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Page 1: ...I I I I I I I I I I I I I REFERENCE MANUAL ADM 1 CRT DATA DISPLAY TERMINAL by Dr B C Edmondson LEAR SIEGLER INC ELECTRONIC INSTRUMENTATION DIVISION DATA PRODUCTS 714 NORTH BROOKHURST STREET ANAHEIM CALIFORNIA 92803 ...

Page 2: ...are specifications theory of operations operational logic description and diagrams description of CRT monitor keyboard main logic board and power supply and a section on trouble shooting or failure analysis Options available with the ADM l complete parts lists and schematic drawings are included in the Appendix ...

Page 3: ......

Page 4: ...HEORY OF OPERATIONS 11 1 CRT Display with TV Monitor 11 1 Keyboard 11 3 III LOGIC DESCRIPTION 111 1 IV TV MONITOR IV 1 V INSTALLATION MAINTENANCE AND FAILURE ANALYSIS V 1 Appendix A FACTORY SUPPLIED OPTIONS Appendix El PARTS LISTS Appendix C SCHEMATIC DRAWINGS iii ...

Page 5: ...rical Specifications CRT Display Specifications Interface Connector Signal Pin List Failure Analysis Guide Main Logic Board Terminal Identification Chart LIST OF FIGURES ADM l Functional Layout ADM l Display Format ADM 1 Keyboard Data Flow Block Diagram Asynchronous Transmitter Receiver Interface Synchronization and Blanking Generator Waveforms ADM 1 Back Panel View Monitor Voltage Waveforms Main ...

Page 6: ...sity Reverse Image Block Forespace Backspace Upline Downline New Line Return Home Tab Absolute Cursor Addressing Read Cursor Addressing Seven Channel USASCII Full or Half Duplex RS 232 C or 20ma Loop Even Conversational Page Roll Polling Block Text Block Text or Text Only Line and Page Two baud rates selected from following 110 300 600 1200 1800 2400 4800 and 9600 53 Solid State Circuitry 15 CPS 1...

Page 7: ...wer Requirements Environment Standard Type Over Clear to Spaces Clear to Nulls 12 high 16 wide 21 deep 451bs 115V 60 Hz 130 watts 5 50 C or 41 122 F 5 95 Relative Humidity without condensation 1 2 Optional Insert Delete Insert Delete Back Tab Erase to End of Line Erase to End of Field Erase to End of Page Send Partial Page 230V or 50Hz ...

Page 8: ...ure 11 2 Note that each character ow is allocated nine raster lines seven for the character and two for vertical interl ine spacing Horizontal intercharacter spacing is assured by the ADM 1 reserving two dot rows between characters Reverse image display is used to indicate cursor position superimposed over data Protected fields on the display are distinguished by reduced luminance A complete field...

Page 9: ...DC SUPPLY AC POWER DISPLAY LOGIC BOARD AND MEMORY L O DATA INTERFACE KEYBOARD Figure 11 1 ADM 1 Functional Layout ...

Page 10: ...extended keyboard Both keyboards provide all ADM 1 functions with the extended key board offering additional cursor control keys A facsimile of the ADM 1 keyboard is shown in Figure 11 3 Keys are positioned on 3 4 centers with 2 oz operating force and two key rollover interlocking The keyboard is used by depressing any of the keys individually in combination with other keys simultaneously or in se...

Page 11: ...e display screen is cleared to spaces the protect mode is reset and the cursor is positioned at the home position In the event RESET doesn t operate refer to keyboard Enable Disable below NORMAL KEYBOARD OPERATION Single or simultaneous multiple keystrokes are translated into USASCII seven channel binary codes which are stored in memory stored and transmitted or transmitted only depending on the A...

Page 12: ... Clear Screen 3 Audible Tone 4 Send Line Unprotected 5 Send Page Unprotected 6 Keyboard Unlock Keys Used Standard Keyboard AtoZ oto 9 1 SPACE RUBOUT CLR SHIFT HOME BRK CTR LlSH IFT N LINE FEED RETURN CTRLlSHIFT O CTRLlI Consecutive SPACES after RETU RN CTRLlK CTRLlJ CTRLlL CTRLlH CLR HOME BRK CLR CTRLlHOME BRK CTRLlG SHIFT SEND SHIFT CTRLlSEND CLR CTR L SH IFT HOM E BRK 11 5 Extended Keyboard AtoZ...

Page 13: ...11 SI US I 0 0 DEL DISPLAYED as UPPER CASE characters as given in columns 4 and 5 respectively Exception is DEL which is not received by ADM l Lower case codes are stored in ADM l memory and displayed as upper case In addition to using single keys or combinations of keys to provide functions described above keys may be used in sequence to cause operations as follows ESCAPE SEQUENCES ESCAPE sequenc...

Page 14: ... to be unlocked by simultaneously depressing CLR CTRL SHIF HOME unlocks keyboard BRK CLEAR DISPLAY The ADM l screen may be cleared in several ways Locally the operator can clear the foreground unprotected characters to space codes CLR by use of the CTRL and HOME keys or the CTRL and CLEAR key on the 60 key BRK keyboard By operator or computer control the entire display may be cleared or only the f...

Page 15: ... ESC clear foreground to NUL ESC clear all to NUL or by initiation of a SEND operation SHIFT SEND SHIFT CTRLlSEND Send line unprotected Send page unprotected When the EDIT and PRINT options are provided the WRITE PROTECT mode will terminate when any of the following operations are performed ESC Q character insert ESQ W character delete ESC E line insert ESC R line delete ESC T line erase ESC y pag...

Page 16: ...of the page through the cursor to be transmitted to the remote computer The last character position transmitted is followed by transmission of a RETURN code ESC 6 SEND line protected In block mode an ESC 6 sequence causes all character positions protected and unprotec ted from the beginning of the line through the cursor to be transmitted to the remote computer During transmission ESC and ESC sequ...

Page 17: ...column coordinates of the cursor position desired The HOME position top row leftmost column is addressed by ESC SPACE SPACE and successive positions down for Y or to the right for X use codes ascending in the ASC II character set as in Table 11 3 TABLE 11 3 ABSOLUTE CURSOR POSITIONING ASCII ASCII ASCII X or Y CODE X CODE X CODE 1 SPACE 28 55 V 2 29 56 W 3 30 57 X 4 31 58 Y 5 32 59 Z 6 33 60 7 34 A...

Page 18: ...owing characters on that line or field one space to the right c Write a space at the original position of the cursor and leaves the cursor at that position ESC W character delete a Resets WRITE PROTECT mode b Deletes the character under the cursor by moving all following characters on that line or field one space to the left c Writes a space in the last position of the line or field d Cursor does ...

Page 19: ...n the cursor will move to the first unprotected position following ESC Y page erase a Resets WRITE PROTECT mode b Writes SPACE in all unprotected positions beginning with position of cursor to the end of the screen c Cursor does not move ESC I back tab cursor Moves cursor to first position of current unprotected field If at first position move to first position of previous unprotected field If bac...

Page 20: ... is sent to the printer A summary of ESC sequences is given in Table 11 4 TABLE 11 4 ADM l DATA DISPLAY ESC SEQUENCES PRINT CHARACTER INSERT KEYBOARD LB J LINE ENABLE DELETE 2J KEYBOARD l J l J PARTIAL DISABLE SEND W SEND LINE LI J LINE FOREGROUND ERASE SEND PAGE LU LINE FREE FORM FOREGROUND INSERT ENTRY SET W SEND LINE LU PROTECT MODE ALL R SET W SEND PAGE CHARACTER PROTECT MODE ALL DELETE END Ui...

Page 21: ...nctional block diagram of the ADM 1 logic TO VIDEO MONITOR DISPLAY SECTION MEMORY SECTION RAM CONTROL TRANSMITTER KEYBOARD SECTION ROM RECEIVER Figure 111 1 ADM 1 Data Flow Block Diagram r DATA SIGNAL INTERFACE The basic concept of the ADM 1 data organization is memory timesharing with highest prior ity assigned to the display section about 20 30 utilization and second priority given to the contro...

Page 22: ...ver is a standard 1402 or 1602 LSI chip serial asynchronous device which accepts serial 9 10 or 11 bit patterns depending upon word structure option from an RS232C or 20ma current loop interface and transmits 8 bit parallel words to the con trol section Likewise the transmitter receiver can receive 8 bit parallel words from the control section and transmit the appropriate serial bit pattern to a c...

