MCA-E2701
Contents
1. Specifications cie estre tree Ero c Ee epu Eo ten E Eoo Ee EXE E ELE ES ERE ERE 8 3 1 Hardware Specifications het eae A eee Eddie creep ete ca ep ed 8 3 2 Gireuit Diagram u een ee essentiellen 10 3 3 Interrupt Sources n etnn aan ernennen SEENEN 11 SE bal HEED 12 3 3 2 Timing Chart for Interrupt Signals A 12 Chapter 4 External Connections cece eceeeeeceeeeeeeeeeesaeeeeeeesaeeeeeeeeaees 14 4 1 Example Connections nennen nnnnnn nr nn nr nr nr ir iria sais sais sana nasa nis 15 4 1 1 General Purpose Digital Inputs Outputs IN1 OUT1 through IN48 OUT48 15 4 1 2 Reset Input RSTIN 2222 22 een en 16 Ghapler 3 deele 17 5 1 Gard InstallatiOni eno 4 ra ae een reine 17 5 2 Driver Software Installation 17 5 3 Gard Urinstallation ENEE 17 Chapter 6 Address Assignment 18 6 1 Configuration Register sent ea anna ran 18 6 1 1 Vendor ID Register se 19 6 1 2 Device ID Register hrs tete nennen 19 6 1 3 Comma nd Register nase energie 19 6 1 4 Status Register 20 6 1 5 Revision ID Register 5 sen choreas Doc cession Lenses dites nee 20 6 1 6 Base Address Register Q us 20 6 1 7 Interrupt Line Register se 21 6 2 Board Control Register Base Address 0i nnne 21 6 2 1 General Purpose Digital Input output Register 22 6 2 2 Interval Timer Register 23 6 2 3 Interrupt Source Flag2. Bit Mnemonic Default value 0 o o O O o o 0 Bit Mnemonic Default value Bit Mnemonic Defaultvaue 0 0 O0 o O O 0 0 Bit Mnemonic Default value Bit Mnemonic Defaultvaue 0 0 O0 o o O 0 0 Bine eme quei ortam eo EC ES Mnemonic Default value Bit 15 14 13 12 u 10 9 8 Mnemonic Default value Mnemonic mem me ms m mo T NT Default value IN8 INT m6 INS IN4 m3 m2 INI Mnemonic Default value 0 0 o O O9 0j 0 Interface Corporation 22 MCA E2701 Ver 1 2 IN48 through IN1 Indicates the status of IN OUTI through IN OUT48 General purpose digital input 0 High 1 Low OUT48 through OUTI Indicates the status of IN OUT1 through IN OUT48 General purpose digital output 0 High 1 Low 6 2 2 Interval Timer Register Mnemonic ee Pros pos mi Default value _O 0 O o o O o J 0 Mnemonic Sa SCRE SCT CCRC Default value DJ otofofofofoto TD4 through TDI Reads the timer count value of the interval timer Timer count reading TCTRLA through TCTRL1 Sets the frequency divisor of the interval timer Timer count setting SCK3 through SCK1 Sets the base clock frequency ofthe interval timer Timer count setting The following table describes the interval timer period TCTRL3 TCTRI2 Stop 100 ms 200 ms 300 ms 400 ms 500 ms 600 ms 700 ms 800 ms 900 ms 1000 ms 1100 ms 1200 ms
3. PCMCIA JEITA Type II Environmental conditions Operating temperature 0 C to 50 C Relative humidity 20 to 90 non condensing Acceptable cable connector CN1 HDRA E68FT2 SL 68 pin PC Card connector Honda Tsushin Kogyo Co Ltd or equivalent Interface Corporation 8 MCA E2701 Ver 1 2 Input Response Time We define the input response time as required for the input data to travel to the CardBus card register The input response time includes propagation delays of input buffer ICs The following figure shows an input waveform and the corresponding CardBus card register timing chart The following figure shows the test circuit for the input response time Board Register lt lt IN V UE Input signal Output Response Time We define the output response time as required for the output data to travel to an output pin on the CardBus card after a CBI write command is issued The output response time includes CBI write cycle duration and propagation delays of output buffer ICs The following figure shows a CBI write signal and output waveforms Write signal Output signal 0 7 0 gt 1 Tron gt Output signal 020 _ KAS Trorr The following figure shows the test circuit for the output response time Board i 130 Q OUT R i Output signal 5 Vdc i COM WY Note The input response time and the output response time do not inc
4. General purpose digital input output IN OUT48 27 through 34 37 through 52 59 through 66 External This is a reset signal input An reset signal external circuit can reset this CardBus 57 card by asserting this signal and an external circuit can request service from the computer Use corresponding pins for ground Ground Pin Selection IN33 through IN48 67 68 COM3 RSTIN Note COMI COM2 COM3 and FCOM are connected inside the CardBus card 2 3 Attached Cable The JKC 0124 cable is included with the CBI 2701 This cable has a single 68 pin half pitch female on the A side You can modify the B side as desired The cable length is 1 5 m 2 3 1 Dimensions of the Connector A side Cable AWG30 7 0 1 or equivalent Some 6 mm in diameter Contraction tube 1 5m Interface Corporation 6 2 3 2 Wire Connection L6 grey ac 8 white acl 9 yellow E red white Notes e These dot marks are printed in straight succession The heavy line indicates twisted pair wires MCA E2701 Ver 1 2 Dot Mark Color ES E 53 longe ee Ch ed gray r C black eelere resti lee 68 yellow me Bech The braided shield is connected to the ground of CN1 7 Interface Corporation MCA E2701 Ver 1 2 Chapter 3 Specifications 3 1 Hardware Specifications General Purpose Digi
