IBM 5150 PC Technical Reference (6025005, August, 1981) (PDF)

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AS TEXT ATTRIBUTES VALUE AS CHARACTERS COLOR/GRAPHICS <strong>IBM</strong> MONOCHROME MONITOR ADAPTER DISPLAY HEX DEC SYMBOL KEYSTROKES MODES BACKGROUND FOREGROUND ADAPTER 9B 155 ¢ ALT 155 NOTE 6 BLUE LIGHT HIGH INTENSITY CYAN 9C 156 £ ALT 156 NOTE 6 BLUE LIGHT RED HIGH INTENSITY 90 157 ~ ALT 157 NOTE 6 BLUE LIGHT HIGH INTENSITY T MAGENTA 9E 158 Pts ALT 158 NOTE 6 BLUE YELLOW HIGH INTENSITY 9F 159 f ALT 159 NOTE 6 BLUE WHITE HIGH INTENSITY AO 160 -11 ALT 160 NOTE 6 GREEN BLACK NORMAL Al 161 / İ ALT 161 NOTE 6 GREEN BLUE UNDERLINE A2 162 /0 ALT 162 NOTE 6 GREEN GREEN NORMAL A3 A4 A5 A6 163 164 165 166 --li '"n '" N ~ ALT 163 AU 164 ALT 165 ALT 166 NOTE 6 NOTE 6 NOTE 6 NOTE 6 GREEN GREEN GREEN GREEN CYAN RED MAGENTA BROWN NORMAL NORMAL NORMAL NORMAL A7 167 .!!. ALT 167 NOTE 6 GREEN LIGHT NORMAL GREY A8 168 A9 169 AA 170 I I 6 ALT 168 NOTE 6 GREEN DARK GREY ALT 169 NOTE 6 GREEN LIGHT BLUE ALT 170 NOTE 6 GREEN LIGHT GREEN HIGH INTENSITY HIGH INTENSITY UNDERLINE HIGH INTENSITY ::;: ~ ~ :: ;: ~ AB 171 Y, ALT 171 NOTE 6 GREEN LIGHT HIGH INTENSITY CYAN AC 172 % ALT 172 NOTE 6 GREEN LIGHT HIGH INTENSITY RED AD 173 . ALT 173 NOTE 6 GREEN LIGHT HIGH INTENSITY I MAGENTA AE 174 « ALT 174 NOTE 6 GREEN YELLOW HIGH INTENSITY AF 175 » ALT 175 NOTE 6 GREEN WHITE HIGH INTENSITY BO 176 ALT 176 ~b NOTE 6 CYAN BLACK NORMAL Bl 177 ALT 177 ~~ NOTE 6 CYAN BLUE UNDERLINE B2 178 ALT 178 /y~ NOTE 6 CYAN GREEN NORMAL B3 179 ALT 179 NOTE 6 CYAN CYAN NORMAL B4 180 ALT 180 NOTE 6 CYAN RED NORMAL B5 181 == ALT 181 NOTE 6 CYAN MAGENTA NORMAL B6 182 f----il ALT 182 NOTE 6 CYAN BROWN NORMAL C-7
VALUE AS CHARACTERS AS TEXT ATTRIBUTES COLOR/GRAPHICS <strong>IBM</strong> MONOCHROME MONITOR AOAPTER OISPLAY HEX DEC SYMBOL KEYSTROKES MODES BACKGROUND FOREGROUND ADAPTER B7 183 ALT 183 NOTE 6 CYAN LIGHT NORMAL GREY 11 B8 184 ALT 184 NOTE 6 CYAN DARK HIGH INTENSITY ==J GREY B9 185 ALT 185 NOTE 6 CYAN LIGHT HIGH INTENSITY ==' BLUE UNDERLINE BA 186 ALT 186 NOTE 6 CYAN LIGHT HIGH INTENSITY GREEN BB 187 AlT 187 NOTE 6 CYAN LIGHT HIGH INTENSITY ==jl CYAN BC 188 d AlT 188 NOTE 6 CYAN LIGHT HIGH INTEI~SITY RED BO 189 --.JJ ALT 189 NOTE 6 CYAN UGHT HIGH INTENSITY MAGENTA BE 190 ==:d ALT 190 NOTE 6 CYAN YelLOW HIGH INTENSITY BF 191 ---, AL T 191 NOTE 6 CYAN WHITE HIGH INTENSITY CO 192 L- ALT 192 NOTE 6 RED BLACK NORMAL Cl 193 AlT 193 NOTE 6 RED BLUE UNDERLINE C2 194 AlT 194 NOTE 6 RED GREEN NORMAL I C3 195 f- ALT 195 NOTE 6 RED CYAN NORMAL C4 196 ALT 196 NOTE 6 RED RED NORMAL C5 197 ALT 197 NOTE 6 RED MAGENTA NORMAL I C6 198 AlT 198 NOTE 6 RED BROWN NORMAL - ....::::: GREY C7 199 ALT 199 NOTE 6 RED LIGHT NORMAL GREY C8 200 ALT 200 NOTE 6 RED DARK HIGH INTENSITY C9 201 ALT 201 NOTE 6 RED LIGHT HIGH INTENSITY BLUE UNOERLINE II CA 202 WL AlT 202 NOTE 6 REO LIGHT HIGH INTENSITY GREEN f--r CB 203 ALT 203 NOTE 6 RED LIGHT HIGH INTENSITY CYAN ~ CC 204 AlT 204 NOTE 6 RED LIGHT HIGH INTENSITY RED CD 205 ALT 205 NOTE 6 RED LIGHT HIGH INTENSITY MAGENTA CE 206 ALT 206 NOTE 6 RED YELLOW HIGH INTENSITY ~~ CF 207 ALT 207 NOTE 6 RED WHITE HIGH INTENSITY DO 208 II ALT 208 NOTE 6 MAGENTA BLACK NORMAL e-8
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April 2011 IMPORTANT 1. The motherb
Page 5 and 6:
FEDERAL COMMUNICATIONS COMMISSION R
Page 8 and 9:
CONTENTS SECTION 1. HARDWARE OVERV
Page 10 and 11:
Programming Considerations ........
Page 12 and 13:
INS 8250 Functional Pin Description
Page 14 and 15:
FIGURE LISTING 1. System Block Dia
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SECTION I. HARDWARE OVERVIEW The
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The 16KB Memory Expansion Kits allo
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SECTION 2. HARDWARE ~ Contents: Sys
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SYSTEM BOARD The System Board fits
Page 24 and 25:
The memory is dynamic 16K x 1 chips
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System Board Data Flow Figure 2. S
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1/0 Channel Diagram REAR PANEl SI