Page 23: ...ied to the STA TUS FLAGS DISCONNECT pin 161 control line Wired OR capabilitv is pro vided on th s line allowing PE lines from other arreys to be OR tied A hIgh level output voltage VOH on this line under the conditIons abovel ndlCates a PARI TY ERROR the received paritv bit as programmed bV the EVEN PARITY ENABLE control line pin 391 The sta IUs is updated each time a character is transferred from...

Page 24: ... cates thdt the TRANSMIT 25 26 33 34 35 36 37 38 39 40 TRANSMITTER REGISTER OUTPUT TRANSMITTER REGISTER DATA INPUTS CONTROL REGISTER LOAD PARITY INHIBIT STOP BIT S SELECT WORD LENGTH SELECT EVEN PARITY ENABLE TRANSMITTER REGISTER CLOCK TRO CRL PI SBS EPE TRC TER REGISTER has completed senal transmiSSion of a full character includ ing STOP blt sl It remaIns at thIs level until the start of transmiS...

Page 25: ...T PF f DE DR THRl tAR AA I ARE DI U DNNECTfD AT TRAN ITION Of FO IAROI FADM VIL to VIH FIGURE 3 OUTPUT DELAYS TTl MOS INTERNAL INTERFACE y TYPICAL TTL OUTPUT I VSS ISUBSTRATEI VCC 1 I Voo L I Voo l _ _ ___ J y I l V _ I TR1402A INPUT TR1402A OUTPUT TYPICAL TTL INPUT Figure 111 2 ADM l Asynchronous Transmitter Receiver Interface Continued 111 5 ...

Page 26: ...ternal manually set 8 flip flops set and cleared by program Random access page buffer row counter address register high order five bits Random access page buffer character counter address register low order seven bits Character transfer between the tri state bus and sources or destinations is enabled by the BUS CONTROL microprogram commands see instruction repertory and are initiated by the INPUT ...

Page 27: ...e bus MACR Memory Address Counter Contains high order 5 bits of the RAM address Row accessible to the tri state bus ARTO Communications Interface UART ARTl Auxiliary Interface UART Printer etc LIT Literal 8 bit Register Used to transfer constants from ROM to tri state bus CPR Cursor Row Position Register CPC Cursor Character Position Register KEY Keyboard Register LRC Longitudinal Transmissions Fo...

Page 28: ...y optional Status Bits set by microprogram for global control Request to send Main ART Request to send Auxiliary ART Tri State Bus Bits Keyboard Strobe Keyboard Break Key Keyboard Send Key Instructions may be partitioned into two classes those which occupy two eight bit bytes and those which occupy one eight bit byte We shall represent these as six or three octal digits respectively and assume the...

Page 29: ...dicated by the contents of MACR MACC LOA WDR 005 Replaces the contents of the WD Rwith the contents currently on the TRB CLR WDR 004 Clears the WDR TSB RDR 160 Sets the contents on the TSB equal to the contents of the RDR SETWPROT 006 Sets the write protect bit on all words subsequently written into the RAM CLR WPROT 007 Clears the write protect bit on all words subsequently written into the RAM S...

Page 30: ...mal sequence otherwise See table of conditions for values of CC TABLE 111 5 TABLE OF CONDITIONS Condition Identifier Description 00 Character in RDR 01 RDR Parity error 02 Framing Error stop bit missing 03 Receives overflow unread character overwritten 04 Transmitter holding register empty 05 Clear to send from data set 06 Main transmitter register clear for request to send 07 Auxiliary transmitte...

Page 31: ...t one positiont INC MACR 033 Move row counter down one linet DEC MACC 024 Move character counter left one positiont DEC MACR 034 Move row counter up one linet tThese operations will set OFLO if they cause character address to run off either margin or if they cause row address to run off top or bottom of page FLAG CONTROL Flags are set or cleared by the microprogram to either control certain hardwa...

Page 32: ...ses one BEEP automatically RTSO 121 122 RTSl 131 132 LITERAL CONTROL The literal register provides a means of entering a constant from the ROM onto the tri state bus TSB This command is Mnemonic LOA LIT 150 and causes the contents of LIT to be replaced by XXX ASYNCHRONOUS RECEIVER TRANSMITTER CONTROL In addition to the main transmitter receiver interface normally associated with the computer an ad...

Page 33: ... Replace each bit of the LRC with the Modulo 2 sum of its prior setting and the corresponding bit of the TSB The tri state bus contents are set equal to anyone of the following registers by the indicated command See Table of Register Usage Table 111 1 TABLE 111 9 TRI STATE BUS CONTROL Mnemonic 012 0 10 Description TSB RDR 160 Set the TSB contents equal to R0 R TSB KEY 161 Set the TSB contents equa...

Page 34: ... JTC OFLO RESET1 3 4 4 100 RESET1 JMP CLEAR 73 163 CLEAR TSB LlT 74 150 LOA LIT 75 40 76 5 LOA WDR 77 7 CLEAR1 CLR WPROT 100 30 CLRMACR 101 20 CLR MACC 102 1 CLEAR3 READ 103 341 JTC PROT CLEAR4 104 106 105 3 WRITE 106 23 CLEAR4 INC MACC 107 220 JFC OFLO CLEAR3 110 102 111 20 CLR MACC 112 33 INC MACR 113 220 JFC OFLO CLEAR3 114 102 115 30 CLR MACR 116 101 JMP SKIP21 27 1 SKIP21 READ 30 341 JTC PROT...

Page 35: ...2 145 100 JMP CSD 160 306 CSD JTC TSB7 CD7 161 207 162 205 x JFC TSB6 CD 163 6 164 304 JTC TSB5 CHAR 165 230 166 303 JTC TSB4 CHAR 167 230 170 302 JTC TSB3 CHAR 171 230 172 301 JTC TSB2 CHAR 173 230 174 300 JTC TSBl CHAR 175 230 230 5 CHAR LOAWDR 231 3 CHARO WRITE 232 64 CLR STB3 233 23 FORSP INC MACC 234 220 JFC OFLO HOMEl 235 67 236 20 NEWLIN CLR MACC 237 64 DNLlN CLR STB3 240 33 INC MACR 241 22...

Page 36: ... ESCRCV TSB XRS 45 200 JFC TSB1 ESCRCV 46 44 47 124 CLR ARTO 50 162 TSB RCV 51 306 DESC JTC TSB7 DESC7 52 126 53 205 JFC TSB6 IDLE1 54 32 55 304 JTC TSB5 DESC65 56 132 132 303 DESC65 JTC TSB4 DESC654 133 150 134 202 JFC TSB3 DESC7 135 126 136 27 ESCSEND LOA CPR 137 64 CLR STB3 140 62 x CLR STB2 141 201 JFC TSB2 ESCSEND1 142 144 143 65 SET STB3 144 300 ESCSEND1 JTC TSB1 SEND1 145 233 146 101 JMP SE...

Page 37: ...306 33 INC MACR 307 220 JFC OFLO SEND2 310 236 311 30 CLR MACR 312 167 SEND31 TSB XRS 313 204 JFC TSB5 SEND31 314 312 315 163 TSB LlT 316 150 LOA LIT 317 15 320 123 LOAARTO 321 167 SEND32 TSB XRS 322 204 JFC TSB5 SEND32 323 321 324 206 JFC TSB7 SEND32 325 321 326 122 CLR RTSO 327 340 JTC PROTM IDLEl 330 32 331 100 JMP NEWLIN 332 236 333 202 SEND4 JFC TSB3 SEND30 334 300 335 301 JTC TSB2 SEND3 336 ...

Page 38: ...3 LOA ARTO 361 63 SET STB2 362 101 JMP SEND3 IDLE 21 317 IDLE JTC KEYRES RESET 22 0 23 120 SEL ARTO 24 167 TSB XRS 25 300 JTC TSB1 RCVDAT 26 147 27 204 JFC TSB5 IDLEO 30 34 31 206 JFC TSB7 IDLEO 32 34 33 122 CLR RTSO 34 171 IDLEO TSB STB 35 311 JTC KEYBRK KBRK 36 57 37 300 JTC TSBl IDLE 40 21 41 310 JTC KEYSTR KEYST 42 127 43 212 JFC KEYHIS IDLE 44 21 111 18 ...

Page 39: ...B XRS 307 JTC TSB8 034 DEC MACR 170 TSB ADD 310 JTC KEYSTR 037 SET BEEP 171 TSB STB 311 JTC KEYBRK 060 CLR STBl 177 ERROR 312 JTC KEYHIS 061 SET STBl 200 JFC TSBl 313 JTC KEYSTR2 062 CLR STB2 201 JFC TSB2 314 JTC KEYLCL 063 SET STB2 202 JFC TSB3 315 JTC KEYRCV 064 CLR STB3 203 JFC TSB4 316 JTC KEYPRT 065 SET STB3 204 JFC TSB5 317 JTC KEYRES 066 CLR STB4 205 JFC TSB6 320 JTC OFLO 067 SET STB4 206 J...

