Page 1 NCR DECISION MATE V System Technical Manual - Hardware...
Page 2 All features, functions, and operations described herein may not be marketed by NCR in all parts of the world. In some instances, photographs are of equipment prototypes. Therefore, before using this document, consult your dealer or NCR office for information...
Page 3 NCR DECISION MATE V. Problems arising from any changes that you make to the hardware or software of the NCR DECISION MATE V are your responsibility. NCR cannot assist in resolving problems that may arise when making changes to the hardware or software.
Page 4 System Technical Manual MS™ -DOS System Technical Manual CP/M®-86 In the NCR DECISION MATE V System Technical Manual series, the chapters are arranged in numeric sequence and the appendices in alphabetic sequence: Hardware — Chapters 1 and 2, Appendix A CP/M-80 —...
Page 5: Table Of Contents
Centronics Peripheral Adapter (K210)........2-68 RS-232C Peripheral Adapters (K212, K213) ......2-68 Printers not Supporting XOn — X O ff........2-69 Printer Fails to Print..............2-70 Incorrect Printing..............2-70 Copyright © 1983 by NCR Corporation Dayton, Ohio All Rights Reserved Printed in the Federal Republic of Germany...
Page 6 APPENDIX A Initialization Firmware (Controller Board)......A-l Keyboard Firmware (Version 1 )..........A-67 Keyboard Firmware (Version 2 )..........A-99 Controller Board ..............A-133 Controller Board (Multi-Layer) ........... A-143 Graphics Controller (Monochrome)........A-153 16-Bit Processor..............A-159 Power Supply................. A-163 AC/DC Wiring ............... A-165 RS-232C Adapter..............
Page 7: System Overview
OVERVIEW SYSTEM GENERAL DESCRIPTION The NCR DECISION MATE V is the first of a new generation of NCR business/professional personal computer systems. It is de signed to act as the control center for systems that fulfill a wide range of user requirements. Industry standard interfaces are used to provide the user with a wide selection of peripherals.
Page 8 For example freestanding Winchester Disk (10MB) Figure 1.1 System overview...
Page 9: Ncr Decision Net
To connect an NCR DECISION MATE V into the NCR DECISION NET System, a special adapter, known as a transporter, is required. This transporter (3273-K600) connects directly into an I/O bus slot at the rear of the NCR DECISION MATE V.
Page 10 360K bytes). Second Integrated Flexible Disk These kits upgrade an NCR DECISION MATE V from a system with one flexible disk drive to a system with two flexible disk drives. Kit K018 is for systems produced in the DIN color scheme, kit K019 is for systems in the Corporate Appearance Plan (CAP) color scheme.
Page 11 8 /1 6-Bit Processor Kit K231 can be installed, by the user, directly into slot 7 of the I/O bus. It converts the NCR DECISION MATE V from an 8-bit system to a dual 8/16-bit system that is capable of using either...
Page 12: Model And Kit Identification
Sub model Major model NCR class number The model number of the NCR DECISION MATE V is shown in Figure 1.2. The optional features are shown in Figure 1.3. An asterisk indicates a planned development not released at the time...
Page 13 SYSTEM OVERVIEW SYSTEM TECHNICAL MANUAL NCR Class Number Class 3273 8-bit P ro c ./1 2 " CRT Monochrome Major Model 8 /1 6-bit P roc./12 " CRT Monochrome 8 /1 6-bit P ro c ./1 2 " CRT Color One 5 1 /4 "...
Page 14: Environmental Considerations
Kits EN V IR O N M E N TA L CONSIDERATIONS The NCR DECISION MATE V is designed to operate in a normal “office-type” environment, without the need for special heating or air conditioning. The environmental requirements are shown in Figure 1.4;...
Page 15: Safety
SYSTEM OVERVIEW SYSTEM TECHNICAL MANUAL SAFETY STANDARDS The NCR DECISION MATE V is designed and built to conform to the following standards: Product Safety UL 478 UL listing mark used Canada CSA 22.2 — 15.4, CSA monogram used Europe IEC 380, Inhouse verification...
Page 16 • NCR 3282-0103 — this model connects to the NCR 3282- 0102 and also has a connector permitting the connection of another NCR 3282-0103. All models are supplied with a cabinet that includes the drive, power supply, fan, power cables, and the appropriate intercon...
Page 17: Hardware Description
SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION HARDWARE DESCRIPTION CONTROLLER MODULE The controller module consists of two printed circuit boards, the controller board and the graphics controller board. Two types of graphic controller boards are used: one, with 32Kbytes of RAM for systems with a monochrome CRT, the other, with 96 Kbytes of RAM for systems with color CRT.
Page 18 I/O Bus The lower part of the controller board contains the I/O bus to gether with seven user-accessible connectors. These connectors are identified on the board as J1 through J7 (reading from left to right), and correspond to the seven slots (numbers 1 through 7) at the rear of the cabinet.
Page 19 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION C o ntroller board bus connector (JZ ^1 S Figure 2.2 Bus connector...
Page 20 +5 V +5 V + 12 V RESET/ RESET IN / IOW/ I O R/ ME MW/ ME M R/ R EA D Y DM A A B T R I/ EOP/ IN T A C K / IFSEL 4 / A U T O / D IR / T H O L D /...
Page 21 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION The power requirements for the I/O bus plugs are: • For each peripheral plug + 5V ± 5% max. Current 0.5A +12V ± 5% max. Current 0.1 A • For all plugs (Jl, J2, J2A, J3, J4, J5, J6, J7 and J7A) + 5V + 5% max.
Page 22 £ DMA CYCLE CIByte from FDC — MEMORY)
Page 23 N> •si...
Page 27 P in I / O D e s c rip tio n D C C haracteristics D riv e r o r R eceiver R e N a m e N u m b e r q u ire m e n ts o f each P eriph eral + 5 V S u p p ly I m a x .
Page 28 Description DC Characteristics Name Num ber Driver or Receiver Re- quirem ents o f each Peripheral Buffered 20-bit Address Bus Receiver: l|_ < -1 .2 m A l(-l< 60uA Range to 1MB Normal o u tp u t, active high Spec.
Page 29 DC Characteristics Description Driver o r Receiver Re Name Num ber quirem ents o f each Peripheral RESET IN / is an active low signal, w hich is Driver open collector RESET IN / used to general system RESET. Internal is 1 |_>40mA a RC circu it and a S ch m itt trigger in p u t.
Page 30 DC Characteristics Description Name Num ber Driver o r Receiver Re quirem ents o f each Peripheral C L K 1 / Clock o u tp u t 1 MHz. < -0.8m A < 4 0 Test RAM-Disable. For external ROM or RAM Driver o n ly , open TR A M D / extension.
Page 31 DC Characteristics Description Name Num ber Driver or Receiver Re quirem ents o f each Peripheral EOP / End o f Process-EOP signals th a t D M A service has Receiver: 11_<-0.4mA been completed. Also in p u t active low. lH <...
Page 33 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Interface Configuration The configuration of the I/O interface and information on the interface select signals is provided in Figure 2.11. Figure 2.11 Interface configuration 2-17...
Page 34: Graphics Controller Board
GRAPHICS CONTROLLER BOARD With the 32Kbytes of graphics memory, the system can create a 640 x 400 resolution image. Upper and lower case characters are displayed in a 6 x 9 dot pattern on a 8 x 16 dot matrix which allows for descended lower case characters.
Page 35: 16-Bit Processor
• No attributes 16-BIT PROCESSOR • The 16-bit processor can be installed in an NCR DECISION MATE V, allowing the computer to function as either an 8- or a 16-bit processor. The 16-bit processor is availabe in two versions; both versions function identically.
Page 36 Figure 2.13 16-bit processor tim ing The processor timing of the 16-bit processor is shown in Figure 2.13, and the pin assignments in Figure 2.14. 2-20...
Page 37: Power Supply
SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Figure 2.14 16-bit processor pin assignments POWER SUPPLY The power supply comprises the following modules: • Power connector • Primary fuse • Transformer • Rectifier • Switcher (+5V, +12V) • 1 Secondary Fuse for unregulated output voltage 2-21...
Page 38 The power supply is capable of operating with the following ac power sources. Range Frequency Nominal Voltage 9 0 -1 0 7 104 -1 27 49 to 61 Hz 198 -2 35 207 - 246 216 -2 57 The average ac input wattage is 70W (Basic Model w/o periph erals).
Page 39 HARDWARE DESCRIPTION SYSTEM TECHNICAL MANUAL Current limiting and over voltage protection are provided. The electrical power is enough for both the computer and its interfaces and options, but printers and free-standing disk drives require their own ac power source. The following power line transients should not affect the specified performance: Duration Frequency of Occurrence...
