Related Manuals for ELTEC IPIN-22
Summary of Contents for ELTEC IPIN-22
- Page 1 elektronik mainz I P I N - 2 2 Memory Expansion IPIN for Card-Sized Modules Hardware Manual Revision 1 A...
- Page 2 ELTEC reserves the right to make changes to any products to improve reliability, function or design. ELTEC does not assume any liability arising out of the application or use of any product or circuit described in this manual;...
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Page 3: Table Of Contents
IPIN-22 Table of Contents Table of Contents Page Table of Contents ..............I List of Tables . - Page 4 Table of Contents (Continued) IPIN-22 Page 3 Programmers Reference ............11 Interface Description .
- Page 5 IPIN-22 List of Tables / List of Figures List of Tables Page Table 1: Pin Assignment of the 32-bit LEB ..........4 Table 2: PCMCIA Pin Assignment .
- Page 6 IPIN-22 Hardware Manual...
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Page 7: Scope Of Delivery
IPIN-22 V-2IPI-B200 Memory expansion IPIN for card-sized modules The last letter of the order numbers refers to the hardware revision and is subject to changes. Please contact ELTEC for information about valid order numbers. Example: V-E16.-B105 Revision number, subject to change! -
Page 8: Options
V-LEB.-A990 Software: IPIN Support Package W-IPS.-A405 The last letter of the order numbers refers to the hardware revision and is subject to changes. Please contact ELTEC for information about valid order numbers. Example: V-E16.-B105 Revision number, subject to change! Hardware Manual... -
Page 9: Conventions
IPIN-22 Conventions Conventions If not otherwise specified, addresses are written in hexadecimal notation and identified by a leading dollar sign ("$"). Signal names preceded by a slash ("/"), indicate that this signal is either active low or that this signal becomes active with the trailing edge. -
Page 10: How To Use This Manual
How to Use this Manual IPIN-22 How to Use this Manual Document Structure This manual is divided into the following chapters: Chapter 1 Specification contains a list of distinguishing features, a block diagram with a general description, a description of the main building blocks and the board parameters. - Page 11 IPIN-22 How to Use this Manual (Continued) Other conventions: Indicates information that requires close attention. Indicates critical information that is essential to read. Indicates information that is imperative to read. Skipping this material, possibly causes damage to the system. Hardware Manual...
- Page 12 IPIN-22 Hardware Manual...
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Page 13: Specification
IPIN-22 1 Specification 1 Specification 1.1 Main Features •One PCMCIA socket compatible to PCMCIA-2.1 and JEIDA-4.1 •Memory-, I/O and mixed cards can be used •Dynamic data bus sizing for 8 and 16-bit I/O cards •Interrupt handling for I/O cards •2 MB linear address range for memory and 1 MB for I/O cards •Common- attribute memory and I/O space can be accessed without bank... - Page 14 1 Specification IPIN-22 Applications: •A harddisk (up to 260 MB is available) can be used for mass storage without problems like installation in rack, adapters, cables, etc.. The PCMCIA harddisks are very resistant to vibration and shock (up to 1000 G).
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Page 15: General Description
Most of these cards are very restistant to EMV, ESD, shock and vibration which makes them ideal for industrial applications. The PCMCIA IPIN gives the user a very low cost solution to use these cards on ELTEC’ s industrial CPU boards. Hardware Manual... -
Page 16: Connectors
1 Specification IPIN-22 1.3 Connectors Table 1: Pin Assignment of the 32-bit LEB Row A Row B Row C Row D Row E (A24) Reserved (A25) Reserved (A26) Reserved (A27) Reserved (A28) (D08) (A29) (D09) (A22) (A30) (D10) (A23) (A31) -
Page 17: Table 2: Pcmcia Pin Assignment
IPIN-22 1 Specification Table 2: PCMCIA Pin Assignment Memory Only Card Interface I/O and Memory Card Interface (Always available at card insertion) (Available only after card and socket are configured) Signal Function Notes Signal Function Ground Ground Data bit 3... - Page 18 1 Specification IPIN-22 Table 2: PCMCIA Pin Assignment (Continued) Memory Only Card Interface I/O and Memory Card Interface (Always available at card insertion) (Available only after card and socket are configured) Signal Function Notes Signal Function Data bit 0 Data bit 0...
