Hardware Manual - RTD Embedded Technologies, Inc.
Contents
1. Made USA www rtd com Figure 5 CM17109ER Solder Blobs bottom view Table6 17109 Solder Blobs Solder Blob Positions Function Default B1 2 Factory use only open B2 2 Factory use only open 18 17109 CardBus utilityModule BDM 610020052 Rev A imensions Physical D Figure 6 shows the mechanical dimensions of the CM17109ER PC Card utilityModule in inches lt 8820 gt ul OL2 0 gt ul 0 0 40 T OOo oo goso 9909 S 2000 e 0000 9 6 2288 8989 0000 B 9990 o 6 0000 OUO 2532 222 OO 9999 eo o OGIO 9990 29 e 0000 oo oo u 0070 ul G77 Figure 6 CM17109ER Physical Dimensions 0 005 inches 19 Appendix A Reference Information BDM 610020052 Rev A PC Card Controller Information Refer to the Texas Instruments website for detailed information on the PC Card controller2. ooo 65005 I oo 5222 9 www rtd com Q 727 17109 O Figure 4 CM17109ER LEDs top view Table5 CM17109ER LEDs Function LED On Slot 1 activity Off no activity D1 On Slot 2 activity Off no activity D2 Used on CM17109ER 2 only 1 17 Appendix A Reference Information lt gt v N N 5 Mp Q Table 6 describes the solder blobs shown below 0000 O He ix T B2 012500091 v nais N d B i O U37 R640 S OOOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOOO
3. Cards Type I PC Cards are typically used for memory devices such as RAM Flash and SRAM cards Type II PC Cards are typically used for I O devices such as data fax modems Ethernet and mass storage devices Type III PC Cards are used for devices with thicker components such as rotating mass storage devices All three card types measure the same length and width and use the same 68 pin connector Because they differ only in thickness and not electrical software interface a thinner card can be used in a thicker slot but a thicker card cannot be used in a thinner slot Only the mechanical size of the larger card prevents it from fitting into the smaller slot Extended cards allow the addition of components that must remain outside the system for proper operation such as antennas for wireless applications This manual is organized as follows Chapter 1 Introduction introduces main features and specifications Chapter 2 Installing the CardBus utilityModule describes the connectors external I O connections and installation of the CM17109ER Chapter 3 System Configuration addresses system configuration resources regarding the CardBus controller inserted PC Cards IRQ routing and the programmable interrupt subsystem AppendixA Reference Information provides operating system considerations and physical dimensions of the CM17109ER AppendixB IDAN Dimensions provides connector pinouts for the CM17109ER installed in an RTD Intelligent D
4. CM17109ER PC 104 Plus Single and Dual Slot CardBus utilityModules User s Manual BDM 610020052 Revision A 2 mu www rtd com 1509001 2000 Company Accessing the Analog Worlda CM17109ER PC 104 Plus Single and Dual Slot CardBus utilityModules User s Manual RTD Document Number BDM 610020052 Revision A Copyright O 2006 RTD Embedded Technologies Inc All rights reserved Trademarks Advanced Digital I O aDIO a2DIO Autonomous SmartCal dspFramework dspModule IDAN HiDAN HiDANplus MIL Value for COTS prices multiPort PC 104EZ and utilityModule are trademarks and Accessing the Analog World dataModule RTD and the RTD logo are registered trademarks of RTD Embedded Technologies Inc All other trademarks appearing in this document are the property of their respective owners Contents and specifications within this manual are subject to change without notice Revision History Revision Date Reason for Change A 7 26 06 Initial release ii CM17109ER CardBus utilityModule BDM 610020052 Rev CM17109ER PC 104 Plus Single and Dual Slot CardBus utilityModules www rtd com 1509001 2000 Company Accessing the Analog Worlde iv CM17109ER CardBus utilityModule BDM 610020052 Rev A Chapter 1 Introduction CM17109ER CardBus 2 Ordering Information rr rr rr HA addas Seu 3 Board Feature