Page 40: Flexible Disk Drives
Figure 2.15 Transform er connections FLEXIB LE D IS K D R IV E S Integrated in the computer are one or two 5 1/4-inch flexible disk drives to provide mass storage of programs and data for the com puter. The drives contain read/write electronic controller elec tronics, driver mechanics, read/write heads, and headpositioning mechanism.
Page 41 HARDWARE DESCRIPTION SYSTEM TECHNICAL MANUAL Capacity (double-sided, double density) 500 Kbytes unform atted 320 Kbytes Form atted (CP/M) Form atted (MS-DOS) 360 Kbytes Tracks per inch Tracks per disk side Sectors per track (CP/M) Sectors per track (MS-DOS) Bytes per sector <...
Page 42 Index Active low output signal which is at an active level each time the index hole is sensed. This signal is active for one pulse each disk revolution to indicate the beginning of a track. Index should be held active when no flexible disk is inserted in the system.
Page 43: Fixed (Winchester) Disk
SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Read Data Output signal containing the “Raw Data” (clock and data to gether) as detected by the drive electronics. The Read Data signals are composite clock and data pulses of 1 microsecond, + 250 nanoseconds. In Use Active low input signal indicates that all of the daisy changed FDDs are under the control, of the system, and the indicator...
Page 44 Capacity (form atted) 10 Mbytes Tracks per inch Tracks per unit Sectors per track (1 as alternative sector) Bytes per sector M oto r start tim e 15 sec Head movement (track to track) 3msec (average) 85msec Date transfer tim e 5 Mbits/sec Figure 2.20 Technical data The technical details of the Western Digital disk controller are...
Page 45 HARDWARE DESCRIPTION SYSTEM TECHNICAL MANUAL Direction In This signal defines direction of motion of the R/W head when the Step line is pulsed. A logical zero defines the direction as “out” and if a pulse is applied to the Step line, the R/W heads will move away from the center of the disk.
Page 46 Seek Complete This line will go from a logic zero to a one when the R/W heads have settled on the final track at the end of a seek. Reading or writing should not be attempted when Seek Complete is a logic zero. Seek Complete must go inactive for any of the following cases: 1 .
Page 47: Keyboard
KEYBOARD The low profile ASCII encoded keyboard is designed according to NCR Corporate Appearance Plan (CAP) styling and newest ergo- nometric requirements. It is connected to the system logic by a four-wire twisted cable, non-extended length 0.5m.
Page 48 VERSION 1 VERSION 2 Figure 2.22 Keyboard languages The selection of the required language is made by the switch assembly mounted under the base of the keyboard, see Figure 2.23. Figure 2.23 Language code selection Keytip sets are provided so that the keyboard layout matches the standard national layouts;...
Page 49 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Figure 2.24 Keyboard layouts (1 o f 2) 2-33...
Page 50 SWEDISH,FINNISH NORWEGIAN SPANISH ITALIAN Figure 2.24 Keyboard layouts (2 o f 2) 2-54...
Page 51 SYSTEM TECHNICAL M ANUAL HARDWARE DESCRIPTION SWISS GERMAN SWISS-FRENCH FRENCH AUSTRALIAN ( PRELIMINARY ) Figure 2.25 Keyboard layouts (1 o f 2) 2-35...
Page 52 C A NADIAN (B ILIN G U A L - PRELIMINARY ) SOUTH AFRICAN PORTUGUESE YU GO SLAVIAN Figure 2.25 Keyboard layouts (2 o f 2) 2-36...
Page 53 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Technical details of the keyboard are provided in Figures 2.26 to 2.28. W idth 429 mm (16.9 in.) Height 38 mm ( 1.5 in.) Depth 216 mm ( 8.5 in.) Weight 2 kg ( 4.4 lb.) Figure 2.26 Keyboard dim ensions and weight Supply voltage...
Page 54: Keyboard Codes
KEYBOARD CODES The layout of the keyboard is shown in Figure 2.31 and gives the key-switch position number for each of the 100 keys in the key board. Each key-switch can generate up to three different codes depending upon whether it is pressed alone, together with the shift key, or together with the Control key.
Page 55 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION A 50 A 53 Figure 2.32 Version 1 key-switch codes (1 o f 8) 2 3 9...
Page 56 Figure 2.32 Version 1 key-switch codes (2 of 8) 2-40...
Page 57 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Figure 2.32 Version 1 key-switch codes (3 of 8) 2-41...
Page 58 U K / I N T D A N I S H G E R M A N E N G L I S H E N G L I S H Figure 2.32 Version 1 key-switches (4 o f 8) 2-42...
Page 59 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION A 50 A 53 Figure 2.32 Version 1 key-switch codes (5 of 8) 2-43...
Page 60 5 W E D I S H N O R S P A N I S H I T A L I A N / F I N N I S H W E G I A N Figure 2.32 Version 1 key-switch codes (6 o f 8) 2-44...
Page 61 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION D l l □9 E 11 Figure 2.32 Version 1 key-switch codes (7 of 8) 2-45...
Page 62 F 10 Figure 2.32 Version 1 key-switch codes (8 of 8) 2-46...
Page 63 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION A 50 A 52 A 53 Figure 2.33 Version 2 key-switch codes (1 of 8) 2-47...
Page 64 S W I S S - S W I S S - C A N A D . / F R E N C H G E R M A N F R E N C H A U S T R A L . Figure 2.33 Version 2 key-switch codes (2 of 8) 2-48...
Page 65 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Figure 2.33 Version 2 key-switch codes (3 of 8) 2-49...
Page 66 Figure 2.33 Version 2 key-switch codes (4 of 8) 2-50...
Page 67 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION C A N A D . S O U T H P O R T U - J U G O - B IL IN G . A F R I C A N G U E S E S L A V I A N A 50 A 52...
Page 68 C A N A D . S O U T H P O R T U - J U G O - B IL IN G . A F R I C A N G U E S E S L A V I A N Figure 2.33 Version 2 key-switch codes (6 of 8) 2-52...
Page 69 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION C A N A D . S O U T H P O R T U - J U G O - B IL IN G . A F R I C A N G U E S E S L A V I A N 10>...
Page 70 C A N A D . S O U T H P O R T U - J U G O - B IL IN G . A F R I C A N G U E S E S L A V I A N Figure 2.33 Version 2 key-switch codes (8 of 8) 2-54...
Page 71: Monochrome Crt
SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION MONOCHROME CRT With the monochrome 12-inch CRT, text with 25 horizontal lines across the screen can be displayed. Each line has 80 character positions. It also has graphics capability to draw complex pictures. This graphics capability makes the screen all points addressable (APA).
Page 72 The signals and pin assignments between the controller board and the CRT are shown in Figure 2.35, and a timing diagram in Figure 2.36. C o n tro lle r Board CRT Board (T B 101) Signal (J/P 1) Pin 1 HSYNC Pin 5 +12V...
Page 73: Color Crt
2651 programmable communications interface and support logic, a connecting cable and plug, and a housing that allows direct connection to the I/O bus of the NCR DECISION MATE V. Three versions of the adapter are available, K211, K212, and K213: •...
Page 74 Functionally, the adapters are similar: the differences being in the connecting cables and plugs, and the straps on the printed circuit board. The 2651 programmable communications integrated circuit supports many serial data communication disciplines in full or half-duplex mode. The interface is capable of transmission rates from 50 to 19200 baud.
Page 75 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION M O D E M P R I N T E R PLOTTER Figure 2.39 RS-232C cables (1 o f 2)
Page 76 Figure 2.39 RS-232C cables (2 o f 2) The signals to and from the adapter are standard RS-232-C signals; Figure 2.40 defines the required voltage levels for correct operation; Figure 2.41 defines the standard RS-232-C interface signals. + 3 V ..
Page 77 HARDWARE DESCRIPTION SYSTEM TECHNICAL M ANUAL Serial (5-8 B it) data transm itted by the com T R A N S M IT D A T A (TD) puter. Logic ‘ 1’ is low , logic '0 ' is high. Between character transmissions this signal w ill be low.
Page 78: Software Strapping
The adapter consists of a small printed circuit board, con taining an 8255 programmable communications interface and support logic, a connecting cable and plug, and a housing that allows direct connection to the I/O bus of the NCR DECISION MATE V. 2-62...
Page 79 HARDWARE DESCRIPTION SYSTEM TECHNICAL MANUAL The wiring of the connecting cable and plug is shown in Figure 2.43, and the pin assignments for the I/O bus connector are shown in Figure 2.44. The signals match those of the I/O bus and are defined in the I/O bus description in this manual.