5. NC 4L 55 21 W NC NC 14H 54 20 Li NC nc 41 53 19 L NC IN OUT32 241 52 18 _ H IN OUT16 IN OUT31 A3 17 4 IN OUTIS IN OUT30 11 50 16 IN OUT14 IN OUT29 AH 49 15 4 IN OUT13 IN OUT28 L 48 14 H IN OUT12 IN OUT27 L 47 13 H IN OUT11 IN OUT26 1_46 12 H IN OUTIO IN OUT25 44 45 1 H IN OUT9 IN OUT24 41 44 10 H IN OUT8 IN OUT23 11 43 9 H IN OUT7 IN OUT22 111 42 8 f IN OUT6 IN OUT21 41 41 7 IN OUTS IN OUT20 t 40 6 H 1IN oUT4 IN OUTI9 41 39 5 Wir mon IN OUTI8 38 4 Jr mon IN OUTI 7 37 3 Hu IN OUTI COM2 414 36 2 IL emm COM2 CERDO COMI NC Not connected Note For prevention of incorrect insertion the card frame and contraction tube of the attached cable are the same color Check if they are the same color when you connect the cable with the card 5 Interface Corporation MCA E2701 Ver 1 2 2 2 Signals Signal Description Pin Number Direction Description IN OU Input output Digital General purpose digital input output input output Interrupt input signal 1 IN OUT2 Input output signal General purpose digital input output bi direction Interrupt input signal 2 IN OUT3 5 Input output General purpose digital input output Interrupt input signal 3 IN OUT4 6 Input output General purpose digital input output Interrupt input signal 4 IN OUTS through 7through 18 Input output
6. selection or the interrupt mask Only the corresponding interrupt source When the CardBus reset occurs e When the RSTIN signal is asserted SIGT e When the software deasserts the request explicitly When you change the interrupt mask Only the corresponding interrupt source When the CardBus reset occurs e When the RSTIN signal is asserted When the interval timer is reset SIGR When the software deasserts the request explicitly When you change the interrupt mask Only the corresponding interrupt source When the CardBus reset occurs When the board is turned on all interrupt requests are cleared 11 Interface Corporation MCA E2701 Ver 1 2 3 3 1 Interval Timer The interval timer can be used to generate an interrupt to the host computer every timer cycle period The timer cycle period is given by the following equation T RATE x CLK T Timer cycle period RATE integer 1 through 15 CLK 10 us 100 us 1 ms 10 ms 100 ms This timer begins counting immediately after both RATE and CLK are programmed and it will keep counting until a stop instruction is issued It is recommended that you use an interrupt timer interval greater than or equal to 10 ms Windows XP Windows 2000 Windows NT 4 0 Windows Me and Windows 98 cannot handle a large number of interrupts within a short time period In such a case Windows may hang up or freeze 3 3 2 Timing Chart for Interrupt Signals Where we assume that IN1
7. space register OA8D CBI 2701 1147h Interface 0000001000000000b 000000000000000 b FF0000h Other Device Olh 00h 00h 00h 00h Base Address Register 0 10h Card control address 14h 00000000000000000000000000000000b 00000000000000000000000000000000b 00000000000000000000000000000000b 00000000000000000000000000000000b 00000000000000000000000000000000b Card bus CIS Pointer 00000000h 0201h CBI 2701 1147h Interface Expansion ROM Base Address 00000000h 00000000h 00000000h MIN_GNT Interrupt Pin Interrupt Line 40h through DFh FOh through FFh Reserved Notes e The above values are described as follows gt gt h hexadecimal form gt gt b binary form gt gt configured by the Plug and Play system e Refer to PC Card Standard for more details of registers Interface Corporation 18 MCA E2701 Ver 1 2 6 1 1 Vendor ID Register Description GES REESEN DEER RES CN ECH RE T VEN VEN VEN VEN VEN VEN VEN VEN ae Dis ID14 1D13 IDI2 ID11 D10 1D9 E Default vaue 0 o o 1 o o o M VER VEN VEN VER VES MEN an VEN SE aS A D ID5 ID4 ID3 ID2 ID1 IDO Default value _ 0 1 0 o o 1 1 1 VENIDIS through VENIDO Indicates the vendor manufacturer Vendor ID register 6 1 2 Device ID Register Description Bit 15 14 38 7 2 u iwo o s N DEV DEV DEV DEV DEV DEV DEV DEV pemonie mu 1D14 IDI3 IDI2 Du ID10 IDs ID8 Defaul
8. this card This signal can also be configured as one ofthe interrupt sources 4 Built in timer counter The CBI 2701 has a timer counter circuit that can be used as an interval timer as mentioned above A software selectable clock period of 10 us 100 us 1 ms 10 ms and 100 ms and a software programmable frequency divisor in the range of 1 through 15 are supported The output ofthe built in timer counter circuit can be used as interrupt sources 5 Software configurable interrupt source Software configurable interrupt sources are supported Each interrupt can be masked or unmasked individually 6 Cable The JKC 0124 cable is included with the CBI 2701 You can modify one side as desired 3 Interface Corporation MCA E2701 Ver 1 2 1 2 Optional Products 1 2 1 Accessories TAC 2700 The TAC 2700 is composed of a cable and terminal block The CAB 2901 straight Cable CAB 2901 cable converts a PC Card 68 pin male connector to 68 pin half pitch female Terminal block TRM 2700 connector The cable length is 1 5 m The TRM 2700 terminal block has 68 screw terminals for easy connection of field signals It has a 68 pin half pitch male connector It also includes hardware for mounting on a standard DIN rail BPA 0507 Japanese The BPA 0507 software controls Interface digital input output boards from your application running on Windows XP Windows 2000 Windows Me or Windows 98 BPC 0506 Japanese This software provides VI diagram fo