5. XT and AT connectors match when stacking with other PC 104 modules Table2 17109 Connectors Connector Function Size CN1 PC 104 Bus XT 64 pin CN2 PC 104 Bus AT 40 pin CN3 Reserved 4 pin CN4 PCI Bus 120 pin CN5 PC Card Socket s 170 pin SW1 PCI Slot Selector Switch 8 17109 CardBus utilityModule BDM 610020052 Rev A PC Card Socket s Pinout CN5 The following table describes the PC Card 32 bit CardBus pinout of the single CM17109ER PC Card socket CM17109ER 1 or each of the two CM17109ER PC Card sockets CM17109ER 2 Table3 CM17109ER Connector Pinout Pin Name Pin Function Pin Signal Name Pin Function 1 GND Ground 35 GND Ground 2 CADO Address data bit 0 I O 36 CCD1 Card Detect 1 3 CAD1 Address data bit 1 1 0 37 CAD2 Address data bit 2 1 0 4 CAD3 Address data bit 3 1 0 38 CAD4 Address data bit 4 1 0 5 5 Address data bit 5 1 39 CAD6 Address data bit 6 1 6 CAD7 Address data bit 7 I O 40 RFU Reserved for future use 7 CC BEO Byte Enable input 41 CAD8 Address data bit 8 I O 8 CAD9 Address data bit 9 input 42 CAD10 Address data bit 10 I O 9 CAD11 Address data bit 11 1 0 43 CVS1 Input 10 CAD12 Address data bit 12 input 44 CAD13 Address data bit 13 I O 11 CAD14 Address data bit 14 input 45 CAD15 Address data bit 15 I O 12 CC BE1 Byte Enable 1
6. for the CardBus PC Card functions The PCI1520 is therefore backward compatible with existing interrupt control register definitions and new registers have been defined where required The 1520 detects PC Card interrupts and events at the PC Card interface and notifies the host controller using one of several interrupt signaling protocols PC Card interrupts are classified as either card status change CSC or as functional interrupts The method by which any type of PCI1520 interrupt is communicated to the host 14 17109 CardBus utilityModule BDM 610020052 Rev A interrupt controller varies from system to system The PCI1520 offers system designers the choice of using parallel PCI interrupt signaling parallel ISA type IRQ interrupt signaling or the IRQSER serialized ISA and or PCI interrupt protocol It is possible to use the parallel PCI interrupts in combination with either parallel IRQs or serialized IRQs Refer to PCI1510 Implementation Guide found at http www ti com for more information BDM 610020052 Rev A Chapter 3 System Configuration 15 16 CM17109ER CardBus utilityModule BDM 610020052 Rev A Reference Information Appendix A This appendix provides reference information for the CM17109ER PC Card utilityModule LEDs and Solder Blobs Table 5 describes the LEDs shown below vre 0000 6000
7. input 46 CAD16 Address data bit 16 I O 13 CPAR Parity Bit input 47 RFU Reserved for future use 14 PERR Parity Error input 48 CBCLOCK 15 CGNT Bus arbitration grant input 49 CSTOP 16 CINT Ready Bus output 50 CDEVSEL Device Select 17 Supply Voltage 51 Supply Voltage 18 Vpp1 Programming Voltage 1 52 Vpp2 Programming Voltage 2 19 CCLK Bus clock 0 to 33MHz 53 CTRDY 20 CIRDY Ready input 54 CFRAME Data Frame Indicator 21 CC BE2 Byte enable 2 input 55 CAD17 Address data bit 17 I O 22 CAD18 Address data bit 18 1 0 56 CAD19 Address data bit 19 1 0 23 CAD20 Address data bit 20 1 0 57 CVS2 24 CAD21 Address data bit 21 I O 58 CRST Reset 25 CAD22 Address data bit 22 1 0 59 CSERR System Reset 26 CAD23 Address data bit 23 1 0 60 CREQ Arbitration Request 27 CAD24 Address data bit 24 I O 61 CC BE3 Byte Enable 3 28 CAD25 Address data bit 25 1 0 62 CAUDIO Card Audio output 29 CAD26 Address data bit 26 1 0 63 CSTSCHG 30 CAD27 Address data bit 27 I O 64 CAD28 Address data bit 28 I O 31 CAD29 Address data bit 29 1 0 65 CAD30 Address data bit 30 I O 32 RFU Reserved for future use 66 CAD31 Address data bit 31 1 0 33 CCLKRUN Output 67 CCD2 Card Detect 2 34 GND Ground 68 GND Ground BDM 610020052 Rev A Chapter 2 Installing the CardBus utilityModule 9 Switch SW1 PCI Slot Selector This rotary switch is used to set the positioning of the CM17109ER with respect to the CPU module and othe