Page 80 +5 V +5 V RESET/ IOW / IO R / CLK1 LGRD IFSELO/ LGRD LGRD Figure 2.44 Centronics pin assignments The signals to and from the adapter are standard TTL level. The rise and fall time of the signals must be less than 0.2/tsec. The interface timing is shown in Figure 2.45.
Page 81 SYSTEM TECHNICAL MANUAL HARDWARE DESCRIPTION Figure 2.45 Centronics interface tim ing Pulse is used to clock read data in. The pulse w id th must STRO BE/ be more than 1 Msec at receiving printe r. Read in o f data is perform ed at the "...
Page 82: Memory Expansion Modules
The memory expansion modules (K200, K202, and K208) are contained in small housings that fit directly into the I/O bus of the NCR DECISION MATE V. Three different modules are avail able; however, only one at a time may be installed; and this must be fitted to slot 1.
Page 83: Blank Interface Adapter
The adapter consists of a small printed circuit board (blank) complete with an I/O bus connector, contained in a small housing that permits direct connection to the I/O bus of the NCR DE CISION MATE V. The dimensions of the blank board are given in Figure 2.48.
Page 84: Hints On Printer Connection
Many other de vices, that have not been tested by NCR, are also fully compati ble and can be connected without any modifications being carried out.
Page 85: Printers Not Supporting Xon - X O Ff
“full-duplex” mode. The NCR versions of CP/M and MS-DOS do not support the ETX/ACK protocol. The kit K212 is designed to match the X On — X Off protocol and expects the printer to provide ON signals (+12V, space) at: •...
Page 86: Printer Fails To Print
In the RS-232C interface the signal RTS corresponds to Clear To Send (CTS), and this signal is used to control the Programmable Communication Interface 2651. If the printer uses pin 20, Data Terminal Ready (DTR) for control, then the kit K213 may be used without further modifi cation.
Page 87: Initialization Firmware (Controller Board)
SYSTEM TECHNICAL MANUAL APPENDIX A APPENDIX A IN IT IA L IZ A T IO N FIRMWARE (CONTROLLER BOARD)
Page 89 SYSTEM TECHNICAL MANUAL APPENDIX A...
Page 90 * * * ADD R ESS E Q U A T E S FO R FD C * * * * * * * * * * * * * * * * * * * * * * * * * * 1 8 6 187 0 0 5 0 ROMS T...
Page 91 SYSTEM TECHNICAL MANUAL APPENDIX A...
Page 92 A -6...
Page 93 SYSTEM TECHNICAL MANUAL APPENDIX A...
Page 95 SYSTEM TECHNICAL M ANUAL APPENDIX A...
Page 96 A-10...
Page 97 APPENDIX A SYSTEM TECHNICAL M ANUAL A-11...
Page 98 A-12...
Page 99 SYSTEM TECHNICAL M ANUAL APPENDIX A A-13...
Page 100 A-14...
Page 101 SYSTEM TECHNICAL M ANUAL APPENDIX A NGTH DF A-15...
Page 102 A - 16...
Page 103 SYSTEM TECHNICAL M ANUAL APPENDIX A A-17...
Page 104 A 18...
Page 105 SYSTEM TECHNICAL M ANU AL APPENDIX A A-19...
Page 106 A-20...
Page 107 APPENDIX A SYSTEM TECHNICAL M ANUAL A-21...
Page 108 A-22...
Page 109 SYSTEM TECHNICAL M ANUAL APPENDIX A A-23...
Page 110 A-24...
Page 111 APPENDIX A SYSTEM TECHNICAL M ANU AL A -25...
Page 112 A-26...
Page 113 APPENDIX A SYSTEM TECHNICAL M ANU AL A-27...
Page 114 A-28...
Page 115 SYSTEM TECHNICAL M ANU AL APPENDIX A A-29...
Page 116 A-30...
Page 117 SYSTEM TECHNICAL M ANUAL APPENDIX A A-31...
Page 118 A-32...
Page 119 SYSTEM TECHNICAL M ANUAL APPENDIX A A-33...
Page 120 A<34...
Page 121 SYSTEM TECHNICAL MANUAL APPENDIX A A-35...
Page 122 0 7 8 B 0 7 8 C 5 3 0 7 8 D 0 7 8 E 2 0 0 7 8 F 0 7 9 0 0 7 9 1 0 7 9 2 1 6 4 7 0 7 9 3 ID E N T 1 D E F B CP M 2 .
Page 123 SYSTEM TECHNICAL M ANUAL APPENDIX A A -37...
Page 124 A-38...
Page 125 APPENDIX A SYSTEM TECHNICAL M ANUAL A-39...
Page 126 A-40...
Page 127 APPENDIX A SYSTEM TECHNICAL M ANUAL A~41...
Page 128 A-42...
Page 129 SYSTEM TECHNICAL MANUAL APPENDIX A A -43...
Page 131 APPENDIX A SYSTEM TECHNICAL MANUAL A-45...
Page 132 A -46...
Page 133 APPENDIX A SYSTEM TECHNICAL MANUAL A-47...
Page 134 A-48...
Page 135 SYSTEM TECHNICAL MANUAL APPENDIX A A-49...
Page 136 A-50...
Page 137 SYSTEM TECHNICAL MANUAL APPENDIX A A S 1...
Page 138 A-52...
Page 139 SYSTEM TECHNICAL MANUAL APPENDIX A...
Page 140 A-54...
Page 141 SYSTEM TECHNICAL MANUAL APPENDIX A A -5 5...
Page 142 A-56...
Page 143 SYSTEM TECHNICAL MANUAL APPENDIX A A-57...
Page 144 A-58...
Page 145 APPENDIX A SYSTEM TECHNICAL MANUAL A-59...
Page 146 A-60...
Page 147 SYSTEM TECHNICAL MANUAL APPENDIX A A-61...
Page 148 A-62...
Page 149 APPENDIX A SYSTEM TECHNICAL MANUAL A-63...
Page 150 A-64...
Page 151 APPENDIX A SYSTEM TECHNICAL MANUAL A-65...
Page 152 A-66...
Page 153: Keyboard Firmware (Version 1
APPENDIX A SYSTEM TECHNICAL MANUAL KEYBOARD FIRMW ARE (VERSION 1) A-67...
Page 154 ERfi-C ADD« OBJ-CD P 6-LIN LABEL CM D OPERAND COMMENT A-68...
Page 155 APPENDIX A SYSTEM TECHNICAL MANUAL A-69...
Page 156 A-70...
Page 157 SYSTEM TECHNICAL MANUAL APPENDIX A A-71...
Page 158 A-72...
Page 159 SYSTEM TECHNICAL MANUAL APPENDIX A A -73...
Page 160 y4 - 7 4...
Page 161 APPENDIX A SYSTEM TECHNICAL M ANUAL ERIK A D D R O B J-C D P G -LIN L A B E L C M D O P E R A N D C O M M E N T A-75...
Page 162 E H R -C A D D R O B J-C D P G -LIN L A B E L C H D O P E R A N D C O H H E N T A-76...
Page 163 APPENDIX A SYSTEM TECHNICAL M ANU AL A-77...
Page 164 A-78...
Page 165 SYSTEM TECHNICAL MANUAL APPENDIX A A-79...
Page 166 A-80...
Page 167 APPENDIX A SYSTEM TECHNICAL M ANUAL A-81...
Page 168 A-82...
Page 169 SYSTEM TECHNICAL M ANU AL APPENDIX A A-83...
Page 170 ERS-C ADDS OBJ-CD A-84...
Page 171 SYSTEM TECHNICAL M ANU AL APPENDIX A A-85...
Page 172 A-36...
Page 173 SYSTEM TECHNICAL M ANU AL APPENDIX A ESS-C ADD8 ÖBJ-CO P6-LIN LABEL OPERAND CONHENT A-87...
Page 174 COMMENT ERR-C ADDR OBJ-CD P6-LIN LABEL OPERAND A-88...
Page 175 APPENDIX A SYSTEM TECHNICAL MANUAL ERH-C ADOR 08J-CD PS-LIN LABEL OPERAND COHNENT A-89...
Page 176 COHNENT P6-LIN LABEL OPERAND ERR-C AODR OBJ-CD A-90...
Page 177 SYSTEM TECHNICAL M ANUAL APPENDIX A ERR-C ADOR OBJ-CD PS-LIN LABEL OPERAND COMMENT A-91...
Page 178 EHfi-C ADDR OBJ-CD PS-LIN LABEL OPERAND CONNENT A-92...
Page 179 SYSTEM TECHNICAL MANUAL APPENDIX A E R R -C A D D R O B J-C O COMMENT P6-LIN LABEL OPERAND A-93...
Page 180 P6-LIN LABEL OPERAND COMMENT ERR-C AÖOR OBJ-CO A-94...
