DLP® LightCrafter™ Evaluation Module (EVM) User's Guide Literature Number: DLPU006C January 2012 – Revised December 2013
Contents ....................................................................................................................................... 7 DLP® LightCrafter™ Module Overview ................................................................................... 8 1.1 Welcome ..................................................................................................................... 8 1.2 What is in the LightCrafter EVM? ...........................................................................
www.ti.com 2.14 2.15 3 Developing with the DLP LightCrafter 3.1 3.2 3.3 4 ............................................................................................................ 56 Pattern Sequence Background .......................................................................................... 56 External Patterns .......................................................................................................... 57 Internal Patterns ....................................................
www.ti.com List of Figures 1. DLP LightCrafter Evaluation Module .................................................................................... 7 1-1. DLP LightCrafter Block Diagram .......................................................................................... 9 1-2. 0.3-inch DMD Pixel Geometry ............................................................................................. 9 1-3. DLP LightCrafter Driver Board Block Diagram ........................................
www.ti.com 2-39. DLP LightCrafter GUI Load Pattern Images ........................................................................... 2-40. DLP LightCrafter GUI Select Images Window ......................................................................... 38 2-41. DLP LightCrafter GUI Upload All Pattern Images Button ............................................................ 39 2-42. DLP LightCrafter GUI Pattern Sequence Control Start Button ......................................................
www.ti.com List of Tables 1-1. DLP LightCrafter Light Engine Specifications ......................................................................... 10 1-2. DLP LightCrafter Protection Shutdown Modes ........................................................................ 14 2-1. LED Current Settings ..................................................................................................... 30 2-2. Supported Resolutions for Video Input ................................................
Preface DLPU006C – January 2012 – Revised December 2013 Read This First About This Guide The DLP® LightCrafter™ is a third party implementation of a next generation DLP 0.3-inch WVGA chipset reference design to enable faster development cycles for applications requiring small form factor and intelligent pattern display. This guide is an introductory document for the DLP LightCrafter that provides an overview of the system and its software.
Chapter 1 DLPU006C – January 2012 – Revised December 2013 DLP® LightCrafter™ Module Overview This chapter introduces the DLP LightCrafter module. 1.1 Welcome Your new DLP LightCrafter module allows you to evaluate TI’s DLP 0.3-inch WVGA chipset platform along with TI’s DaVinci Technology and the DM365 architecture. This technology brings together a set of components providing an efficient and compelling system solution for: • • • 1.
What is in the LightCrafter EVM? www.ti.com Figure 1-1. DLP LightCrafter Block Diagram 1.2.1 Light Engine Young Optics, Inc. developed the DLP LightCrafter’s light engine. The light engine consists of the following components: • 0.3-inch WVGA DMD (DLP3000) • OSRAM Red LED (LE A Q9WN) • OSRAM Green LED (L CG H9RN) • OSRAM Blue LED (LE B Q9WN) • Murata NTC Thermistor (NCP15WF104F03RC) • Optics with 1.66 Throw Ratio The DLP3000 0.
What is in the LightCrafter EVM? www.ti.com Table 1-1. DLP LightCrafter Light Engine Specifications MIN TYP MAX UNIT 10 at 0.6 W LED Brightness 25 at 1.85 W LED lm 30 at 2.25 W LED Brightness uniformity (JBMA) 70 ANSI contrast % 43:1 Full-on full-off contrast 685:1 Color uniformity (CIE x) 0.03 Color Uniformity (CIE y) 0.04 Throw ratio 1.
What is in the LightCrafter EVM? www.ti.com Figure 1-3. DLP LightCrafter Driver Board Block Diagram The major components of the DLP LightCrafter’s driver board are: • DLP3000: 0.3-inch WVGA chipset DMD • DLPC300: 0.
What is in the LightCrafter EVM? www.ti.com 1.2.3 System Board Figure 1-4 shows the DLP LightCrafter’s system board. Figure 1-4.
DLP LightCrafter Embedded Software Overview www.ti.com 1.3 DLP LightCrafter Embedded Software Overview 1.3.1 DM365 Software The DLP LightCrafter module software is based on TI’s DVSDK platform running on the Digital Media System-on-Chip DM365. The DVSDK platform is a collection of royalty-free software components built upon Linux operating system and pre-tested by TI.