8. operating system at boot time Second resources must be assigned to any inserted PC Cards This assignment occurs dynamically when a PC Card is inserted The specific resources that are used will depend on the type of card For example an ATA Flash card will require different resources than a Wireless LAN card Resources are assigned to each card if two cards are inserted in the CM17109ER 2 utilityModule The method for assigning these resources is controlled by the operating system and its PC Card drivers For more information on how the resources are assigned consult your operating system documentation IRQ Routing ISA vs PCI The CM17109ER can route PC Card interrupts over either the PCI or ISA bus How the interrupts are routed will depend on the following factors e throughput of the PC Card interface older 16 bit vs 32 bit CardBus Older 16 bit PC Cards traditionally have their IRQs routed to the ISA bus while CardBus cards have their IRQs routed to the PCI bus e The software configuration of the PCI1520 controller which is determined by the operating system and its PC Card drivers The operating system may remap IRQs for older 16 bit PC Cards onto the PCI bus IRQ routing may differ depending on the operating system version and configuration Some known issues e Newer versions of Windows use PCI interrupts more aggressively than older versions For example Windows XP with ACPI HAL will map older 16 bit PC Card IRQs to th
9. PC11520 chip http focus ti com docs prod folders print pci1520 html and the PCI950 serial interrupt stream deserializer http focus ti com docs prod folders print pci950 html Refer to http www pcmcia org pccard htm for a primer on PC Card Standard Refer to http www pcmcia org faq htm for a list of frequently asked questions on the PC Card Standard how it compares to the new ExpressCard standard the different types of PC Cards CardBus and more 20 17109 CardBus utilityModule BDM 610020052 Rev AppendixB IDAN Dimensions RTD5 Card utilityModules like all other PC PCI 104 modules can be packaged in Intelligent Data Acquisition Node IDAN frames which are milled aluminum frames with integrated heat sinks and heat pipes for fanless operation RTD modules installed in IDAN frames are called building blocks IDAN building blocks maintain the simple but rugged PC 104 stacking concept Each RTD module is mounted in its own IDAN frame and all I O connections are brought to the walls of each frame using standard PC connectors No connections are made from module to module internal to the system other than through the PC 104 and PC 104 Plus bus enabling quick interchangeability and system expansion without hours of rewiring and board redesign The CM17109ER PC Card utilityModule can also be purchased as part of a custom built RTD HiDAN or HiDANplus High Reliability Intelligent Data Acquisition Node This a
10. ata Acquisition Node IDAN frame AppendixC Limited Warranty BDM 610020052 Rev A Chapter 1 Introduction 1 CM17109ER CardBus utilityModule The CM17109ER CardBus utilityModule features support for Type I Type II and Type III PC Cards The dual slot CM17109ER 2 CardBus utilityModule is shown below A single slot CM17109ER 1 CardBus utilityModule is also available PCI Bus 5 17199 ww com 104 Bus XT PC 104 Bus AT PCI Slot Selector Switch Figure 1 CM17109ER CardBus utilityModule top view CM17109ER 2 2 CM17109ER CardBus utilityModule BDM 610020052 Rev Ordering Information The CM17109ER is a peripheral module that can also be purchased as part of an Intelligent Data Acquisition Node IDAN building block which consists of the CM17109ER and a milled aluminum IDAN frame The IDAN building block can be used in just about any combination with other IDAN building blocks to create a simple but rugged PC 104 stack The CM17109ER can also be purchased as part of a custom built RTD HiDAN or HiDANplus High Reliability Intelligent Data Acquisition Node Contact RTD for more information on our high reliability PC PCI 104 systems The model options are shown below Refer to the RTD website www rtd com for more detailed ordering information Table 1 17109 CardBus utilityModule Options Part Number Description CM17109ER 1 utility Module with one PC Car