9. 1 6 Base Address Register 0 Offset Description Bit 24 13h Input Output EE P pA P es P pa pu pi Defauttvatue Bit 23 22 21 20 19 18 17 BAO BAO BAO BAO BA 2 BA n BA d BAO 12h Input Output i Default value 7 Default value 10h Input Output i Default value BA031 through BA005 Indicates board control I O space Board control base address register Bit EUNEUNENE BAO BAO BAO BAO BAO BA 2 BA A BAO 11h Input Output i Interface Corporation 20 MCA E2701 Ver 1 2 6 1 7 Interrupt Line Register 3Ch Input Output Mnemonic TENT NG NS rose ros oc s ro Default value ILIN7 through ILINO Indicates the interrupt line of the device The Plug and Play system Interrupt line register automatically assigns the line 6 2 Board Control Register Base Address 0 The following table describes the board control registers When the CardBus reset or on card power on reset is asserted each register is set to default value General purpose digital input register EUM 06h through 09h Output Reseved DEE TUBE Output Reserved OCh Input Interrupt source flag register 40Eh Input Interrupt edge selection register 21 Interface Corporation MCA E2701 Ver 1 2 6 2 1 General Purpose Digital Input output Register Offset Bit Input Mnemonic Default value Bit Mnemonic Default value 0 CTT Bit Mnemonic Default value
10. 1300 ms 1400 ms 1500 ms ls i bal i bal i bal ss 23 Interface Corporation MCA E2701 Ver 1 2 6 2 3 Interrupt Source Flag Register Mnemonic L sos sics sicr sics cs sicz SST Default value _ 0 siorr o O O o O 0 Mnemonic L sis sicr se scs SST Default value _0 0 O0 o O o o 0 SIGRR Indicates the status of RSTIN 0 High 1 Low SIGR lt Input gt Inidicates the status of interrupt from RSTIN 0 Interrupt did not occur 1 Interrupt occurred lt Output gt Clears the status of interrupt from RSTIN 0 Not clear 1 Clear SIGT lt Input gt Indicates the status of the interval timer interrupt 0 Interrupt did not occur 1 Interrupt occurred lt Output gt Clears the status of the interval timer interrupt 0 Not clear 1 Clear SIG4 through SIG1 Input Indicates the status of the interrupt input signals 1 through 4 0 Interrupt did not occur 1 Interrupt occurred lt Output gt Clears the status ofthe interrupt input signals 1 through 4 0 Not clear 1 Clear Interface Corporation 24 MCA E2701 Ver 1 2 6 2 4 Interrupt Mask Register Inpu Output Mnemonic L sx sic sics sis sica sr Defaultvatuel 0 0 O o o O o 0 SIGR Indicates the RSTIN interrupt mask 0 Mask ed 1 Unmask ed SIGT Indicates the interval timer inte
11. E THIS PRODUCT 5 1 Card Installation When you install this product in your system read the manual of your system which refers to the PC card slot 1 Make sure that the system is turned off and the power cable is unplugged This card corresponds to Hot Swap You can insert this card when the system turns on 2 Insert the card into the PC card slot in your system 3 Plugin the power cord and turn on the system C Be careful of the insert direction when you insert this product into your system to avoid system damage C The mounting with the computer may be restricted by the connector form of the attached cable As shown in the following figure the attached cable may interfere with the card cable connector for the adjacent slot or computer Attached cable connector EEE PC card E x Another cable connector Computer 5 2 Driver Software Installation Refer to our Web site for the Help of each optional software when you install and use it 5 3 Card Uninstallation The method of removing PC card from your system differs depending on each system Please read the manual of your system C Do not remove this product when accessing to the external equipment Your system may not operate correctly 17 Interface Corporation MCA E2701 Ver 1 2 Chapter 6 Address Assignment 6 1 Configuration Register The following table describes the configuration