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I/O CHRDY I I/O Channel Ready: This
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System Board Component Diagram REA
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Keyboard Interface B lock Diagram
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1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
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Cassette User Interface The cassett
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Cassette Interface Connector Specif
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I/O Address Map HEX RANGE 9 8 7 6
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System Memory Map X'OOOOO' 16 TO 6
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System Memory Map Cont. START ADDR
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5-1/4" Diskette Drives Switch Setti
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32/64KB Memory Expansion Option Sw
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Power Supply The system DC power su
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N I ~ VI ) § I • \. ~ o el so.
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IBM Monochrome Display and Parallel
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System Channel Interface Lines Used
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Programming Considerations Programm
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• CRT Status Port (I/O Address '3
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Color/Graphics Monitor Adapter The
Page 66 and 67:
CPU .. r-- ) ) ) DISPLAY ADDRESS BU
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Modes of Operation There are two ba
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IBM Monochrome Display Adapter V s.
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Color selection is determined by th
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1"'"""""\ Table 5. I R G B Summary
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Programming the Mode Control and St
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Bit 5 When on, this bit will change
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I/O Address and Bit Map Read/Write
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Color/Graphics Monitor Adapter Auxi
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Parallel Printer Adapter The Printe
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Programming Considerations The Prin
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Parallel Printer Adapter Interface
Page 90 and 91:
Table 7. Printer Specifications (1
Page 92 and 93:
Table 9. Functions and Conditions o
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Table 10. Connector Pin Assignment
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(4) Data transfer sequence Fig. 17
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ASCII Control Codes Control Codes V
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(8) DC 2 (Device Control 2) The DC
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(b) 3) ESC 2 (Escape 2) Receipt of
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ehaves like the LF code. Therefore,
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[DATA] IESCGI ABCDEFGHI [PRINT] ABC
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5 1/4-Inch Diskette Drive Adapter T
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~ Functional Description From a pro
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The FOe is capable of performing 15
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Table 13. Symbol Descriptions (cont
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Command Summary (continued) DATA B
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Command Summary (continued) DATA B
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Table 15. Status Register I BIT NO.
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Table 17. Status Register 3 BIT NO.