11. com frequently for product updates including newer versions of application software and this manual BDM 610020052 Rev A Chapter 1 Introduction 5 6 17109 CardBus utilityModule BDM 610020052 Rev A Chapter 2 Installing the CardBus utilityModule The CM17109ER utilityModule interfaces easily to PC 104 Plus systems This chapter shows the external I O connections and connector pinouts and provides module installation instructions BDM 610020052 Rev A Chapter 2 Installing the CardBus utilityModule 7 CM17109ER Connectors Figure 3 shows the connectors and PCI Slot Selector Switch of the CM17109ER CardBus utilityModule CN4 Y E a 0 0 0 0 060590569090 0 0 0 0 D2 0 0 0 0 jO 0 0 0 0 0 0 0 0 jO 0 0 0 0 0 0 0 0 jO 0 0 0 0 0 0 0 0 jO 0 0 0 0 0000000000 0 0 0 CNS A gt 00909509090 pns lo o o o o CM17109 0000000000 www rtd com OO jO 0 0 0 0 jO 0 0 0 0 0 0 0 0 jO 0 0 0 0 0 0 0 0 jO 0 0 0 0 909090909 0 0 0 0 p 0 07070 m 9000000000000000000 m m si 212 RTD Embedded FP Inc NS SW1 CN2 CN3 Figure 3 17109 Connectors EN Note Pin 1 of each connector is indicated by a square within a white square on both the top and bottom of the board Pin 1 of the
12. connector with the PC 104 bus of the stack and gently press the module onto the stack The module should slide into the matching PC 104 Plus and PCI connectors easily Do not attempt to force the module as this can lead to bent broken pins EN Note If the CM17109ER does not press into place check modules in your stack for bent pins or out of place keying pins and try again 6 If any modules are to be installed above the CM17109ER install them If the other modules PC 104 Plus or PCI 104 devices set the PCI slot selector switches on these modules based on their position away from the CPU module 7 Attach any necessary cables to the PC 104 Plus stack 8 Reconnect the power cord and apply power to the stack 9 Bootthe system and verify that all of the hardware is working properly 12 CM17109ER CardBus utilityModule BDM 610020052 Rev A Chapter 3 System Configuration This chapter addresses the resources that must be assigned to the CardBus controller the resources that must be assigned to any inserted PC Cards IRQ routing and the programmable interrupt subsystem BDM 610020052 Rev A Chapter 3 System Configuration 13 System Resource Allocation The CM17109ER requires multiple sets of system resources I O ports memory address IRQs DMA channels assigned to it First resources must be assigned to the CardBus controller Since the controller is a PCI device its resources are assigned dynamically by the BIOS or
13. d slot CM17109ER 2 utility Module with two Card slots Each CM17109ER package contains the following items e 17109 CardBus utilityModule e Companion CD containing software and documentation Board Features The following sections describe the major features of the CM17109ER CardBus utilityModule which was designed to provide CardBus support for RTD cpuModules or other standard PC 104 Plus modules General Features e One or two CardBus slots with ejectors 1 slot CM17109ER 1 2 slots CM17109ER 2 e Supports PC Card Standard 7 1 Release e Supports Type II and Card types 54 0 x 85 6 mm 68 pin connector Type 1 3 3 mm thickness Type 5 0 mm thickness Type 10 5 mm thickness CM17109ER 1 Accepts Type 1 Il Card types in the single slot CM17109ER 2 Simultaneously accepts Type II or III PC Cards in the top slot considered the first slot and a Type I or Type II PC Card in the bottom slot considered the second slot e 32 bit CardBus interface actual throughput may be substantially less than theoretical maximums Byte mode 33 MB s Word mode 66 MB s DWord mode 132 MB s e Backwards compatible with older PC Card standards e Permits insertion and removal of cards with system power e LED s to indicate PC Card slot activity e Supports both 5 VDC and 3 3 VDC PC Cards BDM 610020052 Rev A Chapter 1 Introduction 3 e Power requirements 0 25W 5 VDC typica