12. Register 24 6 2 4 Interrupt Mask HRegtsier ennt nnne ens 25 6 2 5 Interrupt Edge Selection Register ccccccccecceceeeeeeeeeeeeeeeeeeeseeeeeaeeeeeeeeeeeenaees 25 Chapter 7 Notes for Users ssssssseeeeseesessseeeeeeen nnne 26 7 1 Cautions Periodic Inspections and Storage cccccccceeeeeseeceeeeeeeeeeaeeeeeeeseseenaeaeeeeeenees 26 Chapter 8 Troubleshooting 28 8 1 Checkpoints nisin 1 EE lee ed eei a lee 28 Interface Corporation 2 MCA E2701 Ver 1 2 Chapter 1 Introduction 1 1 Summary The CBI 2701 is a multifunction digital input output card for CardBus based computers It provides 48 CMOS gated high voltage digital input and 48 TTL open collector output channels This card includes a timer counter circuit This timer counter circuit can be used as an interval timer This card does not require an external power supply because the input circuit is CMOS gated high voltage input External reset signal input is supported by a connector 1 1 1 Features 1 TTL open collector output channels 5 Vdc to 24 Vdc Output circuits on the CBI 2701 have TTL open collector buffers This feature provides up to 40 mA max of current 2 CMOS gated high voltage input channels 0 Vdc to 24 Vdc Input circuits have protection diode so this product inputs 30 Vdc max It can also input TTL level signal because of 4 7 kQ pull up resistor 3 External reset input RSTIN The RSTIN signal resets
13. USER S MANUAL MCA E2701 Product Model CBI 2701 3 Ver 1 2 L Interface www interf ace co jp Notes to Users The specifications of the product are under continuous improvement and while every effort is made to keep this manual up to date we reserve the right to update the contents of this user s manual without prior notice Therefore you should thoroughly read this user s manual even if you have often purchased this product before Using this product requires technical knowledge of hardware and software Use this product only under the specified conditions such as power supply voltage temperature and humidity range Interface Corporation s products are not designed with components intended to ensure a level of reliability suitable for use under conditions that might cause serious injury or death Please consult our Technical Support Center if you intend to use our products for special purpose such as use for moving vehicles medical treatment aerospace engineering controlling nuclear power submerged translators and so on This product is made under strict quality management however when using this product for the purposes that may result in any damages lost profits or any other incidental or consequential damages resulting from breakdown of this product the user is required to take adequate and appropriate measures such as installing safety devices to avoid possible serious accidents Conventions Used in This Manual
14. and IN2 are selected as interrupt sources for SIG1 and SIG2 respectively and the falling edge of each signal is selected as an interrupt edge Tin Tra x 2 INI SIG1 ERES SEEN IN2 SIG2 SIGI clear instruction X SIG2 clear instruction pv Zee SIGI configuration change CardBus bus interrupt line i lt gt EY Ten Ter The computers accept interrupt requests when the CardBus bus interrupt signal is low level Switching Characteristics for IN1 IN2 IN3 IN4 Feet In level time EE a Low io high wanstion to inter request delay ime 1 ps Note The delay time Tgp and Tg are the interval between the instant when input signals go from high level to low level or from low level to high level and the instant when the card requests an interrupt on the CardBus bus not when the computer begins to process the interrupt request Interface Corporation 12 MCA E2701 Ver 1 2 CardBus bus interrupt line i a Tips Switching Characteristics for RSTIN Symbol RSTIN low level time 10 us Tu High to low transition of RSTIN to interrupt request delay time 5 us clear delay time for output flip flop and internal registers Notes e n another aspect Tros is the delay time for output flip flops and internal registers to be cleared after RSTIN is asserted Output p
15. ct the Sales Information Center During the warranty period Interface Corporation will as a general rule replace or recondition the defective product without charge in which case the user will be required to pay the shipping costs except as set forth below The Warranty provided herein does not cover expendable supplies such as batteries and damages defects malfunctions or failures caused by impact during transportation while under owner s responsibility owner s failure to follow the instructions and the precautions contained in this manual modification and or repair ofthe product by other than Interface Corporation trouble caused by use with peripherals not specified by Interface Corporation power failure or surges fire earthquake tidal wave and or flood This warranty applies only when the product is used in Japan Interface Corporation warrants its repairs for six months and will again repair the same defective part without additional charge provide the product is economically repairable In that case the user should attach a copy of the most recent repair report to the repair request form Ifno repair report is attached it will be considered as a new repair request Before You Export Interface Products The foreign exchange and foreign trade law of Japan controls the export of this product due to its possible use as a STRATEGIC MATERIAL Therefore before you export this product you must secure an export permit from the Mi