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~ ~ +AO-9 +AEN -lOW -lOR -DACK2 +T
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Adapter Inputs -Index -Write Protec
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5-1/4" Diskette Drive Adapter Exter
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(3) The write-protect sensor disabl
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Memory Expansion Options Two Memory
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Switch - Configurable Start Address
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Game Control Adapter The Game Co
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I/O Channel Description A9-AO: D7-D
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) ) ) 15 PIN MALE '0' SHELL c....t
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Asynchronous Communications Adapter
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Modes of Operation The different mo
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I TRANSMIT 'IACUIT I +5V ~ 4S-"l Tx
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INS8250 Functional Pin Description
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Data Set Ready (DSR), Pin 37: When
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Input/Output Signals Data (D7-DO) B
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Bit 3: This bit is the Parity Enabl
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Table 23. BAUD RATE AT 1.843 Mhz De
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Interrupt Identification Register T
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Interrupt Enable Register This 8-bi
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In the diagnostic mode, the receive
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Transmitter Holding Register The T
Page 166 and 167:
Page 168 and 169:
SECTION 3. ROM and SYSTEM r", USAGE
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MOV AH,l ;function is to set time o
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Vectors With Special Meanings Inter
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BIOS Memory Map STARTING ADDRESS H
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The timer is set mode 3 which means
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Keyboard Encoding and Usage Encodin
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Keys 71-83 have meaning only in bas
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ALT - Temporarily shifts keys 2-13,
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Keyboard Usage This section is inte
Page 186 and 187:
Table 28. BASIC Screen Editor Speci
Page 188 and 189:
Low Memory Maps (O-'0600'x) Table 3
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BASIC Workspace Variables If you do
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APPENDICES Contents: Appendix A: RO
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lOC OBJ LINE SOURCE STITlE( ROM BIO
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LOC OBJ LINE SOURCE 0068 ?! 155 De
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LOC OBJ LINE SOURCE E09E BBf5 EOAO
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lOC OBJ LINE SOURCE £179 E2FD 462
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LOC OBJ LINE SOURCE E278 7408 612 J
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lOC OBJ LINE SOURCE 755 ; ---------
Page 207 and 208:
LOC OSJ LINE SOU RCE E42B 7440 900
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lOC OBJ LINE SOURCE ESIE 884000 E52
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LaC OBJ LINE SOURCE E613 803E120001
Page 213 and 214:
LaC OSJ LINE SOURCE E6EC eSOAOE E6E
Page 215 and 216:
LaC OBJ LINE SOURCE E7SF 1505 .402:
Page 217 and 218:
LaC OBJ LINE SOURCE 1659 ASSUME CS:
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LOC OBJ LINE SOURCE E994 8E08 1798
Page 221 and 222:
LOC 08J LINE SOURCE £"91 474849 EA
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LaC OBJ LINE SOURCE E890 E99700 E89
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LOC 08J LINE SOURCE 2255 ;-- INT 13
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LOC OS! LINE SOURCE 2407 ;------ DI
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lOC OBJ LINE SOURCE (Eol 7438 fE03