14. e PCI bus while Windows 2000 will map them to the ISA bus e Under Windows when the ACPI HAL is loaded PCI interrupts are used more aggressively The CardBus controller may require ISA interrupts in non ACPI mode but will not require them in ACPI mode Note If your PC Card s IRQs are mapped to the ISA bus you may have difficulty using it on CPU EN without an ISA bus e g 104 cpuModule If you have a CPU without an ISA bus it is strongly recommended that you use an operating system that maps all PC Card IRQs onto the PCI bus e g Windows XP with ACPI HAL Note lf using legacy PC Card devices in Windows you may need to reserve the devices IRQ for legacy devices in the system s BIOS The device IRQ can be found by looking in the device manager in Windows Programmable Interrupt Subsystem Interrupts provide a way for I O devices to let the microprocessor know that a device requires servicing The dynamic nature of PC Cards and the many PC Card I O applications require substantial interrupt support from the PC Card controller PCI1520 chip The PCI1520 provides several interrupt signaling schemes to accommodate the needs of a variety of platforms The different mechanisms for dealing with interrupts in this device are based on various specifications and industry standards The ExCA register set provides interrupt control for some 16 bit PC Card functions and the CardBus socket register set provides interrupt control
15. l not including current draw from CardBus Devices e Connectors One or two Card slots with ejectors PC 104 Plus form factor AT XT bus and ISA bus Software e Natively supported under Windows 2000 XP e Linuxsupport is included in recent 2 4 and 2 6 kernels Yenta driver Physical Characteristics e Size 3 8 x 5 1 x 0 6 inches 96 x 129 x 15 mm e Weight 0 14 Ibs 0 06 kg e Operating Temperature 0 to 70 C 90 humidy non c ondensing e Storage Temperature 55 to 125 C Block Diagram The CM17109ER is designed on the PC 104 Plus form factor for an easy mechanical interface to PC 104 Plus systems Refer PC Card Socket s Pinout CNS on page 9 for a detailed discussion of the CM17109ER CardBus utilityModule external I O connections The next figure shows a simplified block diagram of the CM17109ER ISA Bus PCI Bus ves Interrupts TI PCI950 Deserializer PCI bus signals TI PC11520 Control sem Power Switch Socket 1 Socket 2 Figure 2 CM17109ER CardBus utilityModule Simplified Block Diagram 4 17109 CardBus utilityModule BDM 610020052 Rev Contact Information RTD Embedded Technologies Inc 103 Innovation Blvd State College PA 16803 0906 USA Phone 1 814 234 8087 Fax 1 814 234 5218 E mail sales rtd com techsupport rtd com Internet http www rtd com Be sure to check the RTD web site www rtd
16. normally have a power supply module on the bottom and a cpuModule on the top Any other combination of PC 104 Plus or PCI 104 modules including the CM17109ER can be integrated into the stack Before You Begin A CAUTION Keep your CM17109ER in the antistatic bag until you are ready to install it to your system When removing the CM17109ER from the antistatic bag hold it at the edges and do not touch the components or connectors Please handle the module in an antistatic environment and use a grounded workbench for testing and handling BDM 610020052 Rev A Chapter 2 Installing the CardBus utilityModule 11 Installing the CM17109ER in a PC 104 Plus Stack CAUTION The CM17109ER should slide into the matching PC 104 connector easily Do not force the connection Doing so might bend or break pins EN Note All PC 104 Plus and PCI 104 modules including the CM17109ER must be on the same side of the CPU module 1 Turn off power to your PC 104 Plus or PCI 104 system and unplug the cord 2 Ground yourself with an anti static strap 3 Check that the keying pins in the PC 104 bus connector are properly positioned Two keying pins should reside in pins C19 and B10 4 Use the PCI slot selector switch SW1 to set the positioning of the CM17109ER with respect to the CPU module and other PC 104 Plus or PCI 104 cards in the stack Refer to Switch SW1 PCI Slot Selector on page 10 5 Lineup the pins of the 17109 PC 104