Page 40: ... the unit to operate without requiring composite sync The electronic packaging has been miniatured for compati bility with small volume requirements MONITOR ELECTRICAL SPECIFICATIONS TABLE IV 1 INPUT DATA SPECIFICATIONS Vertical Drive Horizontal Drive Video Signal Signal Input Necessary Accessory Available Connector Printed circuit board card edge connector Viking No 2VK10S 1 2 or Amphenol No 225 ...

Page 41: ... dB Less than 35 nsec linear mode Maximum Shunt Capacitance 40 pF 40 pF 40pF 15 nsec maximum linear mode 900llsec retrace maximum 7 Ilsec retrace plus 41lsec delay maximum TABLE IV 2 CATHODE RAY TUBE DISPLAY SPECIFICATIONS r Nominal Diagonal Resolution TV lines Measurement r inches Phosphor Center Corner 12 P4 900 at 40 fL 800 at 40 fL 12 P31 900 at 20 fL 800 at 20 fL Resolution is measured in acc...

Page 42: ...tom Unit Operating Range Storage Range Humidity 5 to 80 percent Noncondensing Altitude Operating Range HUMAN FACTORS SPECIFICATIONS X Ray Radiation Receptacle Molex No 03 06 1041 Supplied with Unit Mating Plug Molex No 03 06 2041 Necessary Accessory Available 105 V to 130 V rms 120 V nominal 50 60 Hz 24W Nominal 15 V DC short circuit protected 12 kV DC 12 6 V rms 5 C to 55 C Ambient 40 C to 65 C U...

Page 43: ...LEVEL DURING TIME OF NO CRT DISPLAY OUTPUT j4BlANKING HIGH LEVEL DURING TIME OF CRT DISPLAY OUTPUT I I TIME I I F V t4 I 5V VERTICAL 300 US MIN __ j I DRIVE 14 MS MAX 04V L _ _ _ _ 00 1586 MS MIN I II I 2128 MS MAX f4 il 5V I _V i I I VERTICAL 900 US BLANKING NOMINAL t 0 4 V _ _ _ ___ 00 1 VERTICAL J I I BLMIKING TIME VIDEO INFORMATION IG LOW IG lOW Figure IV 1 Synchronization and Blanking Generat...

Page 44: ...s B biasing of the video driver allows a larger video output signal to modu late the CRT s cathode and results in a maximum available contrast ratio The overall brightness at the screen of the CRT is determined by the negative potential at the grid and is varied by the brightness control VERTICAL DEFLECTION Transistor 0102 is a programmable unijunction transistor and together with its external cir...

Page 45: ...om the unijunction oscillator is not suitable as yet to produce a satisfactory vertical sweep Such a waveform would produce severe stretching at the top of the picture and compression at the bottom Cl05 and Cl06 modify the output waveform to produce satisfactory linearity The sawtooth waveform output at 0103 is coupled through R122 the vertical linearity control R121 and on to Cl06 where the wavef...

Page 46: ...oltage at the secondary of the driver trans former is chosen such that 0106 is cut off when 0105 conducts and vice versa During conduction of the driver transistor energy is stored in the coupling transformer The voltage at the secondary is then positive and keeps 0106 cut off As soon as the primary current of T101 is interrupted due to the base signal driving 0105 into cut off the secondary volta...

Page 47: ... as the base voltage of 0106 becomes negative C113 in series with the yoke also serves to block DC currents through the yoke and to provide 5 shaping of the current waveform 5 shaping compensates for stretching at the left and right sides of the picture tube because the curvature of the CRT face and the deflected beam do not describe the same arc L101 is an adjustable width control placed in serie...

Page 48: ... is generated through 0202 This error current develops a voltage across R202 which is applied to the base of emitter follower 0201 and then applied to the base of 01 to bring the output voltage back to its proper level R201 and C201 provide additional filtering of the rectified DC voltage Operation of this regulator may be better understood by assuming a certain operation condi tion has caused the...

Page 49: ...onduct less This closed loop operation maintains the current available to any transistor connected to the A VDC bus at a safe level during a short circuit condition Circuit breakers and fuses are often used for this purpose however in the majority of cases these devices are not fast enough to protect transistors IV 10 ...

Page 50: ...ace or RS 232 C standard NOTE If the data interface in use does not supply a clear to send CB signal on pin 5 then jumper pins 4 5 2 Plug in the ADM 1 into a grounded A C outlet of the proper voltage and frequency 3 Turn the ON OFF rocker switch to ON TABLE V 1 DATA INTERFACE CONNECTOR J1 SIGNAL PIN LIST AMPHENOL Part No 17 304 01 Pin No Signal Function Code 1 Equipment Ground AA 2 Transmit Data B...

Page 51: ...a spray cleaner prevent excessive spraying which could run down between the keys o 0 5 Ouo 000 ooorJ jOO lQJ 0000 0 oOouoo 0000 0 000 000 0 0 0 0 0 0 0 0 l 0000 0000 o 0 0 0000 0000 oouoo 0 0 00 l 0000 0 0 00 o 0 000 0 00 0 0 00 Oil I ot O jrJ ot G ot r J D I r 1 H B F L H CONTRAST BRIGHTNESS DUPLEX RATE AUXILIARY EXTENSION MOOlM Figure V 1 ADM 1 Back Panel View ADJUSTMENTS External controls on th...

Page 52: ...ility Contrast Control The contrast adjustment potentiometer controls the character brightness relative to the back ground Contrast is usually adjusted after the brightness control KEYBOARD MAINTENANCE The keyboard is considered a single replacement part except for the keys and mounting hard ware The standard keyboard assembly has 53 keys which operate switches and provide pulses to the logic boar...

Page 53: ...nd The brightness control should be adjusted at a point where the white raster is just extinguished The CRT will then be at its cutoff point and a maximum contrast ratio can be obtained when a video signal is applied VIDEO CONTRAST Q101 is designed to operate linearly when a 2 5 V signal is applied to its base The ADM 1 incorporates a 500 ohm external contrast control to maintain this level This c...

Page 54: ...e If you received a monitor from the factory in which the placement of the linearity sleeve has been determined make a mark on the sleeve and reinsert the sleeve to this mark when removal of the yoke and linearity sleeve are required If the linearity sleeve is inserted farther than necessary excessive power will be consumed and the horizontal output cir cuitry could be overstressed 2 Adjust the ho...

Page 55: ...following a series of logical steps The ultimate aim is to effectively pinpoint the actual problems using all the information available Locating the malfunction is then the first logical step The following is a suggested plan for effective casualty analysis 1 Investigate record the state of the machine when the error occurred Look for obvious symptoms including operator error loose plugs or connec...

Page 56: ...rea Each assembly is described as to the function it performs along with a brief procedure to replace the assembly At the end of this section is Table V 2 describing problems or symptoms and the most likely assembly to be at fault 1 Ensure the ADM l power cord is plugged into a grounded A C outlet of the proper voltage and frequency 2 Set the ONIO FF Switch on the rear of the ADM l to the ON posit...

Page 57: ... Remove the cable from the terminal output connector and jumper pins 2 and 3 and jumper pins 4 and 5 on the terminal connector together Now whatever is typed on the keyboard should appear on the screen This test checks the trans mission of characters from the keyboard and display of those characters in non BLOCK mode To test the function of character storage in memory run the cursor to the bottom ...

Page 58: ...re good connection of cable from keyboard to logic board MONITOR TROUBLESHOOTING GUIDE Symptom 1 Screen is dark 2 Loss of video 3 Power consumption is too high 4 Low voltage bus incorrect for units with a low voltage supply Possible Remedy Check A bus 0106 0105 CR2 CR105 0101 Check horizontal drive waveform Check proper placement of horizontal linearity sleeve 0105 0106 0202 0203 01 Note Low volta...

Page 59: ...l HJ Q101 8 2 5V p p LA V 0103 8 4 5V p p ru H 1 0105 8 3V P P WAVEFORMS VI CATHODE 20V p p l L V 0104 8 1 2V P P Ol05 C 30V p p Figure V 2 Voltage Waveforms for Monitor V 10 CRIOI ANODE 3V p p 1 V Ol04 C 45V p p Ol06 C 170V p p ...