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LOC OBJ LINE SOURCE Ef'tD £67200 2
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LOC OBJ LINE SOURCE 2870 I ~- -----
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LOC (lBJ LINE SOURCE 3007 j --- INT
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laC OBJ LINE SOURCE 3157 (AH}=6 SCR
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lOC OBJ LINE SOURt.:E FOA43828ZDOAI
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lOC OBJ LINE SOURCE FtC7 3458 VIDEO
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LOC OBJ LINE SOURCE F260 750E f2:62
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LOC OBJ LINE SOURCE F32B 06 3760 PU
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LOC OBJ LINE SOURCE F3Cl 3910 NEAR
Page 249 and 250: laC OBJ LINE SOURCE 1'460 80HfE F46
Page 251 and 252: LOC OBJ LINE SOURCE F4FF BSFB 4213
Page 253 and 254: LOC OBJ LINE SOURCE 4359 j------ IM
Page 255 and 256: LOC OBJ LINE SOURCE F689 57 4511 PU
Page 257 and 258: lOC OBJ LINE SOLIRCE 4662 THE 0 COL
Page 259 and 260: LOC OBJ LINE SOURCE F7Cl 8AC4 F7e]
Page 261 and 262: LaC OBJ LINE SOURCE F840 4967 EQUIP
Page 263 and 264: LOC OBJ LINE SOURCE F8DA E304 5116
Page 265 and 266: LOC OBJ LINE SOURCE F97E EBF9 5268
Page 267 and 268: LOC OBJ LINE SOURCE H20 C3 5415 RET
Page 269 and 270: LOC OBJ LINE SOURCE fC46 0030300000
Page 271 and 272: LOC OBJ LINE SOURCE FEBS 833E6E0018
Page 273 and 274: lOC OBJ LINE SOURCE 5866 ;.*.-•
Page 275 and 276: A-82 NOTES
Page 277 and 278: 8088 REGISTER MODEL AX: AH Al ACCUM
Page 279 and 280: MEMORY SEGMENTATION MODEL LOGICAL
Page 281 and 282: XCHG =Exchange RegisterImemory with
Page 283 and 284: SBB = Subtract with borrow Reg./mem
Page 285 and 286: AND = And Reg./memory and register
Page 287 and 288: Indirect within segment 11111111 mo
Page 289 and 290: 8088 CONDITIONAL TRANSFER OPERATION
Page 291 and 292: BOBBINSTRUCTION SET MATRIX LO HI 0
Page 293 and 294: INSTRUCTION SET INDEX Mnemonic Pag
Page 295 and 296: VALUE AS CHARACTERS AS TEXT ATTRIBU
Page 299: VALUE AS CHARACTERS AS TEXT ATTRIBU
Page 305 and 306: Character Set (OO-7F) Quick Referen
Page 307 and 308: C-14 NOTES
Page 309 and 310: SYSTEM BOARD (PROCESSOR AND SUPPORT
Page 311 and 312: SYSTEM BOARD (DEVICE DECODES) I~ i
Page 313 and 314: SYSTEM BOARD (ROS AND BUS DRIVER) ~
Page 315 and 316: Ṉ-0 SYSTEM BOARD (DYNAMIC MEMORY
Page 317 and 318: SYSTEM BOARD (KEYBOARD/SENSE/CONTRO
Page 319 and 320: \:j I " m < -tv CI:I Q » :11:1 Q P
Page 321 and 322: I- z ..... 0 t:::I 0 ... ;:; ~ r
Page 323 and 324: tl I-0'1 ," r-" "~ (S"T" 'RESET I E
Page 325 and 326: ~ ~ ~ ~ ~~ IBM MONOCHROME DISPLAY A
Page 327 and 328: tj III ~ N 14L.517') ~ 0 __________
Page 329 and 330: ~ N s: N CI CO J ~ CI 2 A Y 18 n DA
Page 331 and 332: IBM MONOCHROME OISPLAY DANGER HAZAR
Page 333 and 334: COLOR/GRAPHICS MONITOR ADAPTER ~
Page 335 and 336: 1'. -- COLOR/GRAPHICS MONITOR ADAPT
Page 337: 1 COLOR/GRAPHICS MONITOR ADAPTER :;
Page 341 and 342: PARALLEL PRINTER ADAPTER D-34
Page 343 and 344: t:l +AEN AND U'I GATE , ., + ENABL
Page 345 and 346: t:! W CI CHARGE PUMP 00 AOI en U ~I
Page 347 and 348: 5%" DISKETTE DRIVE .., CI -N ... ';
Page 349 and 350: t:j ~ N o W z N ;:1'1: ~ aZKO: ." R
Page 351 and 352:
32KB MEMORY EXPANSION d-w- I NNO) 3
Page 353 and 354:
64 ~~ MEMORY EXPANSION ~~ D-46
Page 355 and 356:
BO~ t::l azq +';V[)( +'>vOC 'f c+o;
Page 357 and 358:
D-50 NOTES
Page 359 and 360:
IBM Monochrome Display Size: Length
Page 361 and 362:
12. Binary: (1) Pertaining to a sel
Page 363 and 364:
40. Hertz (Hz.): A unit offrequency
Page 365 and 366:
70. OR: A logic operator having the
Page 367 and 368:
G-8 NOTES
Page 369 and 370:
Other Related Publications 7. NATIO
Page 371 and 372:
Page 373 and 374:
Character Codes 3-11 Generator 2-
Page 375 and 376:
DIN (Connectors) 2-5 DIP (Dual In-L
Page 377 and 378:
Game Control Adapter (continued) C
Page 379 and 380:
I/O (Input/Output) Address Map 2-33
Page 381 and 382:
Microsecond 2-3 Mnemonic B-18 Mod
Page 383 and 384:
Parameters, 6845 Initialization 2-4
Page 385 and 386:
Read/Write Memory (continued) Grap
Page 387 and 388:
s Scan Codes 2-17 Screen 2-43 Sche
Page 389 and 390:
u Unit Specifications Appendix E
Page 391 and 392:
1-22 NOTES
Page 393:
III"I UNITED NO POSTAGE NECESSARY
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