16. d This icon denotes a warning which advises you of precautions to take to avoid injury data loss or system crash j This icon denotes a note caution or warning Indemnification Interface Corporation makes no warranties regarding damages resulting from installation or use of this product whether hardware or software and assume that such risk reverts to the user Interface Corporation shall not be liable for any incidental or consequential damages including damages or other costs resulting from defects which might be contained in the product product supply delay or product failure even if advised of the possibility thereof Customer s right to recover damages caused by fault or negligence on the part of Interface Corporation shall be limited to the amount paid by the customer for that product This product including its software may be used only in Japan Interface Corporation can not be responsible for the use of this product outside Japan Interface Corporation does not provide technical support service outside Japan Warranty Interface Corporation products are warranted for a period of either one year or two years from the date of shipment as evidenced by receipts or other documentation This warranty does not apply to the software products and expendable supplies such as batteries Note You can determine the warranty period at our Web site by the serial number of your product Those without Internet access should conta
17. der constant review Therefore there might be some changes in its design and contents E is a trademark of Interface Corporation as CB is a collective mark of Japan Electronics and Information Technology Industries Association JEITA Other product and company names are trademarks registered trademarks or servicemarks of their respective owners 2003 Interface Corporation All rights reserved No part of this publication may be reproduced or altered in any form or by any means without the written permission of Interface Corporation MCA E2701 Ver 12 Vol 1 1
18. eturn it using procedures outlined below 1 Filloutthe Repair Request Form Describe hardware configurations of the board and malfunction in detail 2 Faxthe Repair Request Form to the Technical Support Center 3 We will send you a repair quotation by return fax 4 Carefully repack the damaged product enclosing the Repair Request Form and forward it shipping prepaid to the repair group at our Oita Plant address shown below When the damage or defect is not obvious please contact the Sales Information Center or our Technical Support Center Be aware that depending on the extent and type of damage the unit may not be economically repairable If so we will notify you immediately Receivers Address Repair Group Oita Plant Interface Corporation m gt 1428 Shimobaru Aki machi Higashikunisaki gun Oita 873 0231 Japan Technical Support Center Contact Information Phone 082 262 1630 Available during business hours FAX 082 262 1552 8 Visit our Web site www interface co jp for OT Technical Support Frequently asked questions related technical terminology Product Information The latest information about our products specifications product selection guides etc Useful Information Discount information rental information distributors Downloads Service Drivers technical documents such as I O port maps sample programs and user s manual data The design and contents of the web site are un
19. ins require a response time of 0 5 us plus Tgp to be cleared to high level e The delay time Tps is the interval between when RSTIN goes from high level to low level and when the card requests an interrupt on the CardBus bus not when the computer begins to process the interrupt request 13 Interface Corporation MCA E2701 Ver 1 2 Chapter 4 External Connections Keep these important points in mind when connecting the card with external equipment FAILURE TO OBSERVE THESE IMPORTANT SAFETY PRECAUTIONS MIGHT RESULT IN EXCESSIVE VOLTAGE IN THE CARDBUS CARD CIRCUITS CAUSING AN ELECTRICAL FIRE WITH POSSIBLE OPEN FLAME AND SMOKE DN Never connect an output signal to other output signals except open collector outputs that are capable of wire OR connection CJ Never short circuit an output signal to external power supply anodes C The maximum voltage rating of output cirtcuit is 30 Vdc C The maximum output current of each general purpose digital output channel is 40 mA C The maximum voltage rating of input cirtcuit is 24 Vdc ES Double check that polarities are correct before connecting external power supplies C Keep the signal cable away from other equipment as far as possible to avoid electromagnetic interference Interface Corporation 14 4 1 Example Connections MCA E2701 Ver 1 2 4 1 1 General Purpose Digital Inputs Outputs IN1 OUT1 through IN48 OUT48 The digital input output circuit has 48 inp