DLP LightCrafter Embedded Software Overview • • • • www.ti.com A timing generator, which implements the internal auto trigger for continuously repeated pattern display. Control for the illumination LEDs; generates LED strobe signals with configurable delay and duration to set exposure; synchronized with the trigger. A video data source input selector (MUX); sends the video data to the DLPC300 parallel input.
Other Items Needed for Operation www.ti.com 1.4 Other Items Needed for Operation The DLP LightCrafter module is a flexible, ready to use EVM. However, DLP LightCrafter EVM does not ship with any cables, power supply, or additional hardware components. To use the EVM, you need: • Power supply: center positive 5-V output with 2- to 3-A current rating and a plug of 0.7 mm inner diameter x 2.35 mm outer diameter and 9.5-mm female shaft. • USB cable: A to mini-B • RS232 cable with 2.5-mm stereo plug 1.
DLP LightCrafter's Dimensions www.ti.com 15 17 16 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1. Trigger Input and Output 2. Mini USB 3. Power Connector 4. Mini HDMI 5. UART 6. Power Socket 7. I2C 8. FPGA SPI Flash Programming Interface 9. MSP430 or DLPC300 Flash Programming Interface 10. On or Off Button – Do not turn off while the Linux system is booting 11. Input Selection Button (DM365, Internal Test Pattern, or HDMI input) 12. Ethernet PHY 13. Fan 14. Camera 15. Focus Control 16.
DLP LightCrafter's Dimensions www.ti.com Figure 1-8.
Chapter 2 DLPU006C – January 2012 – Revised December 2013 Operating the DLP LightCrafter This chapter describes installing the Graphical User Interface (GUI), controlling the DLP LightCrafter Module using the GUI, and upgrading the firmware on the EVM. All instructions relating to the GUI in this document refer to the latest DLP LightCrafter GUI v5.0. 2.1 Installing the GUI DLP LightCrafter includes a QT-based GUI to control the module through USB.
Connecting to a PC www.ti.com 2. Turn on DLP LightCrafter using the On-Off switch. A new network using the RNDIS driver should initialize. • The network interface on Windows systems may take a couple minutes to initialize. Please read Section 2.2.4 to speed up the initialization. to speed up the initialization. 3. Open the DLP LightCrafter GUI. 4. Click the "Connect" button. See Figure 2-1. • The GUI connects to the IP address in the "Current IP Address" textbox from the "Connections" tab.
Connecting to a PC www.ti.com 2.2.1 Installing the RNDIS Driver on Windows XP The first time DLP LightCrafter connects to Windows XP, a system pop-up window shows the new "RNDIS/Ethernet Gadget" hardware device. Windows XP Service Pack 2 or greater includes the RNDIS drivers, so these drivers should be found by the OS. Follow these steps to install the "RNDIS/Ethernet Gadget" driver to enable USB communication with the EVM: 1.
Connecting to a PC www.ti.com Figure 2-5. Windows 7 Driver Software Installation Window 2. Right click on “My Computer” and open the Device Manager. 3. Expand Other Devices. Right click on “RNDIS/Ethernet Gadget” and select “Update Driver Software.” See Figure 2-6. Figure 2-6. Windows 7 Device Manager Window 4. Select “Browse my computer for driver software” from the “Update Driver Software” window. See Figure 2-7.
Connecting to a PC www.ti.com Figure 2-7. Windows 7 Update Driver Software Search or Browse Window 5. On the next dialog, select “Let me pick from a list of device drivers on my computer.” 6. Select "Network Adapter." See Figure 2-8. Figure 2-8. Windows 7 Update Driver Software Select Device Window 7. Select "Microsoft Corporation" as the manufacturer and “Remote NDIS Compatible Device” as the network adapter. Click "Next." See Figure 2-9.
Connecting to a PC www.ti.com Figure 2-9. Windows 7 Update Driver Software Select Network Driver Window 8. Click "Close" after the software updates. See Figure 2-10. Figure 2-10. Windows 7 Update Driver Software Successfully Updated Window 2.2.3 Enabling the RNDIS Driver on Linux DLP LightCrafter connects to Linux systems as a Linux-USB Ethernet/RNDIS device. Some systems require USB networking support to be manually enabled. To enable USB networking follow these steps: 1. Open a command terminal. 2.
Connecting to a PC www.ti.com Figure 2-11. Ubuntu Command Terminal and "interfaces" File 4. Save the file. 5. Reboot the Linux system and run "ifconfig." See Figure 2-12. • If "usb0" is not present, continue to step 6. Figure 2-12. Ubuntu Command Terminal "ifconfig" Result Before USB Setup 6. Setup usb0 with IP address. See Figure 2-13. • For example, "sudo ifconfig usb0 192.168.1.99 up" • Choose an IP address different than the address of the LightCrafter. 7.