17. nties for merchantability and fitness for a particular purpose are limited to the duration of this warranty In the event the product is not free from defects as warranted above the purchaser s sole remedy shall be repair or replacement as provided above Under no circumstances will RTD Embedded Technologies be liable to the purchaser or any user for any damages including any incidental or consequential damages expenses lost profits lost savings or other damages arising out of the use or inability to use the product Some states do not allow the exclusion or limitation of incidental or consequential damages for consumer products and some states do not allow limitations on how long an implied warranty lasts so the above limitations or exclusions may not apply to you This warranty gives you specific legal rights and you may also have other rights which vary from state to state RTD Embedded Technologies Inc 103 Innovation Blvd State College PA 16803 0906 USA Website www rtd com BDM 610020052 Rev Appendix C Limited Warranty 25 26 17109 CardBus utilityModule BDM 610020052 Rev A
18. oller 20 Appendix IDAN Dimensions IDAN Dimensions and PC Card 5 5 22 22 Appendix Limited Warranty BDM 610020052 Rev A Vi CM17109ER CardBus utilityModule BDM 610020052 Rev A Chapter 1 Introduction This manual provides comprehensive hardware and software information for users developing with the CM17109ER PC 104 Plus CardBus utilityModule which offers one or two PC Card slots on a single PC 104 Plus board The term PC Card refers to the credit card size peripherals that add memory mass storage and I O capabilities to systems in a rugged compact form factor The term PCMCIA Personal Computer Memory Card International Association refers to the association and standards body that promotes PC Card and ExpressCard technology In the past PC Cards were known as PCMCIA Cards but the industry now refers to products based on this technology as PC Cards PC Card Hosts and PC Card Software whereas PCMCIA refers only to the association IN Note Throughout this manual the term PC Card is used generically for the peripherals or the slot s for iV such peripherals while the term CardBus is used to refer to the 32 bit Card interface The flexibility of the CM17109ER meets the needs of a variety of applications through support of Type I Type Il and
19. ppendix provides the dimensions and pinouts of the CM17109ER installed in an IDAN frame Contact RTD for more information on high reliability IDAN HiDAN and HiDANplus PC PCI 104 systems IDAN Adhering to the PC 104 stacking concept IDAN allows you to build a customized system with any combination of RTD modules IDAN Heat Pipes Advanced heat pipe technology maximizes heat transfer to heat sink fins HiDANplus Integrating the modularity of IDAN with the ruggedization of HiDAN HiDANplus enables connectors on all system frames with signals running between frames through a dedicated stack through raceway BDM 610020052 Rev A Appendix B IDAN Dimensions 21 IDAN Dimensions and PC Card Slots IDAN CM17109ER 1S co 3 8 8 o 100 _PEMCIAModule 334 LL d 513 Figure 7 IDAN CM17109ER 1S Dimensions Front TAM i MCIAModul 534 Figure8 IDAN CM17109ER 1S Cover Plate Note Drawings are not to scale 22 17109 CardBus utilityModule BDM 610020052 Rev A Figure 9 IDAN CM17109HR 1S Card Slots Note Photographs are not to scale BDM 610020052 Rev A Appendix B Dimensions 23 24 17109 CardBus utilityModule BDM 610020052 Rev A Appendix C Limited Warranty RTD Embedded Technologies Inc warrants the hardware and software products it manufactures and p
20. r PC 104 Plus or PCI 104 cards in the stack EN Note All PC 104 Plus modules including the CM17109ER and PCI 104 modules must be on the same side of the CPU module Bus Masters Notice the Bus Master column in Table 4 below The CM17109ER can be a bus master meaning that it can take control of the bus RTD s newer cpuModules including Intel Pentium M Celeron M and Celeron and Eden and AMD Geode HX series cpuModules support 4 PCI bus masters for all four PCI slots but some older CPUs only support 3 bus masters in which only PCI slots 0 1 and 2 may be bus masters However older CPUs that only support 3 bus masters can still use four devices in PCI slots but only 3 of the 4 slots may be bus masters If your CPU supports 4 bus masters you will want to set the PCI Slot Selector Switch to position 0 1 2 or 3 corresponding to PCI bus master 0 1 2 or 3 If the CM17109ER is the first module from the CPU module set the switch to position 0 If itis the second module from the CPU module set the switch to position 1 Similarly position 2 refers to the third module and position 3 refers to the fourth module away from the CPU module If your CPU only supports 3 bus masters you will want to set the switch to position 4 5 6 or 7 corresponding to PCI bus master 0 1 2 or 2 This might seem like PCI slots 6 and 7 appear to be the same but they are not These two options are different they allow you