Page 60: ... YEL BRN BLK ORN PI03 A II 101 220 240V AC SOURCE WHEN USED 0 TO UNGROUNDED BRANCH i CIRCUIT CONDUCTOR 240VAC 2 BLANK 3 TO UNGROUNDED BRANCH CIRCUIT CONDUCTOR 220VAC TO UNGROUNDED BRANCH i 4 CIRCUIT CONDUCTOR PI I 0 NEUTRAL BRANCH CIRCUIT I CONDUCTOR 2 BLANK 120VAC 3 j BLANK 4t 1L TO UNGROUNDED BRANCH CIRCUIT CONDUCTOR PI Figure V 3 Monitor Interconnecting Cabling Diagram V ll l ...

Page 61: ...essentially a self contained functional unit with one exception D C logic level 5 Volts is obtained from a separate POWERTEC power supply For maintenance and trouble shooting refer to Table V 3 for identification of connectors and terminals external to the main logic board and normal input output signals Connector J1 is used for Data Signal interface connection to the main logic board Connectors J...

Page 62: ...Figure V 5 Main Logic Printed Circuit Board Assembly V 13 ...

Page 63: ... 20 Data Terminal Ready Serial Printer 1 Equipment Ground Option 2 3 Receive Data 6 Printer Ready 7 Signal Ground 8 Receiver Line Signal 20 Printer Ready Monitor I O J4 1 Brightness 2 Brightness 3 Brightness 4 Contrast 5 Chassis Ground 6 Video Video Ground 7 Horizontal Ground 8 Horizontal Drive 9 Vertical Drive Logic Board Power J5 1 AC Feed 2 AC Feed 3 Equipment Ground 4 Speaker 5 Speaker 6 D C F...

Page 64: ...LRC sk l C 6 t X J v d s XRS sl 13 C1 e C1 b C I I c 6b 8 86 II b ADD lt cti w _ t j00 Q 2 v v 5T8 slZlot II e Cll b c CIH 131 I e all b ell 13 1 3 CONG l al B1 3 3 2 e I i ICS 61 3 4 B 3 3 1 2 MACe L 1 f 1A I 1A I 2 1A 4 f iA 2 2 1 jTPUTS MACR k 1 HO tp 3 4 1 l 3 I 2 WDR 1 1 2 4 1 1 5 LI 1 2 1 13 2 4 2 5 L7 I 2 2 l of NULLO 5 11 CI4 Q CI4 S Cl4 4 CI43 CI I CI4 2 C14 li XMTR L I Be 2b ZI l3e 26 l ...

Page 65: ...mbly for obvious faults Either repair or replace keyboard assembly Keyboard output levels are compatible with TTL circuits with logic 1 greater than 2 6V at 10 ma and logic 0 less than 0 6V The outputs are bounce free so that only one signal will be generated for each key depression Two key rollover interlocking is provided for all encoded keys If a key is depressed before a previous operated key ...

Page 66: ...ection control or lowest setting then bring the output voltage back up again and adjust the output watching the output meter until it gets to 6 volts D C then the output should go back to overvoltage D C 6 If the overvoltage protection adjustment is correct then adjust the output voltage control up to 5 2 volts D C which is the normal operating voltage Maintenance and trouble shooting of the separ...

Page 67: ...J3 J2 J1 J4 J5 J6 Figure V 7 Main Logic Printed Circuit Board Connections V 18 ...

Page 68: ...as shown in figure 2_ Malee Sile OVP is in rra imum clockwise position _ 1 POTIENTIOMETER LOCATION FIGURE 1 CURRENT LIMIT ADJUST Adjust ISrIT to maxi rum clockwise position Apply 12 of full load and adjust I or until unit drops out of regttlatlOlf 50 to lOOmV CAUTION SO NOT RUN UNITS l IPIJT LOAD OVER 5 MINUTES WITH OUT Aa s ADDITIONAL HEAT SI NK 1 4 MODULE I OVP ADJUST f c S Remove input power an...

Page 69: ...tenance practices Lear Siegler does not recommend individual component replacement on any printed circuit board Instead it is recommended the factory be contacted relative to availability of special test equipment or factory rebuilt and tested replacement assemblies WARRANTY Lear Siegler Incorporated Electronic Instrumentation Division certifies that each ADM data display terminal will be free fro...

Page 70: ...erial No Module if applicable ________________________ 2 Part failed Name and Number _______________________ 3 Cause of failure if readily available __ ____________________ 4 Approximate hours days of operation to failure 5 Failure occurred during o Final Inspection o Customer Installation o Field Use 6 Personal Comment Customer __________________________ Address Signed Date Mail to DATA PRODUCTS ...

Page 71: ... Face Plate and P31 Phosphor 2 A 1 Extended Keyboard 4 A 1 Current Loop Interface 10 A 1 RS232C Extension 11 A 2 Polling 12 A 3 Baud Rate 20 A 3 Word Structure 30 A 6 Serial Printer Interface 51 A a Numeric Keyboard 60 A 11 RS232C Cable 61 A 11 A 2 ADM 1 POLLING 12 A 12 A 3 SERIAL PRINTER INTERFACE 51 A 22 ...

Page 72: ...ns Remove 129302 1 Monitor Install FIN 1 Monitor 129302 4 KEYBOARD OPTION 4 The standard keyboard and case are replaced by the following 60 Key Option Instructions Remove 129304 1 Housing Remove 129301 1 Keyboard Install FIN 1 Keyboard and FIN 2 Case CURRENT LOOP 20 MA OPTION 10 Current Loop 20 MA Instructions At location D7 install components FIN 2 Transistor 01 02 FIN 3 Diode CR19 FIN 4 Resistor...

Page 73: ... couplers FIN 1 See Figure 2 MCT2 Motorola RS 232 EXTENSION OPTION 11 RS 232 Extensions Instructions Install Connector at J2 FIN 3 Bracket Mount to Board with 1 8 pop rivet or equivalent FIN 4 Conn Body FIN 7 Jack Screw FIN 5 Pin Short at 15 17 20 FIN 6 Pin Long at 1 2 3 4 5 6 7 8 Install Components FIN 1 I C 1488 at location A8 A9 FIN 2I C 1489 at location A7 5 All A 2 ...

Page 74: ...ate If highest rate is not 1200 see Note below BAUD RATE Diode 0 Loca tion 110 150 300 600 1000 1800 OOO 2400 3600 f4aoo 200 19600 1 00 K 1 1 K 0 _ _ _ _ 0 J 1 1 J 0 _ _ 0 I t I I l 1 1 I 0 _ _ 0 H I l I l I l t I H 0 _ _ 0 G t I I l 1 1 t I t I F 1 1 t I t I 1 1 t I E t I t I 1 1 t I 1 1 t I t I D 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 t I G 0 _ _ 0 r e F 0 0 E I I 0 0 D j 0 0 C 1 1 1 1 1 1 1 1 1 1 1 1 t ...

Page 75: ... remove R21 and jumper as shown below Baud rate will be 1200 in either switch position o o o 0 o K J H G F E DeB A REMOVE Diodes shown are 1200 baud per assy 129310 Install baud rate module to select baud rates desired PIN 129307 XXXX Where XXXX baud rate A 4 ...

Page 76: ... N to a 4 digit octal number called N3N2N1 NO 2 Determine the 2 s complement of N called R i e 7 777 N3N2N1 NO M3M2M1 MO 1 3 Convert R to binary Circuit Locations K J B 4 Install diodes for all zero s in the binary number B 5 Example 240 8 1920 11 320 320 000 Remainder 0 Baud Rate 75 30 8 240 240 Remainder 0 N Octal 36008 4608000 32 N 3 8 30 24 6 Remainder 6 A 5 N 1920 0 8 3 0 Rema ...

Page 77: ... FED CBA WORD STRUCTURE OPTION 30 31 32 33 34 Instruction At location re ove a d jumpers as indicated below Parity Even 1 Stop 10 Bit 30 Parity Odd 1 Stop 10 Bit 31 Parity Even 2 Stop 11 Bit f 4 1 3 3 J r 1602 B8 Ref CC c c A 6 Standard Configuration Shown for Reference only at ...

Page 78: ...s List 129314 010 ROM CA 245 1OSD Socket Instructions FIN 1 FIN 2 I C at Location K15 Socket at location K15 Replace the following key tops on keyboard Remove a Replace with CliO RemoveW Replace with coM Remove E Replace with L1IE Remove R Replace with LOIR Remove T Replace with LEIT Remove Y Replace with PE Y Remove I Replace with BTII Remove S Replace with IS A 7 ...