Page 181 APPENDIX A SYSTEM TECHNICAL M ANU AL EfiR-C ADDR OBJ-CD P6-LIN LABEL OPERAND COMMENT A-95...
Page 182 A-96...
Page 183 SYSTEM TECHNICAL M ANU AL APPENDIX A A -97...
Page 184 A-98...
Page 185: Keyboard Firmware (Version 2
SYSTEM TECHNICAL M ANU AL APPENDIX A KEYBOARD FIRMW ARE (VERSION 2) E R R -C A D D S O B J-C D PG-LIN L A B E L C M D O P E R A N D c o m e r A -99...
Page 186 ERR-C AöCR OBJ-CD PG-LIN LABEL OPERAND COMMENT A-100...
Page 187 APPENDIX A SYSTEM TECHNICAL M ANUAL A-101...
Page 188 A-102...
Page 189 APPENDIX A SYSTEM TECHNICAL M ANUAL A-103...
Page 190 A-104...
Page 191 APPENDIX A SYSTEM TECHNICAL M ANU AL A-105...
Page 192 ERR-C ADDR OBJ-CD PG-LIN LABEL OPERAND COMEH7 A-106...
Page 193 SYSTEM TECHNICAL M ANUAL APPENDIX A E R R - C ADDR OBJ-CD PG-LIN Ü B E L «10 OPERAHO COMIENT A-107...
Page 194 ERR— C OBJ-CD P 6 -L IH LABEL OPERAND CÜMENT A-108...
Page 195 APPENDIX A SYSTEM TECHNICAL M ANUAL A-109...
Page 196 A-110...
Page 197 APPENDIX A SYSTEM TECHNICAL M ANUAL A-111...
Page 198 A -112...
Page 199 APPENDIX A SYSTEM TECHNICAL MANUAL A-113...
Page 200 ERR-C A M R OBJ-CD P6-LIH LABEL OPERAND C0W1ENT A-114...
Page 201 SYSTEM TECHNICAL M ANU AL APPENDIX A ERR-C ADDR OBJ-CO PG -LIN LABEL OPERAND COftltEHT A-115...
Page 202 COMflENT ERR-C ADOfi OBJ-CD PG-LIN LABEL CtID OPERAND A-116...
Page 203 APPENDIX A SYSTEM TECHNICAL M ANU AL A-117...
Page 204 ERR-C AODR OBJ-CD PG-LIN LABEL CflD OPERAND COflltEHT A -118...
Page 205 SYSTEM TECHNICAL M ANU AL APPENDIX A A-119...
Page 206 ERR-C ADDR OBJ-CD P6-LIN LABEL OPERAND COHHEHT A-120...
Page 207 APPENDIX A SYSTEM TECHNICAL MANUAL ERR-C ADDR OBJ-CD P 6 -L IH LABEL OPERAND COdttENT A-121...
Page 208 connENT ERfi-C ADDR OBJ-CD PG-LIN LABEL CI1D OPERAND A-122...
Page 209 SYSTEM TECHNICAL M ANUAL APPENDIX A ERR-C M D R 06J-CD PG-LIN LABEL Cf!D OPERAND CÜltltENT A-123...
Page 210 COM1ENT ERR-C AßDR OßJ-tD PS-LIN LABEL CI» OPERAND A-124...
Page 211 SYSTEM TECHNICAL M ANUAL APPENDIX A ERR-C SOOR OBJ-CD PG-LIN LABEL OPERAND C0HHENT A-125...
Page 212 COnitENT ERR-C AOOR OBJ-CD PG-LIN LABEL OPERAND A -126...
Page 213 APPENDIX A SYSTEM TECHNICAL M ANU AL ERR-C ADOfi OBJ-CD PG-LIN LABEL OPERAND « M E N T A-127...
Page 214 ERR-C ADOR OBJ-CD PG-LIH LABEL OPERAND COflNENT A-128...
Page 215 SYSTEM TECHNICAL M ANU AL APPENDIX A ERR-C AOOR OBJ-Cfl PS-LIH LABEL OPERAND C OM E NT A-129...
Page 216 TAG-LIST A-130...
Page 217 SYSTEM TECHNICAL M ANU AL APPENDIX A A-131...
Page 218 A - 1 3 2...
Page 219: Controller Board
SYSTEM TECHNICAL M ANU AL APPENDIX A CO NTRO LLER BOARD A-133...
Page 221 D RAM...
Page 226 TO GRAPHIC BOARD...
Page 229: Controller Board (Multi-Layer
SYSTEM TECHNICAL M A N U A L A P P E N D IX A CO NTROLLER BOARD (M U LTI-LA Y E R ) A -143...
Page 239 > </>...
Page 244 A-158...
Page 245: 16-Bit Processor
SYSTEM TECHNICAL MANUAL APPENDIX A 16-BIT PROCESSOR A-159...
Page 248 A-162...
Page 249: Power Supply
A PP EN D IX A SYSTEM TECHNICAL M A N U A L POWER SUPPLY A -163...
Page 251 > § &...
Page 253: Rs-232C Adapter
APPENDIX A SYSTEM TECHNICAL MANUAL RS-232C ADAPTER A-167...
Page 255: Centronics Adapter
SYSTEM TECHNICAL MANUAL APPENDIX A CENTRONICS ADAPTER A-169...
Page 257: Fixed Disk Interface
APPENDIX A SYSTEM TECHNICAL MANUAL F IX E D DISK INTERFACE A-171...
Page 259: Keyboard
SYSTEM TECHNICAL MANUAL APPENDIX A KEYBOARD A-173...
Page 263: Diagnostic Module
SYSTEM TECHNICAL MANUAL APPENDIX A DIAG NO STIC MODULE A-177...
Page 266 A -1 8 0...
Page 267: Memory Extension 64K
SYSTEM TECHNICAL MANUAL APPENDIX A MEMORY EXTENSION 64K A-181...
Page 268 D - RAM...
Page 269: Memory Extension 192K
APPENDIX A SYSTEM TECHNICAL MANUAL MEMORY EXTENSION 192K A-183...
Page 270 A-184...
Page 271: Memory Extension 448K
APPENDIX A SYSTEM TECHNICAL MANUAL MEMORY EXTENSION 448K A-185...
Page 272 & o>...
Page 273: Matrix Character Set
SYSTEM TECHNICAL MANUAL APPENDIX A M A T R IX CHARACTER SET A-187...
Page 274 A -188...
Page 275 A PP EN D IX A SYSTEM TECHNICAL M A N U A L A -189...
Page 276 A-190...
Page 277: Character Generator Table
SYSTEM TECHNICAL MANUAL APPENDIX A CHARACTER GENERATOR TABLE Langu.grp.il Extension A-191...
Page 278 A -192...
Page 279: Keyboard Output Assignments
SYSTEM TECHNICAL MANUAL APPENDIX A KEYBOARD O UTPUT ASSIGNMENTS 2 0 3 0 A 0 5 0 6 0 7 0 8 0 90 N U L O L E — — STX DC D C 3 • E O T E N Q CLR CLR &...
Page 280 A - 194...
Page 281 M O D E R E G IS T E R 1 ( M R D M R 1 7 M R 1 6 M R 1 5 M R 14 M R 1 3 M R 12 M R 1 1 M R 1 0 P a rity T y p e P a rity C o n tro l...
Page 282 COMMAND REGISTER (CR) C R 7 C R 6 C R 4 C R 2 C R 1 C R O C R 5 C R 3 T ra n s m it O p e ra tin g M o d e R eq u es t to R eset E rro r R eceive...
Page 283 T IM IN G D IA G R A M S...
Page 285 SYSTEM TECHNICAL MANUAL APPENDIX A A -199...
Page 286 A -200...
Page 287: 16-Bit Firmware
SYSTEM TECHNICAL MANUAL APPENDIX A 16-BIT FIRMW ARE A-201...
Page 288 B O O T JLIM E H E V E LB A-202...
Page 289 APPENDIX A SYSTEM TECHNICAL MANUAL SO OT. LOflDER.irVFLC A -203...
Page 290 BOOT.. LOADER.LEVELO A-204...
Page 291 SYSTEM TECHNICAL MANUAL APPENDIX A BOOT J. O M E * J.EVELO A -207...
Page 292 BOOT. .LOADER J.EVELO A-208...
Page 293 SYSTEM TECHNICAL MANUAL APPENDIX A BO O T LOADERJ.EVEL0 A-20 5...
Page 294 BOOT.LOADER. L EVELO A-206...
Page 295 SYSTEM TECHNICAL MANUAL APPENDIX A A-209...