21. roduces to be free from defects in materials and workmanship for one year following the date of shipment from RTD Embedded Technologies Inc This warranty is limited to the original purchaser of product and is not transferable During the one year warranty period RTD Embedded Technologies will repair or replace at its option any defective products or parts at no additional charge provided that the product is returned shipping prepaid to RTD Embedded Technologies All replaced parts and products become the property of RTD Embedded Technologies Before returning any product for repair customers are required to contact the factory for a Return Material Authorization number This limited warranty does not extend to any products which have been damaged as a result of accident misuse abuse such as use of incorrect input voltages improper or insufficient ventilation failure to follow the operating instructions that are provided by RTD Embedded Technologies acts of god or other contingencies beyond the control of RTD Embedded Technologies or as a result of service or modification by anyone other than RTD Embedded Technologies Except as expressly set forth above no other warranties are expressed or implied including but not limited to any implied warranties of merchantability and fitness for a particular purpose and RTD Embedded Technologies expressly disclaims all warranties not stated herein All implied warranties including implied warra
22. s a a i AR TA Fr aidera pd dauid 3 General Features 22255 ecce cada er RP AP EODD ob tas Ghee Red doe end 3 la rc ET 4 Physical 2 202 7 272 7 7 7 7 7 7 72 7 7 4 Block Diagram usen orbe 4 Contact Information 5 Chapter2 Installing the CardBus utilityModule CM17109ER Connectors 8 PC Card Socket s 5 9 Switch oak ent re ecce Lass rr rer rr rr db ode edi 10 BUS Pes 10 Installation Considerations 11 Before You Beri de ee RLS 11 Installing the CM17109ER in a PC 104 Plus 5 12 Chapter 3 System Configuration System Resource 14 IRQ Routing ISA vs PCI 14 Programmable Interrupt 5 14 Appendix A Reference Information LEDs and Solder 5 rr Rhe etr e rr rr str rr rr KR rr FK FR we rer 17 Physical Dimensions PR REPRE ERR RUE 19 Card Contr
23. to use the CM17109ER as a bus master in either PCI slot 2 or 3 if your CPU only supports 3 bus masters If the CM17109ER is the first module from the CPU module which only supports 3 bus masters set the switch to position 4 If it is the second module from the CPU module set the switch to position 5 Similarly position 6 refers to the third module and position 7 refers to the fourth module away from the CPU module Table4 PCI Slot Selector Switch Switch Position PCI Slot Number Bus Master 0 Slot 0 closest to CPU 0 1 Slot 1 1 2 Slot 2 2 3 Slot 3 3 4 Slot 0 closest to CPU 0 5 Slot 1 1 6 Slot 2 2 7 Slot 3 2 10 CM17109ER CardBus utilityModule BDM 610020052 Rev Installation Considerations Consider the following points before integrating the CM17109ER into a PC 104 Plus stack 1 The CM17109ER is a PC 104 Plus module with an ISA bus PC XT and AT connectors and a PCI bus Therefore the 17109 should be installed with a PC 104 Plus or PCI 104 cpuModule and other PC 104 Plus or PCI 104 peripheral modules 2 RTD recommends building your PC 104 Plus or PCI 104 computer by stacking the power supply module and cpuModule on the ends of the stack These two modules produce heat and stacking them on the top and bottom maximizes heat dissipation Placing the cpuModule on one end of the stack also minimizes reflections RTD built PC 104 Plus systems such as the Intelligent Data Acquisition Node IDAN
Download Pdf Manuals
Related Search