Page 79: ...Conn 4 17 305 01 Connector Body Amphenol 5 17 1207 Pin Long P C Amphenol 6 17 893 Jack Socket Amphenol 7 129314 020 ROM 8 128348 1602 I C 9 128578 10 I C 10 128348 103 I C 11 128348 02 I C 12 128348 161 I C 13 128348 1489 I C 14 128348 123 I C 15 128348 1488 I C 16 TE 1059 5 Capacitor 100 uF 3V Sprague 17 79PR20K Pot 20K Helipot 18 lN914 Diode 19 128533 512 Res 5 1K 20 128533 102 Res 1K A 8 ...

Page 80: ...N 12 I C 02 Locate at E9 FIN 13 I C 161 Locate at 56 57 58 FIN 14 I C 1489 Locate at All FIN 15 I C 123 Locate at A10 FIN 16 I C 1488 Locate at A9 NOTE If option No 50 is also installed locate ROM at K14 At Location F14 jumper as follows Jumper for 51 Option Only Jumper for 50 and 51 Options B e A B e AI HOl HOl F14 F14 At location T6 and T7 install 11 jumpers to select baud rate See following tab...

Page 81: ...C 0 0 0 0 0 0 0 0 1 8 1 0 0 0 0 0 0 0 0 A 1 0 0 0 0 0 0 0 0 Install Jumpers as required at Location 810 1602 o o o 0 o 0 o 0 o 0 o 0 A l0 1 0 3600 4800 7200 9600 t t 1 1 1 1 K 0 0 0 1 1 1 1 J 0 0 0 1 1 1 1 0 0 0 1 1 1 1 H 0 0 0 1 1 1 1 G 0 0 0 0 1 1 1 F 0 0 0 1 0 0 1 E 0 0 0 1 0 1 0 D 0 0 0 0 0 1 0 C 0 0 0 0 1 0 0 8 0 0 0 0 0 0 1 A 0 If 1 shows in 1 table Jumper this side Install Jumper If Parity ...

Page 82: ...NUMERIC KEYBOARD OPTION 60 Instructions Plug FIN 1 60 Key Keyboard into ADM 1 Keyboard OUTPUT CABLE RS 232 OPTION 61 Parts List 128557 91 Instructions Install cable on Output Connectors A 11 ...

Page 83: ...ddresses are from space thru DE L inclusive providing 96 unique addresses Detection of a parity error in any of the header sequence will cause the header to be ignored The function codes are the lower case graphic characters p q r s t and u p q r s t u POL SELECT SEQUENTIAL SELECT FAST SELECT BROADCAST SELECT SEND p POL is a function code that must be followed by an ENQ When a terminal is properly...

Page 84: ...text characters are received the LRC check character is accumulated and the character written in the display memory or acted upon in accordance to the nature of the character When the ETX character is received the operation is ended and the LRC character is expected to follow After the LRC character is received the LRC accumulator and the parity error flag are tested for the occurrence of an error...

Page 85: ...nd then it will disconnect Upon receiving an r in the function position of an addressing sequence the ADM 1 tests to see if its address code had been received in the address positions If the address had not been for that terminal the ADM 1 will look at the next two characters for its address If the ADM determines that its address had preceded the SEQ function r it will test its busy status If not ...

Page 86: ...n At this point the ADM will wait for a poll operation The Sequence EOT A1 A1 u p ENO will perform the above operation with the addition of an immediate poll SENDING DATA When the SEND key is operated a GS code is written into t he cursor location the cursor position is saved and then the cursor is moved backwards to the position following the first detected GS or to the Home position if no GS is ...

Page 87: ...K NAK EOT None of the above or parity error MISCELLANEOUS Reset Terminal Action Send EOT and disconnect Retransmit the message and wait for response Position the cursor to the start of the message and go to the wait for poll state The next character may be an address character Termi nal does not respond No response from terminal Terminal repositions cursor to the beginning of the message and waits...

Page 88: ...sor The computer can position the ADM 1 cursor to any position for a 4 character sequence ESC Y X where Y and X represent the row and column coordinates of the cursor position desired The HOME position top row leftmost column is addressed by space codes successive positions down and to the right use codes ascending in the ASCII character set sp etc After the X coordinate is loaded the position of ...

Page 89: ...ate when any of the following operations are performed LINE INSERT CHARACTER INSERT LINE DELETE CHARACTER DELETE PAGE ERASE PRINT The cursor will not reside in a protected position Following any cursor motion operation the content of the position indicated by the cursor is tested for protected status If that position is protected the cursor moves forward or backward in the event of an original bac...

Page 90: ...e Line Insert ESC W a Is not executed in PROTECT MODE is set b Resets WRITE PROTECT mode c Inserts a line of unprotected spaces at the line occupied by the cursor by moving the contents of that line and all lines below down one line d Bottom line is lost e At completion cursor is at first character position of inserted line Line Delete ESC E a Is not executed if PROTECT MODE set b Resets WR ITE PR...

Page 91: ...he cursor stops at last unprotected position on the screen PRINT OPERATION ESC P When received in text or entered from keyboard the ESC P sequence will cause an EM code to be written at the cursor position The cursor is then moved to the HOME position If the com mand originated from the keyboard the print operation will begin immediately if from the com puter it will begin following the terminatio...

Page 92: ...SELECTION The AMP switch on the logic card at A12 sets the address character for the terminal Charac ter Space thru DEL is selected in ASCII where TRUE OFF ON OFF Test Address is 1 2 3 4 5 6 7 8 1 1 1 1 1 1 1 1 1 A 21 ...

Page 93: ...mand Data is first entered on the screen from either the keyboard or computer The cursor is placed at the location the print operation is to stop and ESC P is entered from either the keyboard or computer The ADM l then moves the cursor to the Home position and begins output to the printer Transmission to the printer continues until the location when the ESC P was entered is reached and the print o...

Page 94: ... conform to RS232 ON SPACE 0 3V OFF MARK 1 3V PROGRAMMING PRINTER OPERATION There are two print modes of operation These modes are envoked by escape sequences ESC P and ESC L 1 ESC P provides the basic page print operation When ESC P is executed GS code is written into the ADM l page buffer This code is used to terminate the print operation The ADM l moves the cursor to the Home position and prepa...

Page 95: ...d signaling the end of the print operation the ADM prints a CR LF NUL sequence replaces the GS code with a space and returns to the Idle state If the print command was issued by the computer the ADM will send a single CR character to the computer to indicate completion of the print operation While printing the ADM is blind to all other activity Use of ADM Ready and Printer Ready If the attached pr...

Page 96: ...ol codes for a Free Form Entry print the ADM 1 must be put into a mode where the control codes normally associated with ADM control CR LF FF VT BEL ESC BS RS US will be written into the buffer This is accomplished by executing an ESC U sequence Having done this all control codes normally acted upon by the ADM will be stored in the buffer In order to remove the ADM from this mode the compu ter shou...

Page 97: ...APPENDIX B RENEWAL PARTS INFORMATION ADM l ASSEMBLY PARTS LIST MAIN LOGIC BOARD PARTS LIST INTEGRATED CIRCUIT IDENTIFICATION MONITOR PARTS LIST MONITOR VENDOR CODES Page B 1 B 2 B 3 B 5 B 8 B l0 ...

Page 98: ...ollowing 1 Part Description 2 Part Number 3 ADM 1 Serial Number Routine parts orders should be sent to Lear Siegler Inc Electronic Instrumentation Division Data Products Customer Service 714 North Brookhurst Street Anaheim California 92803 Emergency parts information and or order placement can be made by telephoning Data Products Customer Service Telephone 714 774 1010 B 1 ...

Page 99: ... Board Assembly 129310 1 1 10 Power Supply Reg Transformer 129312 1 11 Wiring 129319 1 1 12 Blower 3 15 2450 Howard 1 13 Cable Keyboard 5142 024 Spc Str 1 14 Capacitor 5HK S10 Sprague 2 15 Circuit Breaker 81504 5 Ltlefuse 1 16 Terminal Block 912 2 KT19 KT14 KT Kulka 1 75 17 Pop Rivet AD56ABS USM 6 18 Circuit Board Support CBS 3N Richco 6 19 Sponge Rubber Black Neoprene Richco 4 20 Pad 3M 6 21 Spea...