Page 296 BOOTEl T j ü .DRIVER S ERIES -III 8086/8087/8088 MACRO ASSEMBLER V I. 1 ASSEMBLY OF MODULE BOOTERJOJRIVER OBJECT MODULE PLACED IH :F1:0H16I0.0BJ ASSEMBLER INVOKED BY: A86.86 :F1:DM16I0.SRC A-210...
Page 297 SYSTEM TECHNICAL MANUAL APPENDIX A HOOTER .IOJJRIVER A-211...
Page 298 BOOTER_IO_DRIVER A-212...
Page 299 APPENDIX A SYSTEM TECHNICAL MANUAL BOOTERJOJRIVER A-213...
Page 300 BOOTER _IO.DRIVER A-214...
Page 301 APPENDIX A SYSTEM TECHNICAL M ANUAL BOOTER .10 .DRIVER A-21S...
Page 302 BOOTERJOJRIVER A -216...
Page 303 APPENDIX A SYSTEM TECHNICAL M ANUAL A-217...
Page 304 BOOTES .10 JRI9ER XREF SYHBOL TABLE LISTIH6 A-218...
Page 305 APPENDIX A SYSTEM TECHNICAL M ANUAL MomuojHtimt E M ) O F SntBOL T A B LE LISTING A -219...
Page 306 A-220...
Page 308 NCR GmbH Technical Publications Department Ulmer Strasse 160A 8900 Augsburg Federal Republic of Germany...
Page 309 NCR DECISION MATE V LEERADAPTER (K214-V00I) Das beiliegende Blatt erklärt Ihnen, wie Sie diese Lei stungserweiterung an Ihren NCR DECISION MATE V anschließen können. Bitte ordnen Sie diese Beschreibung in Ihre Bedie nungsanleitung für den NCR DECISION MATE V ein.
Page 310 NCR ist ständig bemüht, die Produkte im Zuge der Entwicklung von Technologie, Bauteilen, Soft- und Firmware dem neuestei Stand anzupassen. NCR behält sich deshalb das Recht vor Spezifikationen ohne vorherige Ankündigung zu ändern. Nicht alle hier beschriebenen Leistungen werden von NCR i i allen Teilen der Welt vertrieben.
Page 311 LEISTUNGSERWEITERUNGE BEDIENUNGSANLEITUNG LEERADÄPTER (K214-F001) Dieser Adapter enthält eine leere Platine und Stifte fü alle Anschlußmöglichkeiten einer beliebigen Steckfassung a : der Rückseite Ihres NCR DECISION MATE V. Doc :017-003306:...
Page 313 (K214-V001) The attached pages provide information for installing thi kit into an NCR DECISION MATE V. These pages should be file in your NCR DECISION MATE V User Information Manual. D o c : 0 1 7 - 0 0 3 3 0 J...
Page 314 NCR Corporation, therefore, reserves the right to chang specifications without prior notice. All features, functions, and operations described herein may not be marketed by NCR in all parts c the world. In some instances, photographs are of equipment prototypes. Therefore, before using thi document, consult your NCR representative or NCR office for information that is applicable an current.
Page 315 (K 214-V001) 1. The interface provided by this kit may be put into a vacant slot at the rear of the NCR DECISION MATE V (slots 2 to 6 may be used). 2. Check with the supplier of the interface for any fur...
Page 317 NCR DECISION MATE V IEEE-488 ADAPTER (K804-V001) beiliegenden Seiten zeigen Ihnen, wie Sie diese Lei stungserweiterung an Ihren NCR DECISION MATE V anschließer können. Bitte ordnen Sie diese Beschreibung in Ihre Bedie nungsanleitung für den NCR DECISION MATE V ein.
Page 318 NCR ist ständig bemüht, die Produkte im Zuge der Entwicklung von Technologie, Bauteilen, Soft- und Firmware dem neuesten Stand anzupassen. NCR behält sich deshalb das Recht vor, Spezifikationen ohne vorherige Ankündigung zu ändern. Nicht alle hier beschriebenen Leistungen werden von NCR in allen Teilen der Welt vertrieben.
Page 319 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEI IEEE-488 ADAPTER (K804-Y001) Dieser Adapter erlaubt den Anschluß von Peripheriegeräten die einen IEEE-488 Bus verwenden. Der IEEE-488 Bus muß de: Norm "IEEE-488 Standard Digital Interface for Programmable Instrumentation ANSI/IEEE Std 488-1978, 488A-1980" genügen. 1. Die Standardvoreinstellung für die IFSEL-Schalter ist 2B Falls Ihr System diese Einstellung erwartet, können Sit bei 3.
Page 320 S c h a l t e r n ist nicht gültig. 3, Bauen Sie den Adapter wieder zusammen und schließen Sie ihn an einen der Steckplätze 2 bis 6 Ihres NCR DECISION MATE V an. TV.,. • m...
Page 321 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGE 4 . S c h lie ß e n S ie d en S te c k e r am K a b e le n d e an d a s IE E E -48 k o m p a tib le G erät an. F a lls S ie h ie rz u z u s ä tz lic h e Kabe v erw enden, s o l l t e n S ie d a ra u f a c h te n , daß...
Page 322 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEN D ie Ü b e r t r a g u n g s l e i t u n g e n vom IE E E -4 8 8 Bus s i n d i n d r e i Gruppen a u f g e t e i l t : - D ate n b u s»...
Page 323 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGE Allgemeiner Schnittstellen-Steuer-Bus "Attention" wird von einem 'Controller" benutzt, um zu beschreiben, wie die Signale an den DIO Leitungen zu interpretieren sind und welche Geräte angesprochen sind. "Interface Clear" wird von einen "Controller" benutzt, um das gesamte Schnittstellensystem (einige Teile hier von befinden sich in den angeschlossenen Geräten) in einen definierten Ruhezustand zu versetzen.
Page 325 IEEE-488 ADAPTER (K804-V001) The attached pages provide information fo r in s ta llin g this kit into an NCR DECISION MATE V. These pages should be f ile d in your NCR DECISION MATE V User Information Manual. ni7_nn«m s...
Page 326 However, there is no guarantee that interference to radio communications will not occur in a particular commercial installation. If this equipment does cause interference, which can be determined by turning the equipment off and on, the user is encouraged to consult an NCR service representative immediately.
Page 327 User Information Options KIT INSTALLATION IEEE-488 ADAPTER (K804-V001) This kit is designed for use with peripheral devices using the IEEE-488 bus, according to the IEEE-488 Standard Digital Interface for Programmable Instrumentation ANSI/IEEE Std 488-1978, 488A-1980. 1. The standard setting (default value) for the IFSEL switches is 2B.
Page 328 3. In s ta ll the IEEE-488 adapter into a vacant slo t at the re a r o f the NCR DECISION MATE V (s l o t s 2 to 6 may be used) 4.
Page 329 Options User Information IEEE Cable...
Page 330 T h e bus is o rg a n ize d in to th re e sets o f signal lines: — D a ta bu s, signal lines — D a ta b y te tra n s fe r c o n tro l bus, 3 signal lines —...
Page 331 NCR DECISION MATE V CENTRONICS-ADAPTER (K210-V001) Die beiliegenden Seiten zeigen Ihnen, wie Sie diese Lei stungserweiterung an Ihren NCR DECISION MATE V anschließe können. Bitte ordnen Sie diese Beschreibung in Ihre Bedie nungsanleitung für den NCR DECISION MATE V ein.
Page 332 Produkte im Zuge der Entwicklung von Technologie, Bauteilen, Soft- und Firmware dem neuesten Stand anzupassen. NCR behält sich deshalb das Recht vor, Spezifikationen ohne vorherige Ankündigung zu ändern. Nicht alle hier beschriebenen Leistungen werden von NCR in allen Teilen der Welt vertrieben.
Page 333 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEI CENTRONICS-ADAPTER (K210-V00I) 1. Setzen Sie diesen Adapter in eine der an der Rückseite Ihres NCR DECISION MATE V befindlichen Fassungen (2...61 ein. 2. Schließen Sie den am Kabelende vorhandenen Stecker an einen Centronics-kompatiblen Drucker an. 3. Das zu Ihrem Drucker gehörende Handbuch beschreibt die Handhabung von Druckpapier und Farbband.
Page 334 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEN S T R O B E / Taktfrequenz zur DruckerSynchronisierung. Mindesttaktzeit 1 psec. ßnpfang erfolgt während Signal-"low". A C K N LG / Signal (2.5 bis 10 psec) zur Datenempfangsbestätigung. E m p fang neuer Daten vor Rücksetzung dieses Signals unmöglich. B U S Y D atenannahm e nicht möglich aus einem der folgenden G ründe : - während des Datenem pfangs (je nach Drucker)
Page 335 ( K 2 1 0 -¥ 0 0 1 ) The attached pages provide information for installing thi kit into an NCR DECISION MATE V. These pages should be file in your NCR DECISION MATE V User Information Manual. Doc :017-00330...