- Page 19 IPIN-22 1 Specification Table 2: PCMCIA Pin Assignment (Continued) Memory Only Card Interface I/O and Memory Card Interface (Always available at card insertion) (Available only after card and socket are configured) Signal Function Notes Signal Function WAIT Extend bus cycle...
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Page 20: Definition Of Board Parameters
1 Specification IPIN-22 1.4 Definition of Board Parameters 1.4.1 - D32/D16/D08 - A24 - 4M - IRQLL / IRQP - IACK - FP - OH 1.4.2 Environmental •Storage Temperature: Conditions -20° C to +85° C •Operating Temperature: 0° C to +70° C (non condensing) No forced cooling required. -
Page 21: Installation
IPIN-22 2 Installation 2 Installation 2.1 Introduction •Carefully remove the board from the shipping carton. - Save the original shipping container and packing material for storing or reshipping the board. Avoid touching integrated circuits except in an electrostatic free environment. Electrostatic discharge can damage circuits or shorten their lifetime. -
Page 22: Figure 2: Installation Diagram
2 Installation IPIN-22 Figure 2: Installation Diagram 3 Screws (M2.5 x 6) IPIN-22 PCMCIA Card Front Panel Base Board Hardware Manual... -
Page 23: Programmers Reference
IPIN-22 3 Programmers Reference 3 Programmers Reference 3.1 Interface Description The PCMCIA was designed for extension cards on laptop computers. It offers 64 MB of attribute memory, common memory and I/O. The PCMCIA IPIN converts LEB signals to PCMCIA signals via PAL. -
Page 24: Address Range
3 Programmers Reference IPIN-22 3.2 Address Range The standard address window for the LEB on ELTEC’ s CPU boards offers 4 MB beginning at local address $FE40.0000. The PCMCIA IPIN uses the following relative address space: Figure 3: Relative Address Space... -
Page 25: Card Control Register (Ccr)
IPIN-22 3 Programmers Reference 3.2.1 Card Control This register is used to select the PCMCIA command timing, V voltage, Register (CCR) and to control the state of the RESET. Figure 5: Card Control Register (CCR) 10 ... 0 $30.0000 $FE70.0000 read and write •IEN (Interrupt Enable) - Page 26 3 Programmers Reference IPIN-22 Command Timing -IOR or -OR -IOW or -WE 120 ns 80 ns 280 ns 240 ns 440 ns 400 ns 600 ns 560 ns The default reset value is '11'. The setup and recovery timings are depending on the base board.
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Page 27: Card Status Register (Csr)
IPIN-22 3 Programmers Reference 3.2.2 Card Status This register reflects the status of the PCMCIA interface. Ready, Write Register (CSR) Protect, Card Detect, and Battery Status can be read from this register. Figure 7: Card Status Register (CSR) 10 ... 0 $34.0000... -
Page 28: Interrupt Vector Register (Ivr)
3 Programmers Reference IPIN-22 3.2.3 Interrupt This register is used to select the interrupt vector at the IPIN. After an Vector Register interrupt request of the PCMCIA card, this vector is passed to the CPU (IVR) during an interrupt acknowledge cycle. -
Page 29: Appendix
IPIN-22 Appendix Appendix Hardware Manual... -
Page 30: Ipin Configuration Register Overview
A.1 IPIN Configuration Register Overview IPIN-22 A.1 IPIN Configuration Register Overview $3C.0000 $38.0000 $34.0000 $30.0000 $FE7C.0000 $FE78.0000 $FE74.0000 $FE70.0000 Hardware Manual... -
Page 31: References
IPIN-22 A.2 References A.2 References For more information, we recommend the following additional literature: PCMCIA Specification (Rev. 2.1) LEB Specification For ordering information, refer to ‘ Related Products’ , page VI. Hardware Manual... -
Page 32: Index
A.3 Index IPIN-22 A.3 Index A21 ....... . 16 RDY ....... . 15 A22 . -
Page 33: Parts Location Diagram
IPIN-22 A.4 Parts Location Diagram A.4 Parts Location Diagram Figure A.1: Parts Location Diagram Hardware Manual...
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