Connecting to a PC www.ti.com Figure 2-13. Ubuntu Command Terminal "ifconfig" Result After USB Setup 2.2.4 Fixing the USB Start-Up Delay in Windows When DLP LightCrafter is first connected to a Windows system, the Local Area Connection created automatically obtains an IP address. This "Identifying..." process for the Local Area Connection can take over a minute on some systems.
Connecting to a PC www.ti.com Figure 2-15. Windows 7 Network Connections Identifying Local Area Connection 6. Open a cmd terminal and run "ipconfig /all" 7. A list of all connections will be displayed. Find the IPv4 address and Subnet Mask of DLP LightCrafter's Local Area Connection. See Figure 2-16. Figure 2-16. Windows 7 Command Window Local Area Connection IPv4 Address 8. From the Network Connections window, right click on DLP LightCrafter's Local Area Connection and click "Properties" 9.
Connecting to a PC www.ti.com Figure 2-18. Windows 7 Local Area Connection TCP/IPv4 Properties 12. Click "OK" to exit the IPv4 Properties 13. Click "OK" to exit the LAN connection properties. 2.2.5 Changing the DLP LightCrafter's IP Address To change DLP LightCrafter's IP address, follow these steps: 1. Connect DLP LightCrafter GUI to EVM. 2. Select the "Connections" tab. See Figure 2-19. Figure 2-19. DLP LightCrafter GUI Connection Tab 3.
Connecting to a PC www.ti.com Local Area Connection and DLP LightCrafter. Figure 2-20. DLP LightCrafter GUI Connection New IP Address Textbox 4. Click the "Change IP address of LightCrafter" button. 5. A popup window, as shown in Figure 2-21, will ask "Do you want to change the IP of the LightCrafter?" Click "Yes." Figure 2-21. DLP LightCrafter GUI Changing IP Popup 6. Restart the EVM using the On/Off button on the Driver board, by powering the device off and back on.
Selecting the Display Mode www.ti.com 2.3 Selecting the Display Mode The DLP LightCrafter has four display modes: Static Image/Color, Test Patterns, HDMI Port, and Stored Pattern Sequence. To upload static 24-bit RGB images or project a single color read section Section 2.9. To use the internally generated test patterns, read Section 2.10. To stream 24-bit RGB video through the HDMI port read Section 2.7. To create a pattern sequence using external patterns from the HDMI port, read Section 2.8.2.
Setting the LED Current www.ti.com Figure 2-25. DLP LightCrafter GUI Display Mode Set Button 3. To retrieve the EVM's display mode, click the "Get" button. • The GUI will automatically change to the correct tab and update the GUI settings in that tab to match the EVM's settings. 2.4 Setting the LED Current The DLP LightCrafter uses current drivers to individually control the current through each LED using an integer current value. The LED current is computed as follows: LED Current (mA) = 1.
Controlling Image Orientation www.ti.com To change the DLP LightCrafter LED current follow these steps: 1. Type the LED Current Value into the corresponding LED's textbox. The GUI automatically calculates and displays the LED current in mA. • If the value is above 274, a note is added to the LED Current title to inform the user that active cooling is needed. See Figure 2-27. Figure 2-27.
Triggering External Peripherals (Camera and So Forth) www.ti.com Figure 2-30. DLP LightCrafter GUI Image Orientation Settings 2.6 Triggering External Peripherals (Camera and So Forth) The DLP LightCrafter features a trigger output on connecter J7 to allow cameras and other peripherals to be in sync with the EVM. The trigger output is an open drain type with a 10 kΩ internal pull-up resistor. This works well with cameras accepting a standard TTL level trigger input.
Triggering External Peripherals (Camera and So Forth) www.ti.com Figure 2-31. DLP LightCrafter GUI Output Trigger Settings To setup the output Trigger, follow these steps: 1. Check the "Enable" checkbox in the Output Trigger Settings as shown in Figure 2-32. • The output trigger can only be enabled if the EVM is in either "Stored Pattern Sequence" mode or "External Streaming Pattern Sequence" while in "HDMI Port" mode. Figure 2-32. DLP LightCrafter GUI Output Trigger Enable Checkbox 2.