Page 336 NCR Corporation, therefore, reserves the right to chang specifications without prior notice. All features, functions, and operations described herein may not be marketed by NCR in ail parts o the world. In some instances, photographs are of equipment prototypes. Therefore, before using thi document, consult your NCR representative or NCR office for information that is applicable am current.
Page 337 1. I n s t a l l t h i s k i t i n t o a v a c a n t s l o t a t th e r e a r o f th< NCR DECISION MATE ¥ ( s l o ts 2 to 6 may be used).
Page 338 S T R O B E / Pulse is used to c lo c k read d a ta in . T h e pulse w id th m ust be m ore th a n 1 Msec a t receiving p r in te r . R ead in o f d a ta is p e rfo rm e d a t th e "...
Page 339 NCR DECISION MATE V 16-Bit Microprocessor with Programmable Interrupt Controller (PIC) and Memory Retention Facility (K235 V001) Doc: 017-0033472...
Page 340 NCR Corporation, therefore, reserves the right to change specifications without prior notice. All features, functions, and operations described herein may not be marketed by NCR in all parts v the world. In some instances, photographs are of equipment prototypes. Therefore, before using this...
Page 341 Figure Controller PCB - Screw 2 — Pre-drilled hole ■ Additional screws (see text) Doc: 017-0033472...
Page 342 Figure 3: K233 V001 Assembly Screw 3x16 2 — pvc stan d -off c lip Washer 3 — Screw 2.9x6.5 Spacer washer FVC spacer Washer...
Page 343 System Restart means of the CONTROL-F20 key combination (refer to User Information for the NCR DECISION MATE V). CAUTION: Installation of this Kit requires knowledge of and tperience in handling semiconductor components...
Page 344 (3) provided with the Kit. 7. Re-install the controller PCB and carry out a complete diagnostic check of the NCR DECISION MATE V. Doc: 017-0033472...
Page 345 Install the 16-bit/PIC board in place of the 16-bit which you have just removed. 3. Re-install the controller PCB and carry out a complete diagnostic check of the NCR DECISION MATE V. Installation of the 16-bit/PIC board multilayer controller board which has not previously contained a 16-bit PCB: 1.
Page 347 NCR DECISION MATE V 16-Bit Mikroprozessor (PIC) und Programmierbarem Interrupt Controller Speicherschnelltester (K235 V001) (Memory Retention Facility) Doc: 017-0033155...
Page 348 Technologie, Bauteilen, Soft- und Firmware dem neuesten S t a n d anzupassen. behält sich deshalb das Recht vor, Spezifikationen ohne vorherige Ankündigung zu ändern. Nicht alle hier beschriebenen Leistungen werden von NCR allen Teilen Welt vertrieben. Nähere Informationen bezüglich eventueller Einschränkungen...
Page 349 Bild 3: K235 V001 Einbau Schraube 3x16 PVC-Abstandhalter Unterlegscheibe Schraube 2,9x6,5 Abstandsringe PVC-Unterlegscheibe Unterlegscheibe Mutter Doc: 017-0033135...
Page 350 NCR DECISION MATE V 16-Bit Mikroprozessor Programmierbarem Interrupt Controller (PIC) und Speicherschnelltester (K235 V001) Diese Leistungserweiterung kann in Ihren NCR DECISION MATE V nur eingebaut werden, wenn Sie den Systemneustart mit CON- TROL-F20 Tastenkombination durchführen können (siehe Bedie nungsanleitung für NCR DECISION MATE V) .
Page 351 1. Entfernen Sie die Haupt- mit aufgesteckter Grafik-Platine dem Computer« Dieser Vorgang ist im Service Manual für den NCR DECISION MATE V beschrieben. Halten Sie sich an das Bild 2. Es zeigt die Haupt-Platine von der bestückten Seite. Entfernen Sie die vier Schrau...
Page 353 Schraube vorgebohrte Löcher zusätzliche Schrauben (siehe Text) Doc: 017-0033155...
Page 354 KIT INSTALLATION EXTERNAL 16-BIT PROCESSOR UPGRADE (K 231) The attached pages provide information for installing thi3 «it into an NCR DECISION MATE V. These pages should be filed in your NCR DECISION MATE V User Information Manual. Doc:017-0033048 Kit:603-60913^0...
Page 355 FEDERAL CO M M UNICATIO NS COM MISSIO N (FCC) RADIO FREQUENCY INTERFERENCE STATEM ENT W A R N IN G T h is e q u ip m e n t has been c e r tifie d to c o m p ly w i t h t h e l i m i t s f o r a C la s s B c o m p u tin g d e vice , p u rs u a n t to S u b p a r t J o f P a r t 15 o f F C C R u le s .
Page 356 KIT INSTALLATION EXTERNAL 16-BIT PROCESSOR UPGRADE (K 231) 1. Install this kit into slot 7 at the rear of the NCR DECISION MATE V. NOTE: No other position may be used for this kit. Your system is now ready for the use of either 8-bit or 16- bit software.
Page 357 LEISTUNGSERWEITERUNGEI NCR DECISION MATE V MADS-ADAPTER Die beiliegenden Seiten zeigen Ihnen, wie Sie diese Lei stungserweiterung an Ihren NCR DECISION MATE V anschließet können. Bitte ordnen Sie diese Beschreibung in Ihre Bedie nungsanleitung für den NCR DECISION MATE V ein.
Page 359 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEI MAUS-ADAPTER INHALT INBETRIEBNAHME EINLEITUNG....IFSEL- UND MAUS-AUSWAHL......... : SOFTWARE EINLEITUNG..........I BENUTZUNG DER PORT-ADRESSEN....FUNKTIONSPRÜFUNG..... DAS STATUS-BYTE......... I BEFEHLE UND IHRE PARAMETER......I INTERRUPT-BEHANDLUNG........1 !
Page 361 • Depraz Souris P4 • Logitech LM-P-5 • Logitech P4 Die Verständigung zwischen einem Adapter und Ihrem NCR DECISION MATE V erfolgt über einen von insgesamt 10 Daten übertragungskanälen. Jeder Datenübertragungskanal (oder IFSEL: engl. InterFace SELect) verfügt über 8 Portadressen.
Page 362 Öffnen des Gehäuses des Maus-Adapters nicht erforderlich. In diesem Fall können Sie ohne weiteres den Adapter in eine der Steckfassungen 2...6 an der Rückseite Ihres NCR DECISION MATE V einsetzen (siehe Abb. 1.1). Anschließend sollten Sie den zweiten Teil dieser Anleitung ("Software") bezüglich der für den Betrieb einer Maus benötigten Software lesen.
Page 363 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEl W IC H TIG Ein Federring befindet sich zwischen der mit den Leiterbahnen belegten Fläche der Platine und dem Gehäuse. Maus-Auswahl 01 0 0 0 0 0 « LiD r-;i ©*CR1 • - C I - • »-R2 -®...
Page 364 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEN • Depraz Souris P4 • Logitech LM-P-5 • Logitech P4 1. Entfernen Sie den am Gehäuse befestigten Drahtgriff und die vier Schrauben. Das Gehäuse sollten Sie noch nicht öffnen. 2. Halten Sie die zwei Teile des Gehäuses zusammen, und legen Sie den Adapter auf einen Schreibtisch o.ä., so daß...
Page 365 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEI IFSEL-NR PORT-ADRESSEN 60-67 68-6F 70-77 78-7F 30-37 38-3F B0-B7 B8-BF C0-C7 C8-CF Abbildung 1.3: IFSEL/Portadressen MAUS-5...
Page 366: Software
Der Maus-Adapter beinhaltet einen eigenen Mikroprozessor sowie eigene Firmware. Dies hat zur Folge» daß die zusätz liche Belastung des Prozessors des NCR DECISION MATE V durch den Betrieb des M a u s - A d a p t e r s sehr gering ist.
Page 367: Benutzung Der Port-Adressen
Das Programm sendet Befehle an den Maus- Adapter. FUNKTIONSPRÜFUNG Wenn Sie Ihren NCR DECISION MATE V bei eingesetztem Maus- Adapter einschalten, setzt das Reset-Signal des Computer! auch den Maus-Adapter in seinen Anfangszustand zurück. Üei Prozessor des Maus-Adapters liest dann Anweisungen im eige...
