

Fact Sheet ( 1 )

Project Board Student Learning Kit Factsheet (REV 2 )

Quick Reference Guide ( 1 )

Project Board LCD Codes (REV 1 )

Supporting Information ( 1 )

Student Learning Kit Product Pinouts (REV 2 )

Users Guide ( 2 )

PBMCUSLK Users Guide for Student Learning Kits (REV A )

Application Module for Student Learning Kit User Guide - MC9S12C32 (REV O )

White Paper ( 4 )

Motor Control Demonstration Lab (Published in IJEE, January 2005 Issue.) (REV 0 )

Motor Control Demonstration Lab Software - CodeWarrior® Project and NI Labview front panels (REV 0 )

Motor Control using SMAC ZigBee™ Technology Software (REV 0 )

Motor Control using SMAC ZigBee(tm) Technology (REV 0 )

Design Resources

Design Tools & Files ( 3 )

Printed Circuit Boards and Schematics ( 3 )

For use with project board labeled PBMCUSLK AXM-0392 Rev B (REV B )

For use with project board labeled MCU Project Board AXM-0331 Rev B (REV B )

For use with project board labeled MCU Project Board AXM-0368 Rev C (REV C )

Configuring the Project Board LCD for use at 3.3 Volts^{(REV
0
)}

Project Board Student Learning Kit Factsheet^{(REV
2
)}

Project Board LCD Codes^{(REV
1
)}

Student Learning Kit Product Pinouts^{(REV
2
)}

PBMCUSLK Users Guide for Student Learning Kits^{(REV
A
)}

Application Module for Student Learning Kit User Guide - MC9S12C32^{(REV
O
)}

Motor Control Demonstration Lab (Published in IJEE, January 2005 Issue.)^{(REV
0
)}

Motor Control Demonstration Lab Software - CodeWarrior^® Project and NI Labview front panels^{(REV
0
)}

Motor Control using SMAC ZigBee™ Technology Software^{(REV
0
)}

Motor Control using SMAC ZigBee(tm) Technology^{(REV
0
)}

For use with project board labeled PBMCUSLK AXM-0392 Rev B^{(REV
B
)}

For use with project board labeled MCU Project Board AXM-0331 Rev B^{(REV
B
)}

For use with project board labeled MCU Project Board AXM-0368 Rev C^{(REV
C
)}