20. lude the processing time of the computer 9 Interface Corporation MCA E2701 Ver 1 2 3 2 Circuit Diagram Interface Corporation CardBus CardBus bridge circuit Decoder section DO section A DI section Interrupt control section Input output Interface Control signals e Control signal Interface 10 CNI MCA E2701 Ver 1 2 3 3 Interrupt Sources This board can generate interrupts to the computer with the following sources Interrupt Source SIGI Input signal from INI SIG2 Input signal from IN2 Input signal from IN3 SIG4 Input signal from IN4 SIGT SIGR External reset input RSTIN The interrupt circuit consists of the interrupt edge selection circuit blocks and the interrupt source selection circuit blocks SIG1 Interrupt edge R INI selection SIG2 Interrupt edge IN2 selection To CardBus interrupt line SIG3 Interrupt edge IN3 selection SIG4 nterrupt edge d IN4 selection Interval timer SIGT SIGR RSTIN Interrupt requests are cleared under the following conditions SIGI SIG2 SIG3 SIG4 e When the software deasserts the request explicitly e When you change the settings ofthe interrupt edge selection the interrupt source
21. n a horizontal position for approximately 10 cm from the card connection part as below and fix it not to move even if stress starts CBI 2701 Fixed i Attached cable Some 10 cm computer 27 Interface Corporation MCA E2701 Ver 1 2 Chapter 8 Troubleshooting 8 1 Checkpoints Data cannot be transferred correctly Interrupts do not occur The computer does not recognize this card The computer does not response after Standby mode Input and output are disabled Interface Corporation Double check all cable connections Set up your equipment to meet the timing characteristics of this board such as data setup time input output response time Ifthe power requirements exceed the system power budget the circuits on the card or connected external circuits cannot be driven properly Prepare an external power supply for your CardBus card consistent with your application and external circuits Ifthe interrupt configuration is correct but the interrupt is masked the interrupt will not occur Unmask the interrupt that you want to use Use the PCI device viewer BPF 0801 to examine the CardBus cards on your computer after downloading it from our Web site Please send the result to our Technical Support Center by fax or e mail The PCI device viewer may be downloaded from our Web site free of charge Set the System s
22. nistry of Economy Trade and Industry of Japan MCA E2701 Ver 1 2 Revision History October 2003 User s manual MCA E2701 published 1 1 October 2003 Manual revised The model of user s manual MCA E2701 changed from the CBI 2701 and CBI 2702 to the CBI 2701 12 December 2003 Manual revised Section 3 1 Hardware Specifications Low level input current changed from Ij 0 6 mA max to Ij 1 1 mA max High level input current changed from Ij 740 WA max to Ij 7 11 HA max Low level output voltage added Chapter 6 Address Assignment added Section 8 1 Checkpoints A problem and solution added Due to constant product improvements the information in this user s manual is subject to change without prior notice 1 Interface Corporation MCA E2701 Ver 1 2 Contents Chapter 1 ntroductiOn uo dudo Lo dita tdt oe a dta e eee rn dies 3 1 1 5umimaty 35 edet ee ee oes 3 1 11 Features 242er oeebct mn Pet eb eda oe 3 1 2 Optional ProdUucts rrr tere e teet toe Te here eo e ehe eee e Teneo ees 4 12 1 ACC6SSOTI6S EE 4 Chapter 2 Signal Defiri lloris uiii ceo ehe eene ehe een eerie eee 5 2 1 Cable Connector Pin Assignments nn 5 PPAS eN are E IEEE 6 2 3 Attached G ble nessssssossannen senken Ea AE a EA E nE EEEa AEN eE E ain lange 6 2 3 1 Dimensions of the Connector 6 2 3 2 Wire Connections tement a tiere le cre Donee e ee icu dns 7 Ghapter 3
23. nmental Specifications Specification Temperature Range 0 C to 50 C Relative Humidity Range 20 to 90 non condensing Typical office environment Far from power source and its wiring Voltage Requirements CardBus specification 3 3 Vdc 3 V The following inspections should be carried out on this card periodically Periodic Inspections Cable Connections Be sure that all connectors and cables are installed correctly Connector Contacts Check for dirt or corrosion Interface Corporation 26 MCA E2701 Ver 1 2 TO AVOID DAMAGE TO THE BOARD AND POSSIBLE INJURY TAKE APPROPRIATE PRECAUTIONS AS DESCRIBED BELOW WHEN HANDLING IT Caution EX This board should be stored exactly the same way as when it was received Proceed as follows 1 2 3 4 5 Put the board back in its electro conductive bag Wrap the board with the original packing material Avoid excessive humidity Do not expose the board to the direct rays of the sun Store the board at room temperature m Do not modify the card Interface Corporation assumes no liability for any malfunctions resulting from users unauthorized modification of the card C Take measures to avoid and minimize shock vibration magnetic fields and static electricity in the storage or operating environment of this card C Make sure that the card is disconnected from the cable before inserting or removing any cards C Please keep the attached cable i