Streaming 24-bit RGB Video from the HDMI Port www.ti.com 5. To retrieve DLP LightCrafter's current output trigger settings, click the "Get" button 2.7 Streaming 24-bit RGB Video from the HDMI Port DLP LightCrafter can operate as a DVI-D compliant projector with its mini-HDMI connector. By default, the EVM has the 608 x 684 EDID software installed, and supports resolutions listed in Table 2-2. Table 2-2. Supported Resolutions for Video Input To 1. 2. 3.
Creating Pattern Sequences www.ti.com Figure 2-35. DLP LightCrafter GUI RGB Video Streaming Set Button 8. To retrieve the EVM's current video mode settings, click the "Get" button. 2.8 Creating Pattern Sequences The DLP LightCrafter can perform external and internal pattern sequences. External sequences use streaming patterns from the mini-HDMI port. Internal sequences use preloaded patterns and can be stored on the LightCrafter with solutions for reuse.
Creating Pattern Sequences www.ti.com Figure 2-36. DLP LightCrafter GUI Sequence Settings Tab in Stored Pattern Sequence Tab 3. Set Pattern settings by updating the following parameters inside the Pattern Setting box: • Bit Depth: bit depth of the image. Allowed values are from 1 to 8. • Pattern Count: amount of patterns to display in sequence. Allowed values 1 to 96 divided by the bit depth. For example, if the bit depth is 8, the maximum amount of patterns is 96 / 8 = 12.
Creating Pattern Sequences www.ti.com Figure 2-37. Relationship between Trigger Period, Trigger Delay, and Exposure Time 4. Click the "Set" button as shown in Figure 2-38. • If the exposure or trigger period values are less than the minimum allowed, DLP LightCrafter automatically sets the minimum values. Figure 2-38. DLP LightCrafter GUI Pattern Sequence Settings Set Button NOTE: Changing the bit-depth, exposure, or pattern count requires that all the images need to be uploaded again.
Creating Pattern Sequences www.ti.com Figure 2-39. DLP LightCrafter GUI Load Pattern Images Figure 2-40. DLP LightCrafter GUI Select Images Window 6. Upload the patterns to DLP LightCrafter by clicking the "Upload All" button as shown in Figure 2-41.
Creating Pattern Sequences www.ti.com Figure 2-41. DLP LightCrafter GUI Upload All Pattern Images Button 7. Start the pattern sequence by clicking "Start" as shown in Figure 2-42. Figure 2-42. DLP LightCrafter GUI Pattern Sequence Control Start Button 2.8.1.1 Hardwired Pattern Sequences The DLPC300 can generate a set of 15 vertical 1-bit monochrome patterns with its internal pattern generator. These patterns are called hardwired patterns in the DLP LightCrafter GUI.
Creating Pattern Sequences www.ti.com Figure 2-43. DLP LightCrafter GUI Hardwired Pattern Sequence Settings and Pattern Selection NOTE: While the DLP LightCrafter internally generates hardwired patterns, the "Upload All" button still needs to be clicked after all hardwired patterns have been selected for each pattern. 2.8.1.2 Multiple Bit-Depth and Multiple Color Pattern Sequences With the latest FPGA Firmware (version 2.6.
Creating Pattern Sequences www.ti.com Table 2-3. MBMC Pattern Sequence Information Input • • • Pattern Bit-Depth Number of Patterns Pattern Color (Red/Green/Blue) 5 5 Blue 1 6 Red .. .. … .. .. … 7 2 Green 1 3 Blue Pattern Sequence Equation in the following form: – X_X_.....
Creating Pattern Sequences www.ti.com Figure 2-45. DLP LightCrafter GUI Multiple Bit and Multiple Color Sequence Settings Tab in Stored Pattern Sequence Tab 5. Check the "Enable Multiple Bit and Multiple Color Sequences" checkbox. See Figure 2-46. • This disables several settings in the "Sequence Settings" tab and requires that a readme file be imported 6. Browse and select the "Sequence File" (.BIN). 7. Browse and Import the settings from the "Readme File" (.
Creating Pattern Sequences www.ti.com Figure 2-46. DLP LightCrafter GUI Multiple Bit and Multiple Color Sequence Settings Tab in Stored Pattern Sequence Tab 9. Select "Sequence Settings" tab. See Figure 2-47. 10. Click the sequence settings "Set" button. 11. Click "Upload All" button. 12. Click "Start". Figure 2-47.