Page 368: Das Status-Byte
BEDIENUNGSANLEITUNG LEISTUNGSERWEITERÜNGEN DAS STATUS-BYTE Ihr Programm kann das Status-Byte mit einer IN-Anweisung an Port 2 (31H bei IFSEL 2A) lesen. Abbildung 2.1 zeigt die Bedeutung der einzelnen Bits dieses Bytes. Bit: Abbildung 2.1: Das Status-Byte Dieses Bit wird nicht benutzt. Sobald der Maus-Adapter ein Interruptsignal ausgibt, wird dieses Bit gesetzt (logisch 1).
Page 369 Parameter werden über Port 1 sowohl gesendet als auct empfangen. Die folgenden Werte werden beim Einschalten Ihres NCI DECISION MATE V mit Maus-Adapter automatisch eingestellt Sie verlieren ihre Gültigkeit, erst wenn sie von Ihren Programm bzw. einer Bewegung der Maus aufgehoben werden.
Page 370 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEf Die absolute Position bezieht sich auf die Änderung dei Position der Maus (ggf. innerhalb des definierten Bewe gungsbereichs) seit dem letzten Setzen der Anfangsposi tion. (Diese Anfangsposition wird beim Einschalten auf X=0, Y=0 gesetzt. Sie kann ebenfalls anhand des Befehls 04 gesetzt werden.) 01 Das aufgrund einer Bewegung der Maus erzeugte Interrupt...
Page 371 * BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEI YMAX, niederwertiges Byte YMAX, höherwertiges Byte Das Verhältnis der mit der Maus zurückgelegten Entfernung zum Wert, der für diese Entfernung vom Maus-Adapter gesendet wird, ist für die verschiedenen Mäuse unterschiedlich. Die beim Einschalten automatisch eingestellten Werte (XMAX = 640, YMAX = 400) entsprechen einer angenehmen Reichweite bei der Benutzung einer Maus auf einem Schreibtisch.
Page 372: Interrupt-Behandlung
Die Benutzung der Interrupt-Leistungen des Maus- Adapters (über die Abfrage des INT-Bits des Status-Bytes hinaus) setzt Erfahrung im Umgang mit Halbleiter-Bauteilen voraus. Wichtige Informationen über die Hardware Ihres NCR DECISION MATE V finden Sie im Band "Hardware" des von «GR herausgegebenen System Technical Manual. MAUS-12...
Page 373 BEDIENUNGSANLEITUNG LEISTUNGSERWEITERUNGEI Wenn Sie Ihren NCR DECISION MATE V als 16-Bit-System be nutzen, sind für die Behandlung von Interruptsignalei zusätzliche Interrupt-Controller unerläßlich. Bestimmte Eigenschaften des Z80A-Mikroprozessors ermöglicher in einem 8-Bit-System eine Interrupt-Behandlung ohne Inter rupt-Controller: Beim Interrupt-Modus 1 ( IM 1 / Opcode: EI...
Page 375 C H A P T E R M O U S E...
Page 376 (This is the description o f the Mouse unit o f the p-S ystem ™ . Please insert i t in the manual UCSD p-System, Programming, chapter 8) p-System ™ is a trademark o f Softech Microsystems, In c., and is used pursued to a license granted by Softech Microsystems, Inc.
Page 377 MOUSI Introduction The follow in g is a description o f the procedures you can ust with the p-System ™ to work with your mouse. softw are need fo r using the Mouse in terface working with the Mouse in the p-System ™ is contained in the MOUSE.CODE f ile .
Page 378 the lo g ic a l Mouse position by means o f SETPOS. SETMAX: sets maximum values fo r the Mouse position. Sets the maximum x and y values the Mouse can attain (defau lt: x=6 40, y=400). XMAX,YMAX: maximum valu es fo r th e...
Page 379 MOUSE PROCEDURE SETMAX (XMAX,YMAX: INTEGER) Example Here is an example fo r the use o f the Mouse procedures ii PascaL In the firs t part o f the main program, the maximum Mous< position is set by means o f the X and Y coordinates; an< the present Mouse position is set to zero.
Page 380 { SET MAXIMUM } XM:=10000; YM:=10000; SETMAX(XM, YM); { SET START POSITION } X0:=0; Y0:=0; SETPOS(X0, Y0); C:='N'; { LOOP MOUSE ACTIONS } REPEAT GMOUS(SW3,SW2,SW1,Y ,X); GOTOXY(0,4); WRITELN(' X=',X:6,' Y=',Y:6); GOTOXY(0,6); WRITELN( ' SWITCH 1:',SW1,' SWITCH 3:',SW3,' SWITCH 2:',SW2)j GOTOXY(0,18); { SET OR CLEAR PROMPT FOR FINISH DEPENDING ON SW1 } IF SW1=1 THEN FIN(C) ELSE WRITE (CHR(27) ,'L ');...
Page 381 MOUSI Fortran Procedures To use the Mouse procedures in a Fortran program, declare $USES MOUSE The subroutine and parameter definition can be found below : GMOUS SUBROUTINE GMOUS(SW3,SW 2,SW 1 ,Y,X) INTEGER SW1, SW2, SW3, Y, X SETPOS SUBROUTINE SETPOS ( X rY) INTEGER X,Y SETMAX SUBROUTINE SETMAX (XMAX,YMAX)
Page 382 coordinate; Mouse position coordinate. Then the program collects the values and displays them on the screen. HOUSE EXAMPLE PROGRAM FOR FORTRAN $USES MOUSE PROGRAM MOUSTF INTEGER SW1,SW2,SW3,X,Y,X0,Y0,XM,YM CHARACTER C CLEAR SCREEN, CURSOR INVISIBLE WRITE (*,'( AAAA) 1) CHAR(27) ,'@0',CHAR(27) ,'E' WRITE(*,200) FORMAT(4X,'****** M O U S E...
Page 383 MOUSE "it LOOP MOUSE ACTIONS DO 1000 1=0,0,0 CALL GM0US(SW3,SW2,SW1,Y,X) WRITE(*,' (AA\) ' ) CHAR (27) ,' Y$ ■ SCREEN POSITION LINE 4, COLUMN 0 WRITE ( * ,300) X ,Y FORMAT ( ' X=1,16,' Y=1,16//) WRITE(*,100) SW1,SW3,SW2 FORMAT (' SWITCH1:',11,' SWITCH3:',II,1 SWITCH2:',II)
Page 384 BASIC Interface To use the Mouse procedures in a BASIC program, declare USES MOUSE The subroutine and param eter definition can be found below : GMOUS SUB GM0US(SW3,SW 2,SW1,Y,X) INTEGER SW1, SW2, SW3, Y, X SETPOS SUB SETPOS (X,Y) INTEGER X,Y SETMAX SUB SETMAX (XMAX,YMAX) INTEGER XMAX,YMAX...
Page 385 MOUS] SW 1, SW 2, and SW3 designate the switches on the Mous (here the HAWLEY MARK Mouse), which can be on o o ff. X is the Mouse position on the X coordinate; y th Mouse position on the Y coordinate. MOOSE TEST PROGRAM B A S I C USES MOUSE...
Page 387 The attached pages provide information fo r in s t a llin g this k i t into an NCR DECISION M ATE V. These pages should be f ile d in your NCR DECISION M ATE V User Information Manual.
Page 388 However, there is no guarantee that interference to radio communications will not occur in a particular commercial installation. If this equipment does cause interference, which can be determined by turning the equipment off and on, the user is encouraged to consult an NCR service representative immediately.
Page 389 o User Information Option; KIT INSTALLATION MOUSE INTERFACE (K806) CONTENTS Part 1 INSTALLATION INTRODUCTION................-...1 INTERFACE AND M O U SE SELECTION..........2 Part 2 SOFTWARE INTRODUCTION................£ USE O F PORTS................6 POW ER-UP CHECK................t THE STATUS BYTE................t C O M M AN D S AND PARAMETERS............1 INTERRUPTS..................1 C...
Page 391: Installation
NCR DECISION MATE V, makes use o f an IFSEL (InterFace SELect) number in order to communicate with the computer.
Page 392: Interface And M O U Se Selection
I f you are using a Depraz or L o g ite c h mouse, or i f you: system r e q u ir e s the use o f a d i f f e r e n t IFSEL number, yoi should proceed in accordance with the follow ing section.
Page 393 Options User Information C A U T IO N : Do not lose the spring washer situated between the solder side of the printed circuit board and the housing Interface and Mouse Selection Figure 1.2 MOUSE-3...
Page 394 component s id e (not the s o ld e r s id e ) o f the component board i s showing. 3. R efer to Figu re 1.2. The f a c t o r y s e t t i n g o f the wire jumpers J10»...
Page 395: Introduction
INTRODUCTION The Mouse In terface has i t s own microprocessor and firmware, This o fflo ad s the microprocessor o f your NCR DECISION MATE \ to a g r e a t e x te n t. The Mouse I n t e r f a c e...