24. oducts E Wire Commechon tette 7 29 Interface Corporation support interface co jp to the Technical Support Center We recommend you to ask questions from our Web site to shorten the answering time Ifthe problem is urgent please consult the Sales Information Center When you contact us we need the information on the Technical Support Form provided with this manual plus the information listed below so we can answer your questions as quickly as possible Conuter Environment Computer brand and model specific operating system p software configuration other interface boards installed if any l Description of The Problem Situations where the product was used Technical support is available during business hours We provide a product rental service so you can evaluate our product prior to purchase Inquiries Refer to Phone FAX Product Rental Service Technical Support Center 082 262 1630 in Japan 082 262 1552 in Japan Distributors 0120 447213 0120 458257 Shipping Date Sales Information Center in Japan in Japan For Assistance Please visit our Web site www interface co jp or send a fax 0120 621553 in Japan or e mail Prices Others E mail sales interface co jp nm Repair and Maintenance The company will at its option replace its product which the company upon inspection shall determine to be defective in material and or workmanship If the product is obviously damaged or defective please r
25. r Interface digital input output card on LabVIEW of National Instruments Corporation GPC 2000 Japanese Digital input output driver software for Windows XP 2000 Me 98 GPH 2000 English Refer to our Web site for the latest information and prices of optional products Note You may download software drivers from our Web site free of charge We also provides software drivers on CD ROM for a nominal fee Connection Diagram TAC 2700 PEAR NE AI V u CRI E peel External TRM 2700 equipment CardB CAB 2901 v 68 Pins ardBus card ES gt 68 pins 6Bpins J oo Attached cable JKC 0124 You can modify this side as desired 68 pins Interface Corporation 4 MCA E2701 Ver 1 2 Chapter 2 Signal Definitions 2 1 Cable Connector Pin Assignments COM3 eh IN OUT40 COM3 11 67 33 f IN OUT39 moutas 4 66 32 IN OUT38 IN OUT47 JUST r mur IN OUT46 11 64 30 D IN OUT36 IN OUT45 1 63 29 H IN OUT35 IN OUT44 Jl 62 38 I 1NIOUT34 IN OUT43 4 61 ZU mama IN OUT42 Al 60 26 HNE IN OUT41 4 59 25 NC FCOM 1 58 24 NG RSTIN 11157 23 H NC NC 4L 56 22 l NC
26. rrupt mask setting 0 Mask ed 1 Unmask ed SIG4 through SIG1 Indicates the mask setting of interrupt input signals 1 through 4 0 Mask ed 1 Unmask ed 6 2 5 Interrupt Edge Selection Register RM Default value _ 0 o 0 0 0 Bit T a ws o EA ET 0Eh Hnpu Output Mnemonic ES ee REN LG 0 01 EDS4 Indicates the interrupt edge selection of SIG4 0 Interrupts occur ed when SIG4 goes from high to low 1 Interrupts occur ed when SIG4 goes from low to high EDS3 Indicates the interrupt edge selection of SIG3 0 Interrupts occur ed when SIG3 goes from high to low 1 Interrupts occur ed when SIG3 goes from low to high EDS2 Indicates the interrupt edge selection of SIG2 0 Interrupts occur ed when SIG2 goes from high to low 1 Interrupts occur ed when SIG2 goes from low to high EDSI Indicates the interrupt edge selection of SIGI 0 Interrupts occur ed when SIGI goes from high to low 1 Interrupts occur ed when SIGI goes from low to high 25 Interface Corporation MCA E2701 Ver 1 2 Chapter 7 Notes for Users For your safety follow all warnings and instructions described in this manual 7 1 Cautions Periodic Inspections and Storage Failure to follow this warning may result in electric shock burns serious injury and in some cases even cause death Keep this product away from flammable gases Use this product only under the conditions as shown below Enviro
27. s output when the CardBus card is powered up or reset e The following description shows how to determine resistance of the currrent limiting resistor Where L pp A is the LED operating current Hen V is the LED forward bias Vo V is the low level output voltage of the output pin and Vp V is the supply voltage the current limiting resistance R Q is obtained by the following equation R Von Vigp7 Kol ro Use appropriate resistors to meet the operating conditions ofthe LED and supply voltage Power consumption P W of the resistor is obtained by the following equation P ImwXR Power consumption ofthe resistor must be less than the power rating of the resistor 4 1 2 Reset Input RSTIN A signal on the pin 57 of CNI is an external reset signal When this signal is asserted an interrupt occurs to your computer This signal can be masked or unmasked To be recognized as a valid reset signal a 10 us minimum assertion of the RSTIN signal is required Internal circuit lt CN1 gt External circuit 5 Vdc EN E Ze T4VHC14 74VHC14 i 470 Q 470 Q RSTIN lt 7 e R Um R gt 57 ovo 680 pF 680 pF p p FCOM 58 NV V Z i Board Status RSTIN External Circuit Closed S on Open S off Interface Corporation 16 MCA E2701 Ver 1 2 Chapter 5 Installation EE BE SURE TO ELIMINATE STATIC ELECTRICITY OF YOUR BODY BEFORE YOU INSTALL OR REMOV
