Quick Start Guide TWR-PXD10 32-bit Power Architecture® MCU for Entry-Level Industrial Display Solutions TOWER SYSTEM Quick Start Guide Get to Know the TWR-PXD10 Primary Connector RGB LEDs Potentiometer General-Purpose Tower Plug-In (TWRPI) Socket Push Buttons Nexus Debug Connector CAN User LEDs RS485 JTAG Interface Secondary Connector OSJTAG Interface TWR-PXD10 Freescale Tower System The TWR-PXD10 module is part of the Freescale Tower System portfolio, a modular development platform that enables rapid prototyping and tool re-use through reconfigurable hardware. The TWR-PXD10 can be used with a broad selection of Tower System peripheral modules, including the new TWR-LCD-RGB which accepts RGB data from the PXD10 MCU graphics LCD controller. 2 TOWER SYSTEM TWR-PXD10 Features •MPXD1010VLQ64 MCU (e200 32-bit Book E-compliant CPU core complex built on Power Architecture® technology, 64 MHz, graphics LCD module, 160 KB on-chip graphics SRAM, up to 1 MB on-chip flash with flash controller) •Interfaces to the new TWR-LCD-RGB Tower peripheral module (accepts RGB data directly from the PXD10 MCU LCD controller) •MC9S08JM60 open source JTAG (OSJTAG) circuit •Spansion S25FL064P 64 MB QSPI memory •General-purpose TWRPI socket (Tower plug-in module) •On-board CAN transceiver •On-board RS485 half duplex transceiver •Two RGB LEDs for user interface •Two mechanical push buttons for user interface •One potentiometer for ADC testing 3 Quick Start Guide Step-by-Step Installation Instructions In this quick start guide, you will learn how to set up the TWR-PXD10 module and run the included demonstration software. For more detailed information, please see the user manual found on the included DVD or at freescale.com/TWR-PXD10. 1 Connect the TWR-PXD10 Locate the “secondary” elevator in the assembled Tower Kit Press the expansion connectors on the back of the TWR-LCD-RGB module onto the matching side expansion port connectors found on the outer side of the secondary elevator. Insert the TWR-PXD10 board into the primary and secondary elevator board. The primary and secondary cards for each module are indicated along the card edges. 4 2 Power Up the TWR-PXD10 Connect the TWR-PXD10 board to a computer or a wall charger using the provided USB cable. Additionally, the USB connector on the primary elevator or OSJTAG connector can be used to power up the board. TOWER SYSTEM 3 Follow the On-Screen Menu Press the Swell software icon to start the animation. Using the slider, you can modify the speed of the flying PX series chips. By selecting the collision checkbox, the PX logos will collide. Additional Software and Tools • MQX™ real-time OS • Swell software PEG graphical user interface • Green Hills software MULTI IDE • Serial bootloader utility • CodeWarrior v10.x Eclipse Development Studio • OSJTAG virtual serial port using USB • Rapid Application Initialization and Documentation Tool (RAppID) • FreeMASTER run-time debugging tool 5 5 Quick Start Guide TWR-PXD10 Jumper Options The following is a list of all jumper options. The default installed jumper settings are shown in white text within blue boxes. General Jumper Configuration Jumper Function J1 Enable/Disable potentiometer J2 Enable/Disable SW1 J3 Enable/Disable SW2 J4 Enable/Disable RGB LED 2 J6 Enable/Disable RGB LED 1 J9 Enable/Disable OSJTAG interface bootloader mode J12 Enable/Disable user LED 2 J15 Enable/Disable user LED 1 J23 Enable/Disable on-board CAN transceiver terminator resistor J25 Enable/Disable on-board RS485 half duplex transceiver terminator resistor UART Configuration Jumper J21 J22 6 Position 1-2 Function UART0 RX is connected to RS485 transceiver 2-3 UART0 RX is connected to UART0_RX on primary elevator 1-2 UART0 TX is connected to RS485 transceiver 2-3 UART0 TX is connected to UART0_TX on primary elevator TOWER SYSTEM UART Configuration (continued) Jumper 17 18 Position Function 1-2 UART1 RX is connected to OSJTAG 2-3 UART1 RX is connected to UART1_RX on primary elevator 1-2 UART1 TX is connected to OSJTAG 2-3 UART1 TX is connected to UART1_TX on primary elevator Boot Assistance Module (BAM) Configuration Jumper J10 Position FABM is connected to VDD (BAM usage) 2-3 FABM is connected to GND (BAM usage) open J11 Function 1-2 PB5 is used as SPIB_SOUT 1-2 ABS[0] is connected to VDD (BAM usage) 2-3 ABS[0] is connected to GND(BAM usage) open PB6 is used as SPIB_SIN CAN Configuration Jumper J13 J14 Position 1-2 Function CAN_0_TX is connected to on-board transceiver 2-3 CAN_0_TX is connected to CAN0_TX on primary elevator 1-2 CAN_0_RX is connected to on-board transceiver 2-3 CAN_0_RX is connected to CAN0_RX on primary elevator 7 Quick Quick Start Start Guide Guide Visit freescale.com/TWR-PXD10 for the latest information on the TWR-PXD10 module, including: • Board database: Schematics, layout and BOM • User manual • Quick start guide • Software BSPs and CodeWarrior development studio • Demos and tutorial • Fact sheet Support Visit freescale.com/support for a list of phone numbers within your region. Warranty Visit freescale.com/warranty for complete warranty information. For more information, visit freescale.com/Tower Join the online Tower community at towergeeks.org Freescale, the Freescale logo and CodeWarrior are trademarks of Freescale semiconductor, Inc., Reg. U.S. Pat. & Tm. Off. The Power Architecture and Power.org word marks and the Power and Power.org logos and related marks are trademarks and service marks licensed by Power.org. All other product or service names are the property of their respective owners. © 2012 Freescale Semiconductor, Inc. Document Number: TWRPXD10QSG REV 0 Agile Number: 926-27279 REV A