Page 396: Use O F Ports
USE O F PORTS The Mouse I n t e r f a c e uses the f i r s t two addresses o f the eight available under an IFSEL number. I f the IFSEL number i s 2A (the d e fa u lt s e t t i n g ) , then these two p o rts are 30H (P o r t 1) and 31H (P o r t 2).
Page 397: C O M M An D S And Parameters
Output B u ffe r F u l l : when t h is b i t i s s e t , one byte oi data is available fo r reading by the processor o f your NCR DECISION MATE V. Your program should not attempt tc read data while this b it is zero.
Page 398 The f o l l o w i n g d e f a u lt values are a u to m a t ic a lly s e t by the Mouse I n t e r f a c e upon s w itc h in g on. They remain in fo r c e u n t i l changed by your program, in the case o f the current mouse position, by movement o f the mouse i t s e l f .
Page 399 User Information Option! 04 Set logical mouse position Sequence o f parameters transmitted to the in terfa ce: X co-ordinate, low byte X co-ordinate, high byte Y co-ordinate, low byte Y co-ordinate, high byte I f the p o s it io n thus s e t i s o u tsid e the d e lim it e d rang« (see commands 05 and 0A), that range does not apply.
Page 400: Interrupts
read. (The absolute position re fe rs to movement from the sta rtin g p o s itio n .) OA Set the minimum X and Y values the mouse can a tta in Sequence o f parameters to be tra n s m itte d to the Mouse In terfa c e: XMIN, low byte XMIN, high byte...
Page 401 I f you are using the 16-bit version o f the processor fo r th< NCR DECISION MATE V, you w i l l require interrupt controllei c i r c u i t r y , in a d d itio n to access to the in t e r r u p t l i n e ol the computer bus system.
Page 403 < ä * » C H A P T E R M O U S E...
Page 404 (This is the description o f the Mouse unit o f the p-S ystem ™ . Please insert i t in the manual UCSD p-System, Programming, chapter 8) p-System ™ is a trademark o f Softech Microsystems, In c., and is used pursued to a license granted by Softech Microsystems, Inc.
Page 405 MOUSE <a © In tro d u ctio n The follow ing is a description o f the procedures you can use with the p-System ™ to work with your mouse. softw are need fo r using the Mouse in terface working with the Mouse in the p-System ™...
Page 406 the lo g ica l Mouse position by means o f SETPOS. SETMAX: sets maximum values fo r the Mouse position. Sets the maximum x and y values the Mouse can attain (defau lt: x=6 40f y=400). XMAX,YMAX: ar e maximum valu es fo r...
Page 407 •« ! MOUSE PROCEDURE SETMAX (XMAX,YMAX: INTEGER) Example Here is an example fo r the use o f the Mouse procedures in Pascal. In the firs t part o f the main program, the maximum Mouse position is set by means o f the X and Y coordinates; and the present Mouse position is s et to zero.
Page 408 { SET MAXIMUM } XM:=10000; YM:=10000; SETMAX(XM,YM); { SET START POSITION } X0:=0; Y0:=0; SETPOS(X0, Y0); C : =' N ' ; { LOOP MOUSE ACTIONS } REPEAT GMOUS(SW3,SW2,SWl, Y r X) ; GOTOXY(0,4); WRITELN(' X=',X:6,' Y=',Y:6); GOTOXY(0,6); WRITELN(' SWITCH l:',SWl,' SWITCH 3:',SW3,' SWITCH 2:’,SW2);...
Page 409 MOUSE Fortran Procedures To use the Mouse procedures in a Fortran program, declare $USES MOUSE The subroutine and parameter definition can be found below : G M O O S SUBROUTINE GMO US(SW3,SW 2,SW 1 ,Y,X) INTEGER SW1, SW2, SW3, Y, X S E T P O S SUBROUTINE SETPOS (X,Y) INTEGER X,Y...
Page 410 coordinate; Mouse position coordinate. Then the program collects the values and displays them on the screen. MOUSE EXAMPLE PROGRAM FOR FORTRAN $USES MOUSE PROGRAM MOUSTF INTEGER SW1,SW2,SW3,X,Y,X0,Y0,XM,YM CHARACTER C CLEAR SCREEN, CURSOR INVISIBLE WRITE (*,1 (AAAA) ' ) CHAR(27) ,'@0',CHAR(27) ,'E' WRITE(*,200) FORMAT(4X,'****** M O U S E...
Page 411 MOUSE LOOP MOUSE ACTIONS DO 1000 1=0,0,0 CALL GMOUS(SW3,SW2,SW1,Y,X) WRITE (*,'(AA\) ') CHAR (27) , ' Y$ ' SCREEN POSITION LINE 4, COLUMN 0 WRITE (* ,300) X,Y FORMAT ( ' X=',16,' Y=',16//) WRITE(*,100) SW1,SW3,SW2 FORMAT (1 SWITCH1:',11,' SWITCH3: , II,' SWITCH2: ,II) SCREEN POSITION LINE 18, COLUMN 0 WRITE (*,' (AA\) ') CHAR(27),'Y2 '...
Page 412 B ASIC Interface To use the Mouse procedures in a BASIC program, declare USES MOUSE The subroutine and param eter definition can be found below : G M O U S SUB GMOUS(SW3,SW2,SWl,Y,X) INTEGER SW1, SW 2, SW3, Y, X S E T P O S SUB SETPOS (X,Y) INTEGER X,Y...
Page 413 MOUS SW 1, SW 2, and SW3 designate the switches on the (here the HAWLEY MARK Mouse), which can be on c o ff. X is the Mouse position on the X coordinate; y t± Mouse position on the Y coordinate. MOUSE TEST PROGRAM B A S I C USES MOUSE...
Page 415 The attached pages provide information fo r in s t a llin g this k it into an NCR DECISION M ATE V. These pages should be f i l e d in your NCR DECISION M ATE V User Information Manual.
Page 417 KIT INSTALLATION MEMORY EXPANSION (K202~¥001) 1. Install this kit into slot 1 at the rear of the NCR DECISION MATE V. NOTE: No other slot position may be used for this kit. You have now increased the memory capacity of your system to 256 Kilobytes.
Page 418 <...
Page 419 017-0031781 IM PO RTANT IN FO R M A TIO N FOR MS-DOS USERS W ITH 256KB MEMORY Do not use the /HIGH switch when Unking a program with MS- LINK on systems with 256 KB memory. (The switch can never be used with PASCAL and FORTRAN programs, regardless of mem...
Page 421 NCR DECISION MATE V SPEICHERERWEITERUNG (K202-V001) Die beiliegende Seite erklärt Ihnen, wie Sie diese Lei stungserweiterung an Ihren NCR DECISION MATE V anschließe können. Bitte ordnen Sie diese Beschreibung in Ihre Bedie nungsanleitung für den NCR DECISION MATE V ein.
Page 422 NCR ist ständig bemüht, die Produkte im Zuge der Entwicklung von Technologie, Bauteilen, Soft- und Firmware dem neuesten Stand anzupassen. NCR behält sich deshalb das Recht vor, Spezifikationen ohne vorherige Ankündigung zu ändern. Nicht alle hier beschriebenen Leistungen werden von NCR in allen Teilen der Welt vertrieben.
Page 423 BEDIENUNGSANLEITUNG SPEICHERERWEITERUNG (K202-Y001) Setzen Sie dieses Erweiterungsmodul in die dafür vorgesehen Steckfassung 1 an der Rückseite Ihres NCR DECISION MATE ein. Beachten Sie bitte, daß diese Erweiterung in keine anderi Steckfassung gesteckt werden darf. Sie haben damit die Speicherkapazität Ihres NCR DECISI01 MATE V auf 256 Kilobyte erweitert.
Page 425 017-0031782 W ICHTIGER HINW EIS FÜR DIE BENUTZUNG VON MS-DOS M IT 256KB-SPEICHER Wenn Ihr System einen 256KB-Speicher beinhaltet, sollten Sie bei Verwendung des MS-LINK-Dienstprogramms die /HIGH-Option nicht benutzen. (Diese Option kann ohnehin mit PASCAL- und FORTRAN-Programmen unabhängig von der verfügbaren Spei chergröße nicht benutzt werden.) Der MS-LINK-Vorgang wird wie üblich durchgeführt.
Page 426 • Laden Sie das AH-Register mit 4AH • INT 21H 4. Rufen Sie die System-Funktion “Allocate memory” auf, indem Sie folgende Anweisungen ausführen: • Laden Sie BX mit FFFFH • Laden Sie das AH-Register mit 48H • XNT21H 5. Multiplizieren Sie den Inhalt von BX mit 16, um die Größe des Benutzerbereichs zu berechnen.

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