Creating Pattern Sequences www.ti.com 2.8.2 External Pattern Sequences Streaming from HDMI Port To 1. 2. 3. 4. 5. 6. create an external pattern sequence follow these steps: Set the display mode as "HDMI Port". Select "External Streaming Pattern Sequence" in the "HDMI Port" tab. See Figure 2-48. Set the LED Select. Set the Color Bit Depth. Set the Frame Rate. Click "Set." • The GUI calculates the patterns per frame and pattern rate from the bit depth and frame rate.
Uploading Static Images or Colors www.ti.com • Resistor R205 must be installed on system boards from DLP LightCrafter hardware prior to revision 2.0. • FPGA Firmware must be version 2.4.39 or newer The extended pattern sequence mode follows the same steps as those listed in Section 2.8.1 for regular internal stored pattern sequences except for selecting the pattern count. Type in the pattern count instead of selecting an item from the drop-down list. 2.
Using Test Patterns www.ti.com Figure 2-51. DLP LightCrafter GUI Static Color Set Button 2.10 Using Test Patterns To 1. 2. 3. display DLPC300 internal test patterns, follow these steps: Set Display Mode to “Test Pattern.” Select “Static Image / Test Pattern” tab as shown in Figure 2-49. Pull down the menu under “Internal Test Pattern” and select the desired option.
Capturing Images using the Camera Connector www.ti.com • • • Default: sets the selected solution as the default solution when DLP LightCrafter boots; in the list, this solution will be colored blue Delete: erases the currently selected solution Refresh: lists stored solutions Figure 2-53. DLP LightCrafter GUI Solution Tab 2.12 Capturing Images using the Camera Connector The DLP LightCrafter's embedded Linux system comes with the MT9P031 camera sensor driver.
Upgrading Firmware www.ti.com Figure 2-54. DLP LightCrafter GUI Camera Tab 2.13 Upgrading Firmware Periodic upgrades to the firmware of the FPGA, DLPC300, MSP430, and EDID are accomplished through the DLP LightCrafter GUI. To upgrade the DM365 firmware, a micro-SD card with the new software is needed to load the software into the NAND flash. 2.13.1 Updating the MSP430, FPGA, DLPC300, or EDID using the GUI To upgrade the FPGA, DLPC300, MSP430, or EDID, perform the following steps: 1.
Upgrading Firmware www.ti.com Figure 2-55. DLP LightCrafter GUI Firmware Upgrade Tab 2. Select which firmware to upgrade and then click the “Browse” button as shown in Figure 2-56. • To upgrade MSP430 firmware, select a TI-tagged file (*.txt). • To upgrade FPGA, select an “*.rbf” file. • To upgrade DLPC300 firmware, select a binary file (*.bin). • To upgrade EDID, select a binary file (*.bin). – Read Section 2.7 for setting the video mode parameters. Figure 2-56.
Upgrading Firmware www.ti.com 2.13.2 Updating the DM365 Firmware The DM365 linux system can be loaded from either the NAND flash or SD card. To upgrade the linux system on the NAND, the linux file system must be copied from an SD card into the NAND. Before the file system can be installed into NAND or booted from the SD card, the linux file system must be copied to an SD card. For instructions on how to setup the SD card, see Section 2.13.2.1 or Section 2.13.2.2.
Upgrading Firmware www.ti.com Figure 2-59. Winodws 7 Format SD Card Window 5. Run the "Windows Command Processor" as an administrator. See Figure 2-60.
Upgrading Firmware www.ti.com Figure 2-60. Windows 7 Run cmd.exe Right-click Menu 6. Change to the directory with the DM365 firmware (*.dat) and lcr_boot_sd.exe using the "cd" command. See Figure 2-61. 7. In the "Windows Command Processor" run lcr_boot_sd.exe {DM365 firmware file} E: for a SD card mapped to the E: drive. • To create a bootable SD card, use the dm3xx_sdv*.dat firmware • To create a SD card to flash the DLP LightCrafter NAND, use the dm3xx_nandv*.
Upgrading Firmware www.ti.com Figure 2-61. Windows 7 Create Bootable SD Card Program 2.13.2.2 Setting up the SD Card on Linux To setup the SD card on Linux or Mac systems, follow these steps: 1. Insert micro-SD card into PC and allow it to mount • Do not format the SD card. The script formats the card itself. 2. Change to the directory with the DM365 firmware (*.dat) and lcr_boot_sd.sh using the "cd" command. 3. Make the script an executable by running sudo chmod +x lcr_boot_sd.sh 4. Run the script .