Page 100: ...123 1 19 B1 4 5 6 7 14 C1 4 5 6 7 11 14 128348 125 13 20 A13 B13 E13 128348 151 3 21 K4 K5 K6 128348 157 3 22 H14 H 15 Jl J2 J3 R8 R9 R 1O S11 S12 128348 161 11 S13 23 M4 128348 166 1 24 Ml M2 128348 173 2 25 A15 B15 C15 04 05 06 E15 Ll 128348 175 11 L 2 Pl P2 26 F4 5 6 128348 193 3 27 A6 128348 1488 1 28 A7 128348 1489 1 29 B8 128348 1602 1 30 P3 128348 2513 1 31 N1 N2 128348 2532 2 32 S1 2 3 4A ...

Page 101: ...14 H3 R9 128578 20 3 62 K7 P5 P1A 128578 30 3 63 L4 129303 01 1 64 Baud Rate Module 129310 13 1 65 Printed Circuit Board Assy 12 Lines 129310 21 66 Printed Circuit Board Assy 24 lines 129310 31 67 L15 129313 01 1 68 Wafercon 9 Pin J4 09 18 5094 Molex 1 69 Wafercon 6 Pin J5 09 18 5061 Molex 1 70 Socket Short 17 1208 Amph 3 71 Socket Long 17 1209 Amph 12 72 Connector Socket Jl 17 304 01 Amph 1 73 Ja...

Page 102: ...42 1 of 10 Decoder SN7442N 1 51 Dual 2 AND OR SN74H51N 1 74 Dual D Flip Flop SN7474N 1 75 Quad Bistable Latch SN7475N 1 83 4 Bit Binary Adder SN7483N 1 85 5 Bit Comparator SN7485N 1 86 Quad 2 Exclusive OR SN7486N 1 96 5 Bit Shift Register SN7496N 1 103 Dual J K Flip Flop SN74Hl03N 1 106 Dual J K Flip Flop SN74Hl06N 1 107 Dual Line Receiver SN75107AN T I l08A Line Receiver SN75108AN T I 110 Line Dr...

Page 103: ... Base Input DTL SN15835N T I 875 Triple 3 NOR N8875A Signetics Same as 27 SN7427N T 1402 Quad 256 Bit Shift Reg 1402 Intel 25028 Signetics MF1402A Microsystem Int 1488 Quad Line Driver MC1488L Motorola 1489 Quad Line Receiver MC1489AL Motorola 1602 Asynchronous Receiver Transmitter TR1602B West Digital 2257 Terminal Transmitter MC2257L Motorola 2259 Terminal Receiver MC2259L Motorola 2403 Read Onl...

Page 104: ... PIN 128348 REF MFG PART NO MFG DES DESCRIPTION LSI PART NO MIL TYPE DES CODE QTY NOTE 7812 Positive Voltage Reg 12 MC7812CP Motorola LM340T 12 National 7905 Negative Voltage Reg 5 MC7905CP Motorola 7912 Negative Voltage Reg 12 MC7912CP Motorola 8 7 ...

Page 105: ...Electrolytic BBRC 1 012 1260 C117 6J l f 25V Electrolytic SPRA TE1203 1 012 2066 C118 820pf 5 500V Dipped Mica ARCO Type DM 1 012 0482 C119 25 50V Electrolytic BBRC 1 012 2193 C120 01 20 1000 Ceramic Disc ERIE Type 811 1 012 0740 C201 50 50V Electrolytic BBRC 1 012 2157 C202 0 01 20 1000V Ceramic Disc ERIE Type 841 1 012 0780 C203 50 50V Electrolytic BBRC 1 012 2157 CRl VS148 Bridge Rectifier VARO...

Page 106: ...12 BBRC 1 022 0427 Fuseholder Extractor Post Fuse Size x 1 LF 342012 1 028 0210 Fuseholder Extrator Post Fuse Size 9 32 x 1 TV B 12 Only BUSS Type HCM 1 028 0246 Low Voltage Circuit Board Assembly BBRC 6 003 0459 Main Chassis Circuit Board Assembly BBRC 6 003 0500 Main Chassis Circuit Board Assembly TV T12 BBRC 6 002 0476 Main Chassis Circuit Board Assembly TV TC12 BBRC 6 002 0502 Main Chassis Cir...

Page 107: ... Syracuse New York IRC IRC Corporation Philadelphia Pennsylvania LF Littelfuse Company Inc Des Plaines Illinois MALL P R Mallory Company Inc Indianapolis Indiana MOT Motorola Semiconductor Products Phoenix Arizona NPC Neucleonics Products Los Angeles California PAK Paktron Alexandria Virginia RCA RCA Semiconductor Division Harrison New Jersey SPRA Sprague Electric Co North Adams Massachusetts ST S...

Page 108: ...GRATED CIRCUIT IDENTIFICATION C l ADM l LOGIC DIAGRAM C 2 POWER SUPPLY PARTS LIST C 2S ADM l CABLE SPECIFICATION C 30 ADM l WIRE LIST C 3l KEYBOARD SCHEMATIC C 35 MONITOR SCHEMATIC DIAGRAM C 36 POWER SUPPLY SCHEMATIC C 37 ...

Page 109: ...N T I SN74HOON T I 03 Quad 2 NAND D C SN7403N T I SN74H01N T I 04 Hex 1 NAND SN7404N T I SN74H04N T I 05 Hex 1 NAND O C SN7405N T I SN74H05N T I 10 Triple 3 NAND SN7410N T I SN74H10N T I 20 Dual 4 NAND SN7420N T I SN74H20N T I 30 Single 8 NAND SN7430N T I SN74H30N T I 40 Dual 4 NAND Buffer SN7440N T I SN74H40N T I 50 Dual 2 AND OR SN7451N T I C l ...

Page 110: ...ND SHALL NOT BE REPRODUCED COPIED OR USeD FOR THE NN NOR SALE OF THE APPARATUS WITHOUT WRIT UNLESS CONTR NO LEAR SIEGLER INC OTHERWISE DR 7 ELECTRONIC INSTRUMENTATION DIVISION SPECIFIED ANAHEIM CALIFORNIA 92803 DIM IN INCHES CHK TOLERANCES DSGN I LOGie D AGRAM A X l ENGR IWI A xx 03 PROJ ti V J xxx 010 ANGLES 0 5 RELO 4f M 1 MACH FIN APPD SIZE ICODE IDENT DWG NO rR 293 tJ AIJ 1 NO 293 1 DASH NEXT ...

Page 111: ...flTR NIT REG REG WDR T j TE LolD t l PRaT 8 TIN 5T TE O lTP 5t 5 8 MAC J B V cuRSal2 DfSPLA Y CDLDI _______ J COMPARE CDR CDC 2 A V TSB ___ LRC DTR I l I INC eeR t I LCIJRSOR _ r T lL SERIAL I RS E32 5ERIAL E e RS 232 5ERIAL 12 POS REG r DArto r J7 4 8 CPR I 0 1 RciJRS DATI r 125 D8T XMTRS SERIAL I O CONNECT 15 156 r V CPR CONNECT I v LsD i __ __ L ___ RCVR BT TSB Rct 12 COMPARE L_ DSR t 1__ L ___...

Page 112: ... STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE MANUFACTURE OR SALE OF THE APPARATUS WITHOUT WRIT TEN PERMISSION 11 q q IS 6 2 1 5 IK 122 NAJ l 3 0 7 CIIIIR cOL CrJ Aq CDC DOl5 T ChYlE COL e TE 8 S 10 CDC 10 10 c LX Jc 161 C c7 II IYl J V C CLICO ZI CDC C N u11 r 1 5RZ 5 1 7 ROW eTR 1 1 CDR CD C GD 24 7 K2 9 ct K I 10 CDR4 0 00 a C A 3 CORD B CD C B 1 1 10 fSRI 7 CDR4 CDX 0 C...

Page 113: ... DRIVE 7 M7 5 03 0 Ib 14 M7 03 3 2 q VDMOAJ H 9 B ro M OA TOR HOMO J4 a 12 13 k R e S4 Ti PROPRIETARY LEGEND EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY Of LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED COPIED OR useD FOR THE MANUFACTURE OR SALE OF THE APPARATUS WITHOUT WRIT TEN PERMISSION SIZE CODE IDENT DWG NO...

Page 114: ...LO 4 7 02 lfACRl N2 MACRLJA c MI 1CRDNC II 2 MACX lFL 1 MAOROS MACOFLOP 3 14 12 T57 eLK I 3 03 _ _ 13 2 KR 5SETL d XCOFLO PROPRIETARY LEGEND EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE MANUFACTURE OR SALE OF THE APPARATUS WITHOUT WRIT TEN P...

