Freescale Semiconductor S08 manual Program the MCU Flash, Troubleshooting

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Program the MCU Flash

NOTE

Max PWM input range is decreased when setting to a higher PWM frequency. With the same PWM values, increasing frequency (i.e. shorter period) increases brightness because the PWM on-duty increases.

When typing HEX PWM input values, use only capital letters for the input of A–F.

4.4 Program the MCU Flash

The DEMO9S08AW60LED board allows you to program the MCU flash and debug applications via the BDM connection.

1.Download the source code file from Freescale web site, save it to your PC, and extract the files to a working directory on your machine.

2.Open CodeWarrior HC(S)08 v5.1 and open the LED_box.mcp project file.

3.Open main.c in the sources folder by clicking the plus sign next to the sources folder and then double clicking on main.c. This is the application code.

4.Connect the BDM cable from your development tools to the DEMO9S08AW60LED board (CON8).

5.Connect a serial cable to the PC and then to the DEMO9S08AW60LED board.

6.Power up the demo through the DC jack connector CON1 on DEMO9S08AW60LED board.

7.Open up a terminal window from within Windows XP by clicking on Start → All Programs → Accessories → Communications → HyperTerminal

8.Give your terminal connection a name (such as AW60_Control) and click the OK button.

9.In the Connect using pulldown, select the COM port you connected your serial cable to, and click the OK button.

10.In the Port Settings window, click the OK button after entering the following settings: Bits per second: 9600

Data bits: 8

Parity: None

Stop bits: 1

Flow control: None.

11.In the Freescale CodeWarrior window, click on Debug under Project in the menu bar or press F5. The True-Time Simulator and Real-Time Debugger interface window appears.

12.When the ICD Connection Assistant appears, click the Connect button.

13.When the Erase and Program Flash window appears, click the yes button.

14.The CPROGHCS08 Programmer window should close after the MCU flash is programmed. To run the source code, click on Start/Continue under Run in the menu bar or click the green arrow.

4.5Troubleshooting

1.VDD LED does not turn on

Make sure jumper JP1 is set to the 5V (2-3) position.

2.The light box does not display any color

Make sure the 2x5 pin ribbon flat cable at LED light box is installed properly to the DEMO9S08AW60LED board.

LED Lighting Control using the MC9S08AW60, Rev. 1

Freescale Semiconductor

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Contents LED Lighting Control Using the MC9S08AW60 Page LED Lighting Control using the MC9S08AW60 Revision HistoryDesigner Reference Manual Freescale Semiconductor Table of Contents Appendix a Schematics Appendix B Bill of Materials Features Chapter IntroductionIntroduction System Overview MC9S08AW60Devices in the MC9S08AW60/48/32/16 Series Peripherals Available per Package Type Introduction LED Lighting Control using the MC9S08AW60, Rev AW60 Control Board Chapter Hardware DescriptionDEMO9S08AW60LED Layout DEMO9S08AW60LED FeaturesReset Switch PowerDevelopment Support Clock SourceLED Indicators Pushbutton SwitchesUser Options ADC InterfaceIIC Port Other I/O ConnectorsSCI Port SPI PortPWM Port LED Light Box Interface10. Sensor Interface Type a 12. Temperature Sensor Input 11. Sensor Interface Type H13. User Assignable Input LED Driving Board RGB LED Chip LED Driver Design ProceduresBoost Converter Current Sense ResistorEquations for Boost Converter Freescale Semiconductor Firmware Flow Main Program Chapter Firmware DescriptionFirmware Flow PWM Adjustment PC Control ModeUser Interface Menu Standalone Mode Firmware Files Freescale Semiconductor Hardware and Software Setup Chapter Demo SetupHardware Setup PC Software SetupEcho Typed Characters Setting Demo 1 Demonstration Display Demo ExamplesDemo 3 Auto White Balance Control Demo 2 Preset Colors DisplayDemo 4 PWM Output Frequency Control Demo 5 Full Manual ControlProgram the MCU Flash TroubleshootingDemo Setup Appendix a Schematics LED Lighting Control using the MC9S08AW60, Rev LED Lighting Control using the MC9S08AW60, Rev LED Lighting Control using the MC9S08AW60, Rev LED Lighting Control using the MC9S08AW60, Rev LED Lighting Control using the MC9S08AW60, Rev Appendix B Bill of Materials Part Description Quantity Value Designators BOM for AW60 Control BoardValue Designators BOM for LED Driving BoardLED Lighting Control using the MC9S08AW60, Rev Page How to Reach Us
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