28. t value GR RES RESCH ESCH a C ps6 i SC DEV DEV DEV DEV DEV DEV DEV en ID ID6 Ips ID4 ID3 ID2 IDI RE Defaultvaue 1 0 O O 1 1 Jo DEVIDIS through DEVIDO Indicates the device ID manufacturer Device ID register 6 1 3 Command Register Description Bit 357 pps SENS 3T 9089 1799 e irn 05h Input Mnemonic Default vaue 0 o o O O O O To Bit poses Spes ES IG wa ege well ERR T Default value 0 0 o o jJoloJjoT gt I O Space Indicates that the board can respond to I O accesses when bitO is 1 The I O space control value 1 is written to but when the Plug and Play system allocates VO space 19 Interface Corporation MCA E2701 Ver 1 2 6 1 4 Status Register Bit is 14 13 12 n 10 9 f8 Mnemonc jDewelDewel Defaultvaue 0 0 O O O O I 0 Reserved Devsell Devsel0 Indicates the timing which encodes the DEVSEL signal The value 01 DEVSEL timing register identifies a target board that provides medium speed response 6 1 5 Revision ID Register Description EHRE M SC REV SC RES a ae REV REV ia ID6 IDs ID4 ID3 ID2 IDI IDO Defaultvalue 0 o o O o O O J I REVID7 through REVIDO Indicates the revison of the device The revision ID will be changed with Revision ID register changes such as function or specification of the device 6
29. tal Input Circuits Input signals IN1 through IN48 bi direction RSTIN Input configurations CMOS gated high voltage input with 4 7 kQ pull up resistor and protection diode able to connect to TTL level output 74VHC14 or equivalent Input logic 1 Low 0 lt High Maximum voltage rating 130 Vdc Input voltage range 0 Vdc to 424 Vdc Macer Trorr 0 1 us typ General Purpose Digital Output Circuits Parameter Specification Output signals OUT through OUT48 bi direction Output configurations TTL open collector output with 4 7 kQ pull up resistor TD62597AFN or equivalent Output logic 1 Low 0 gt High 30 Vdc Applied voltage range 5 Vdc to 24 Vdc Output voltage range 0 Vdc to the applied voltage ERR Low level output voltage Vor 02 V max Ig 7 10 mA 0 5 V max Ig 40 mA Output response time Tron 1 0 us typ with the maximum load Trorr 1 0 us typ with the maximum load Low to high transition time varies depending on the load impedance Basic Specifications Specification No isolation 6 sources IN1 IN2 IN3 IN4 interval timer and RSTIN One IRQ required automatically assigned by the Plug and Play system Approximately 1 5 m or less depending on the wiring environment Number of slots required 1 slot Number of I O ports 16 ports automatically assigned by the Plug and Play system 3 3 Vde 175 mA typ PC Card Standards Based CardBus
30. tandby setting to Never 28 MCA E2701 Ver 1 2 Index C Card installation sse 17 PCI device viewer ENEE 28 Card uninstallation 17 CMOS gated high voltage input 3 8 R D Registers Base address D s oae 20 Delay time caeco dr cere 12 13 Board control 21 Device ID itn RR Hes 18 Command eee de 19 Driver software mstallateon 17 Configuration 18 Device IR EE 19 E General purpose digital input output 22 Environmental specifications 26 Interrupt edge selection 1111 111 25 Interrupt line ennennenneenenns 21 G Interrupt mask 25 Interrupt source flag sss 24 General purpose digital input T terval timer Anis 23 INI through IN48 une 15 23 Revision ID 20 General purpose digital output OUTI through OUT48 ss 15 23 GPC 2000 a 52 et deed 4 GPD 2000 E 4 GPF 2000 o tee eel ant nn 4 GPG 2000 E 4 GRH 2000 uns sense ann Ground pin I Specifications Interrupt Basic specifications sess 8 Interrupt Bourse General purpose digital input circuits 8 Interval timer General purpose digital output ces 8 Switching characteristics nn 12 13 Subsystem ID 18 Timing chart for interrupt signal 12 J TRM 2700 sess JKC30124 ua 3 6 TTL open collector output L Binh cR 4 SEES re don ORE 18 o Ww Optional pr
31. uts outputs numbered from IN1 OUT1 through INA8 OUTAS Each pin can be configured as an input pin or an output pin The maximum output current per channel is 40 mA Internal circuit lt CN1 gt External circuit 5 Vdc to 24 Vdc TAVHCI4 R 47kQ D HINI OUTI LED 3 TD62597AFN d TAVHCI4 R 7 GF INIG OUT16 18 S TD62597AFN COMI 1 2 a V i 5 Vde to 24 Vde 74VHC14 R 4 7 KQ E INIT OUTI 7 LED 37 4 TD62597AFN ds 74VHC14 R 4 7 KQ id ZI IN32 0UT32 52 D S TD62597AFN COM2 85 36 v 5 Vdc to 24 Vdc 74VHC14 R 4 7 KQ N D IN33 0UT33 LED 27 TD62597AFN 9 74VHC14 R 4 7 KQ g i IN48 OUT48 66 S TD62597AFN COM3 67 68 Vv i 15 Interface Corporation MCA E2701 Ver 1 2 1 Digital input Programs can read data from the input pins by issuing the IN instructions to the corresponding I O port addresses Input Data Nx External Circuit Low Closed S on fig I Open S off 2 Digital output Programs can write data to output pins by issuing the OUT instructions to the corresponding I O port addresses Closed LED on L0 High Open LED off Notes e Data 0 must be previously output to the pin before using it as an input Data 0 i
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MCA E2701