Page 115: ...7 II TS7 C MOX2X eMOft XX Y 3 I u CPRCLK PROPRIETARY LEGEND MAcRLOD EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE ORAWINGS AND SPECifiCATIONS ARE THE PROPERTY Of LEAR SIEGLER INC ARE ISSUED IN STRICT CONfIOENCE AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE MANUfACTURE OR SALE OF THE APPARATUS WITHOUT WRIT TEN PERMISSION t II 0 MACRLOD 3 MACCCLR I 6 II MACCLD CMDXXI Ie L _ _ MACC5 T ...

Page 116: ...S MAC Nt r 14 MACR PC 1 19 3 f7S i S MACRL N 10 F8 8 MAC E DNC I 00 E 2 rL 5 16 MACJ g 3 r z 91 00 105 F2 IX v MIICRLOO MActeL JN 106 I J J TS81b 2 12 3 14 F2 3 4 MACRCt R 08 II 1 1 TS87 1 08 4 g 9 b 12 MACCDNCz IS III I i 5 08 HS 86 f I Q Q 5 EI 1 3 82 F5 f J J TS86 6 12 I MACCL B 04 13 08 1 MACCL i MACCI o ttl I 2 Q rSBS 1 MAce 4 MAces D6 7 cpecE 16 I 3 15 3 5 E6 MACC4 2 08 12 1O CPeC 2 14 I 193...

Page 117: ...3 13 470 3 IYlAMR2 12 f5 RI3 MANfRI II 47tJ 2 10 5 R14 47i 29303 I MAMRI 01 MAMC M4MCS M4MC4 PM4 3 PM 4 2 PMA I PM4 t 1 4 L3 4 7 J II 8 J 15 14 Iii L5 3 7 8 II I 83 3 Nil DNAI 04 I 0 PAGREFR 04 1 S 2 PM4 j1 6 PMA 9 9 PM4 8 IS PMA 7 2 PMA PMA 5 9 PMA 4 4 Q 13 2 Ie PMAI N8 00 PROPRIETARY LEGEND EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT ARE THE PROPERTY STRICT CONFIDENCE THESE DRAWINGS AND SP...

Page 118: ...S r4A T48 TS T6A 7 3 r E Ii C 08 11 L f L I Ii 4tJtJ4 IT B 4008 I 4tJ g I 4 JOB l l II 4 k 8 I 4 It If 40 12 I 0 RbS 1 3 YJ1 3 l f1 31 J 13 1 13 1 13 1 I 15 1 PMAI6 W ITEA 5 j 5 U u u s J 5 I B pK ZK Bu I S5 R59 60 R5f RStO 11 57 I S8 1 Zt IZ I eo 83 oT M Srh d 221 R4h z l 7 120 48 2 2 0 1 220 e50 220 I SI 2Zo R52 220 1e53 r I A 12 r A NV 1 vV A 1 t L I JSS NEe D t y r IVVV z 1 II 12 I II IZ 2 1 I...

Page 119: ...8I JF2 s 5 C 3VF2 ROWREt R PRD 4 4 2 C 8UI 2 5 cBut 12 5 IK R3 COC ROWCLK CDi B CDLI I Z eOW e I I CDL 2 CDDD4 2 7 7 9 ROWREFR II RPREFR I Z RPREFR eLk 5 CDC6 TS7 If CDUP B 103 2 COLI COLl 13 A6KEFR cacti 1 _IETARY LEGEND EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE ORAWINGS AND SPECIFICATIONS ARE THE PROPERTY A E i eI PR 6 E OF A MANUFACTURE OR SALE OF THE APPARATUS WITHOUT WRIT TEN PE...

Page 120: ...ce I I MAce 5 I MAcc4 l j Lj 1 2 103 13 2 NZllI J5 5 7 85 CDC3 ___ ls 1 COC2 I CDCI 12 coc CD M4CI 4 CO M CI 3 CO MACI 2 II MAce 3 M4CC2 ___ 14 1 MAcel M4CC IlJ I 9 J s CD MAC 7 11 II 85 TS Q CI PROPRIETARY LEGEND eXcePT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY Of LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDENCE AND SHALL NDT BE REPRODUCED COPIE...

Page 121: ...PRo4 II 1 4 1584 PRO g 12 S TSe g PI2D Z 13 4 1582 IS7 CLK 14 3 158 PROCLK B rSB RDR 1 0_ _ 17 L O 9 5 A CMD jjX CMDW liE CMDXX 3 2 CMO Xk CMD X CMD X CMOXX7 UO IZ T57 CI K TSB8 12 10 rS87 II 7 TSI3 s 2 4 158 3 13 L IS Ts84 14 10 TSB3 11 II S 7 Ts82 2 7581 3 8 CLRwz 2C 10 CMD X WRliEA SIZE CODE IDENT NO e 98438 SCALE 1 0 pwot 3 PW D7 PwZ PI 1 DS C PWD4 PJ i D3 pwD 2 PYt OI B 8 CMD Jx A LTR ...

Page 122: ...22 7HRE 5 2 1 2 5 COE 3 RPE 19 ROR 5 Rt B 7 eRb 9 RR4 IZ Rt 2 EXCEPT AS MAY IE OTlIlRWISIE AUTHOfllZEOrtCOfffflACT THESE DRAWINGS AND lflC ATIONI AIlE PftOI EfIlY OF LEAR SIEGLER 1NC dE lED IfIIStlIICTCOfIfIDENlC AND SHALL NOT ItE II EI I IOOUCED COf IED 011 USED FOR TME MNftJFACTURE OR SALE Of ntE APPMA n wmtOUTWfIIT TIlNI E 1SIION 1 rS8 XRS TeEl t T5 38 1 T587 1 7S8 TS sS 1 T584 I 7513 3 11 7SB ...

Page 123: ......

Page 124: ...CR20 RO IN914 14 B ART ll 20 Rf E 3 RPE J I RDR 4 5 z RTSD ARTS I RR8 123 I RR7 CTSIA 0 B 20 7 RRh 8 RR 9 R 4 10 RR 3 PROPRIETARY LEGEND eNID aX _ I__ RIZ2 S 18 EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT CMDxx4 R I THESE DRAWINGS ANO SPECIFICATIONS ARE THE PROPERTY r 01JZ CM ORRI I 02 Of LEAR SIEGLER INC ARE IssueD IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE A MA...

Page 125: ...S8 KEY KBeE4K 16 B lV c 5 11 7 Z kSHIFr r C IVnr L 3 kerR h B STIf JOE kSTA 08 f b k S PROPRIETARY LEGEND Cl X2 EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY A KEPT 7 I OF LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE KREPT MANUFACTURE OR SALE OF THE APPARATUS WITHOUT WRIT A TEN PERMISSION ...

Page 126: ...lA puT lEVEL RlirE A Be DE FG I IIJ K 4608 01 Hz 0 I o 0 o I 0 I 0 2 10 SIS 150 0 o 0 o 00 I I o I c 300 o 0 o 0 o I o 0 o I I 8 600 o 0 0 PROPRIETARY LEGEND 001 o 0 1 I 1 C3 1000 0 0 0 I 1 0 I I eXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT 270 PI 200 0 001 o 0 0 I I 1 1 THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY 1900 0 o o 1 I 0 I I I OF LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDEN...

Page 127: ...RPREr R 12 02 8 CMAPDI 1 eWP CM4P DpI iS7 If CI K 12 EM 8 9 20 TS7 U 4 B CMD2X I f 0 1 2 z MI2 S IOfa CMD31 X I 3 CMDIXX 9 74 CMDJM 10 5 CMDJMP CMDX X 8 CM O IMP B 8 12 MI2 1 CMD3l 1 8 JMPP t S R24 t MD2l X I IICINIIETAJIIYlEGBrID A 3 0 XCSOT YBEOTltEIIWISEAlITJIORIZED CONJ JlACT A THEBE DRAWINGS AND KIFICATIOHS ARE THlI ROI ERTY cotJD AL eI CC OR SAL OFTMEMPAJlATUSIiIIIlltOUT_IT SIZE CODE IDENT L...

Page 128: ...MI 12 CM eMA 5 4 3 2 I CM4 2 IS 12148 I 2 4 7 5 1 10 II 12 eM7 CM6 C MS CM4 eMA 6 5 4 3 2 CMA 15 Pl4A I 1 9 eM7 10 CM6 II eMS CM4 q CM3 eM CMI CMA7 1 4 3 2 I Z _9_ CM3 3 cMAPD2 CAAAP2 CMA7 I I I 5 2 4 3 3 4 2 _ _ 7 148 I __ i CMA __ 5 clI 4 7 6 5 4 3 2 I CIIJA 1J CNiiiPDz CMAP2 t5 MI4B I 2 I 4 PAGEZ 10 II _ 2_ CM q eM7 10 eM I eMS 17 c III4 1 CM3 10 CM2 II eMI EXCeI T AS_Y BEOTllEfIW 8I AU111OfIIZ...