Changing the Splash Screens www.ti.com 4. Wait until the LED next to DM365 lights up green. This should be a few seconds after the fourth splash screen. 5. Remove power from the DLP LightCrafter. 6. Remove micro-SD card from DLP LightCrafter and set DIP switch to the side closest to DM365. 7. Power the DLP LightCrafter. A test screen of colored bars should appear after the splash screen if firmware has been successfully upgraded. 2.13.2.4 Booting from the SD Card To 1. 2. 3.
Chapter 3 DLPU006C – January 2012 – Revised December 2013 Developing with the DLP LightCrafter This chapter describes the tools needed to develop the DLP LightCrafter GUI, MSP430 firmware, and TI's DVSDK. 3.1 Compiling the GUI Using QT Creator To 1. 2. 3. 4. 5. 3.2 compile the DLP LightCrafter GUI, follow these steps: Download QT5.1 from http://qt-project.org/downloads Install QT5.1 Open QT Creator Open the "LightCrafterGUI.
Chapter 4 DLPU006C – January 2012 – Revised December 2013 Pattern Sequences This chapter describes the pattern sequences supported by the DLP LightCrafter Module 4.1 Pattern Sequence Background The DLPC300 device takes as input 16-, 18-, or 24-bit RGB data at up to 60-Hz frame rate. This frame rate is composed of three colors (red, green, and blue) with each color equally divided in the 60-Hz frame rate. Thus, each color has a 5.55 ms time slot allocated.
External Patterns www.ti.com For other applications where this image enhancement is not desired, the video processing algorithms can be bypassed and replaced with a specific set of bit planes. The bit depth of the pattern is then allocated into the corresponding time slots. Furthermore, an output trigger signal is also synchronized with these time slots to indicate when the image is displayed.
Internal Patterns 4.3 www.ti.com Internal Patterns In addition to the externally provided sequences through the 24-bit RGB interface of the DLPC300, the DLP LightCrafter offers the ability to pre-load patterns into the DLPC300’s memory (mDDR) to achieve faster frame rates. Once the patterns are pre-loaded, the FPGA manages the bit planes stored in the mDDR. The mDDR accommodates four 608 × 684 images of 24-bit RGB data or 96 bit-planes (24 bitplanes × 4 images).
Chapter 5 DLPU006C – January 2012 – Revised December 2013 Connectors This chapter describes the connector pins of the DLP LightCrafter Module. 5.1 Trigger Connector The trigger connector pins are listed in Table 5-1. Two matching four pin mating connector part numbers are: • • Molex part number: 51021-0400 Digi-Key part number: WM1722-ND The corresponding crimps part numbers are: • Molex part number: 50079-8000 • Digi-Key part number: WM1142CT-ND Table 5-1. Trigger Connector Pins 5.
UART www.ti.com Table 5-2. Camera Connector Pins (continued) 5.3 DESCRIPTION PIN SUPPLY RANGE Ground 17 0V 2 I C SDA 18 2.8 V (CAM_IO) I2C SCL 19 2.8 V (CAM_IO) Camera Reset 20 2.8 V (CAM_IO) Camera StandBy 21 2.8 V (CAM_IO) Camera SubAddr 22 2.8 V (CAM_IO) Camera Data[0] 23 2.8 V (CAM_IO) Camera Data[1] 24 2.8 V (CAM_IO) No Connect 25 Camera Trigger 26 2.8 V (CAM_IO) Camera DataEn 27 2.8 V (CAM_IO) No Connect 28 UART The UART connector pins are shown in Table 5-3.
Power www.ti.com • • Molex part number: 50079-8000 Digi-Key part number: WM1142CT-ND Table 5-5. Fan Connector Pins 5.6 DESCRIPTION PIN SUPPLY RANGE Power 1 5 V (SYSPWR) Switch to Ground 2 0V Power The power connector pins are shown in Table 5-6. Two matching connector part numbers are: • • JST part number: PHR-2(P) Digi-Key part number: 455-1165-ND The corresponding crimps part numbers are: • JST part number: SPH-002T-P0.5L • Digi-Key part number: 455-2148-1-ND Table 5-6.
Revision A History www.ti.com Revision A History Changes from Original (January 2011) to A Revision .................................................................................................... Page • Added note about pattern reload when parameters are changed. ............................................................... 37 NOTE: Page numbers for previous revisions may differ from page numbers in the current version. Revision B History Changes from A Revision (February 2013) to B Revision .
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