Page 129: ... CMAP2 7 CMAP2 19 CMAP2 19 CM CMP CM rSRZl5 18 51 35 18 rse35 129 313 PAGEZ f3 PAGE 2 At lGE 3 B l J 5 17 CMA7 JI5 17 JI4 OFFseT CM7 eM7 CMA7 6 17 CM7 S Ie _ _ 5 1 3 5 4 5 _ _ 4 B 1 S 5 4 2 15 4 __2_ 1 5 I 5 _14 __ 4 3 14 4 3 14 2 22 8204 2 23 8204 4 10 It 22 10 3 3 1 3 9 CN A 21 CMIlrP 21 9 2 2 2 CMAPI CMAPD Zo CMAPDI to 8 PROPRIETARY LEGEND I 8 1 I CMAP2 19 _7_CM c IIAP2 19 cMAP2 19 EXCEPT AS MA...

Page 130: ...DXd x I p _9_ CMDX7 0 0 CMDXX7 04 Z CMDxX 7 42 P I ff B CI J Ll3 rI cMD XX r 2 C r1DIXX eMf 15 3 B CMD2X eM7 ___ 14_ 4 CMD8X r CMDLITF 13 v p JKI2 PROPRIETARY LEGEND CMDJIr1PF 12 00 p7 EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT pSI THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF LEAR SIEGLER INC ARE IssueD IN STRICT CONFIDENCE pia AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE MAN...

Page 131: ... 3 CI5 T 583 15 IT2 14 0 LITI II 7 LlT T581 6 17 10 I II 10 14 9 7 T 5 FSSS Ii DECODER 5 4 3 z 7442 I 75 3 LIT T 5I3 Sit T 58 AJ J T 513 R5 T 55 LRC T5B CPR T513 CPC TS 3c LIT T513 RCV T5B k EY TSI3 RDR PROPRIETARY LEGEND EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUC...

Page 132: ...ro LReS 7 II TS87 I J C57 13 C iRes eCS 15 LRCS5 TSB5 7 6 17 II 2 3 15 I LRcs4 Z LRCS LRc s3 LReS3 Rcs2 LRCSZ RC51 RCS r 5S L ec i LRe 57 l RCS6 LRe 55 II L I CS4 LRCl l JTrER ZR7 S3 LRCS 2 8 Z7 ZSI 3 to PROPRI ETARY LEGEND EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF LEAR SIEGLER INC ARE IssueD IN STRICT CONFIDENCE AND SHALL NOT BE REPROD...

Page 133: ...N J 3 I PA6E c ELJIT 5TR 9P A Tt ljO IF PA6F t 3 9R tI sED sTR 9P A B TO 8 GN II 7___ L tl CMCVXC X II _ K S F s ____ l 0 DI4 5 ToS 7 CLK 74 3 1 OPT OA IS 1 Ts e 7 __ 1 2 I T 5e t FlO 7 5 I 5 R9D It I PROPRIETARY LEGEND s cl I ID 103 B J 7 5 35 14 I E XCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT 13 A 13 THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY TSB4 I 2 E i EI PR 6 ego E TU F g TSS 3 ...

Page 134: ...kCTRL 8 PROTECTED PRoTMODE CM2 CMI CM PROTMODE cMD JXC 10 CMDx4X 9 1 2 17 14 5 2 3 4 9 0 II 2 1 5 o COND e lSI 0 sA cz I jJ C20 8 UP PROPRIETARY LEGEND EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDENCE iu T g D SRW B TEN PERMISSION 5 A SIZE CODE IDENT DWG NO LTR NO e 98438 SCALE ...

Page 135: ...OXX G 103 2 B TS81 f CMDXXS 7 DII 9 12 CII II TSBB 0 125 I 1 1 5 CMoxx4 0 8 103 B CMDXX 3 7 11 9 5 ell TSi8 2 25 4 5 CAfDXX2 10 t PROPRIETARY LEGEND 103 EXCEPT AS MAY BE OTHERWISE AUTHORIZED BY CONTRACT THESE DRAWINGS AND SPECIFICATIONS ARE THE PROPERTY OF LEAR SIEGLER INC ARE ISSUED IN STRICT CoNFIDENCE CMDXXI 14 DII 12 9 1 8 AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE A IZ 10 rSIi3I MANUF...

Page 136: ...12W 5 51r2 20 13004 042 R2 RES 1 2W 5 51r2 20 13004 042 SCR 2N4441 J 13015 001_ SCRl 3 RES RNGOC __ OlKr2 21 13050 239 R4 RES RNGOC__ 4 0 KB __ 1_ 2 305Q l f UI I C 723CE ___ 14 1_3034 9 Ql_ __ ___ _R _1 w c fi Yc __ 47K _2 __ _ 2 o 1300 _113 i l i _____ 0 13004 0 3 Fl FUSE 15A 6 316045013 R8 RES 112W 5 3 3Kr2 20 13004 085 c _ __ R9 RES 1 2W 5 ____ r_ _ 2Q 1 QZ Input fuse blows Low output voltage ...

Page 137: ...LEAO BREAKOUT AS EMBLY iZ7 2 0 Ll W t if LiWJ 1 3 7 1I C 29 SCHEMATIC DIAGRAM E I I l i I E 12 ...

Page 138: ... Female 22 18 1381 or Molex 02 09 1116 Reel 7 Receptacle 6 Pin 03 09 1063 Molex 8 Contact Male 20 14 1190 or Molex 02 09 2101 Reel 9 Contact Female 20 14 1189 or Molex 02 09 1101 Reel 10 Housing 583479 1 Amp 11 Contact 583259 2 Amp 12 Wire 22 AWG 7 x 30 _0950_0 8920 See List for Belden Colors or Eq 13 Wire 18 AWG 16 x 30 1120 0 8918 Wht or Blk Belden See List or Eq 14 Spade Term Insulated 50225 Ar...

Page 139: ...OLOR REF DES PIN REF DES PIN 1 129318 BRN P4 1 MONP1 3 2 RED 2 4 3 1 ORG 3 2 4 VEL 4 8 5 WHT 5 6 6 WHT 6 10 7 WHT 7 1 8 GRN 8 6 9 BlK 9 9 10 NOT USED 7 11 129318 RED P5 1 T1 7 12 RED 2 T1 8 13 11 WHT 3 T1 9 14 WHT 3 REG V 15 BRN 4 SPKR 16 VEL 5 SPKR 17 BlK 6 REG V 18 C 31 ...

Page 140: ... BLK T1 1 TB1 lC 11 2 a WHT Tl 2 TBl 2C 12 BLK MONli TBl 10 13 2 WHT MON fJ TBl 2D 14 2 BRN Tl 11 REG 3 15 2 WHT Tl 12 REG 2 16 2 YEL TT1 10 REG 1 17 2 A BLK T1 1 T1 3 18 2 I WHT Tl 2 T1 4 CODE NOTES See 129318 11 for terminations Terminate at Grd Stud A Reterminate existing wires from monitor power supply with 250 tab receptacles FIN 17 flush sleeve Ira Fro 230V replace Blk CB 1 2 to TB l 1A with...

Page 141: ... EXTERNAL TOOTH LOCKWASHER TB1 TB1 MOUNTING DETAIL E B A TB1 TERMINAL IDENTIFICATION I GRN _ _ 1 FAN C 33 01 1000V CAPACITOR SEE 128587 FOR ASSY BLK lr L WHT 2 LJ 51 128565 5 128565 6 TB1 1E TB1 2E TB1 128567 PWR CORD 128565 8 128565 7 ...

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Page 145: ...1 QI07 2N4124 CI20 01 m e I e 3 02 e 3 MOLEX CONNE CIOR E NOTES L 2 3 4 T7 IPIp I I UNLF _OTHl R t t ISL SPECIFII D SFE SECTIO l Z Z OF UAL DF OTES l1UX P I CO ECTOR ALL Rl SISll1RS l RL 1 I 5 0 ALI CAP C 11 DRS l RJ I uF D Ill llS 1 Rr l l CIRCUIT l1 1 l l rR TO BE AODIC I o N TE RLACE CARD EDGE I L ...

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Lear Seigler ADM-1, Reference Manual

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