DEC Flip-Chips <BR>Vincent R. Slyngstad <BR>vrs@msn.com One-wide female edge connector V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name Two-wide Female Edge Connector V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name >Name 2 1 >Name 2 1 A B C D V U S P M K E H F J L N R T Empty package Connector block outline with mounting holes. One-wide female edge connector, Side 2 only V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name Two-wide Female Edge Connector, Side 2 only V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name >Name 2 1 >Name 2 1 A B C D V U S P M K E H F J L N R T One-wide female edge connector, 18 pin V U T S R P N M L K J H F E D C B A >Name >Name Two-wide Female Edge Connector V U T S R P N M L K J H F E D C B A >Name >Name >Name >Name A B C D V U S P M K E H F J L N R T V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name >Name 2 1 >Name 2 1 A B C D V U S P M K E H F J L N R T 2 1 V U T S R P N M L K J H F E D C B A 1 2 2 1 >Name >Name >Name 2 1 >Name 2 1 A B C D V U S P M K E H F J L N R T >Part >Value >Part C1 >Value >Part >Part VCC GND >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part M101 M101 M101 M101 M101 M101 M101 M101 M101 M101 M101 M101 M101 M101 M101 >PART >Value >Part >Part >Part >Part >Part >Part >Part >Part M103 M103 M103 M103 M103 M103 M103 M103 A Negative Logic Inverter. >Part >Value GND >Part >Part >Value 4 Input NAND >Part >Value 2-2 AND-NOR Gate >Part >Value 0 1 2 3 4 5 6 7 8 9 >Part >Value >Value >Part * 2 1 0 D C 1 0 S R >Part >Value 1 0 R S D C >Part M206 S 1 0 R D C >Part M206 S 1 0 D C >Part M206 R S D 1 R 0 1 S D C >Part M206 >Part M206 C R 0 S 1 0 R C D >Part M206 Pot. Ext. Com. Cap. Cap. Cap. Cap. Cap. Cap. Int. Int. Int. Int. Trig.^ >Part >Value D D D D D D D D D D D D D D 0 C C C C C C C C C C C C C C 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 +3V 0 0 0 0 0 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 M228 >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part >Part 0 C >Part 1 D M228 J C K 1 0 J C K 0 1 J K 0 1 1 0 K C J C J C K 0 1 J C K 1 0 M207 M207 M207 M207 M207 M207 >Part >Part >Part >Part >Part >Part >Part >Value >Value >Value >Part >Part >Part >Value >Value >Part 100 0 -3 0 3 >Part >Value -15V >Part >Value >Value >Part >Value >Part >Part >Value >Part >Value >Part >Value >Part >Value >Part G888 G888 >Part >Part +11V >Part >Part >Part G821 G821 G821 A pull-up. +3V +5V >Part >Value D 1 0 C S R >Part K2 >Value >Part D 1 0 C S R A1 >Value >Part NC H L 0 -V >Part >Value 0 -3 0 3 >Part >VALUE >Part >Part >Value Regulator Control -30V -6V PWR_CLR\\ PWR_OK\\ THERMISTOR OUTPUT >Part >Value SHUT_DOWN\\ STOP_OK -6V -30V >Part >Value >Part >Value >Part >Value >Part >Value >Part >Value .05us .15us .25us .35us .45us .0us .1us .2us .3us .4us .5us Non-Inverting Buffer >Part >Value Neg. Clamp >Part >Value 4-2-2-4 AND-NOR >Part >Value 4-2-2-2-3 AND-NOR Gate >Part >Value >Value >Part >Part >Part +5V >Part -3 0 >Value >Value >Value >Part >Part >Value >Value >Part >Part >Value >Value >Part +3V >Part >Value >Value >Part >Value >Part >Value ADD >Part >Value >Part >Value >Part >Value ADD >Part >Value >Part >Value >Value >Part 1 0 D C >Part >Value 1 0 D C >Part >Value 1 0 D C >Part >Value 1 0 D C >Part >Value 1 0 D C >Part >Value 1 0 D C >Part >Value 1 0 D C >Part >Value 1 0 D C >Part >Value AN1 AL2 AV2 AV1 AM2 AP1 BA1 BB1 >PART >VALUE >Name >Value >Name >Value >NAME >Value >Part D2 >Value >Part >Value >Part >Value C1 >Part >Value D2 >PART >VALUE 1 0 >VALUE >PART 1 0 >VALUE >PART M2 >PART >VALUE >PART >VALUE >PART >VALUE >PART >VALUE >VALUE >PART PA >VALUE >PART PA >VALUE >PART PA >Part VCC >VALUE >PART 0 1 2 3 4 5 6 7 0 1 0 1 0 1 1 2 4 >PART >VALUE >PART >VALUE >PART >VALUE >PART >VALUE >PART >VALUE +10V -15V >PART >VALUE >PART >VALUE 0 -3 0 3 >Part >Value 0 -3 0 3 >Part >Value 0 -3 0 3 >Part >Value 0 1 2 3 4 5 0 1 2 >PART >VALUE 3 4 5 >VALUE >PART PA - + >PART >VALUE >PART >VALUE >Value >Part >Part >Value Filter ST D C 1 0 R +3V 2us D C 1 0 R +3V 2us MFTS2\\ MFTP2\\ D C 1 0 >Part >Value D C 1 0 >Value >Part D C 1 0 >Part >Value D C 1 0 >Value >Part D C 1 0 >Part >Value D C 1 0 >Value >Part D C 1 0 >Part >Value D C 1 0 >Value >Part >Part >Value >Part >Value ADD >Part >Value >Part >Value AM2 AP1 BA1 BB1 AJ1 AU2 >Part >Value >Part >Value ADD >Part >Value >Value >Part AN1 AL2 AV2 AV1 AK2 AS1 >Part >Value 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D 0 1 C D >Part >Value Variable Delay 50-300ns >Value >Part 100ns Pulse 0 1 0 1 >Part >Value >Part >Value Neg. Clamp >Part >Value Src/Ret >Part >Value Flag 0 1 Active 0 1 PB0 0 1 PB1 0 1 PB2 0 1 PB3 0 1 PB4 0 1 PB5 0 1 PB6 0 1 PB7 0 1 C D C D C D C D C D C D C D C D C D C D IOT 1 FEED_SWITCH\\ FEED_SWITCH\\ ACTIVE\\ or DONE DONE 10ms 4.5ms Note: Delay 10ms for Royal Punch, 4.5ms for BPRE Punch >Part >Value >Part >Value RUN\\ ENABLE\\ FEED\\ S.DELAY S.COMP SHIFT CLK\\ CLOCK1 SHIFT\\ Reader Clock >Part >Value IN04_ IN05_ IN06_ IN07_ IN08_ IN09_ IN10_ IN11_ Reader Control MB03_ MB04_ MB05_ MB06_ MB07_ MB08 IOP1 IOP2 IOP4 CLOCK1 INITIALIZE_ S_FEED_HOLE SHIFT FEED_SW STOP_COMPLETE SHIFT_ RDR_RUN SKIP_ INT_ ENABLE_ PWR BB_ BB BA BA_ HOLE8 HOLE7 HOLE6 HOLE5 HOLE4 HOLE3 HOLE2 HOLE1 >Part >Value >Part >Value Bus Tranceivers >Part >Value Bus Receivers >Part >Value Bus Receivers >Part >Value Bus Receivers >Part >Value Bus Drivers Two input NOR >Part >Value >Value >Part >Value >Part >Value >Part >Part >Value Bus Drivers DW8E Control >Part >Value 100ns 74123 74123 74123 150ns 50ns 74123 300ns 74123 700ns D C 1 0 S R D C 1 0 S R D C 1 0 S R D C 1 0 S R D C 1 S R D C 1 S R D C 1 S R D C 1 S R TS1 TS2 TS3 TS4 TP4 TP3 TP2 TP1 THIS COMPONENT DRAWING IS INCOMPLETE!! 74123 400ns D C 1 S R END MEM_START B_BTS1 INITIALIZE C0_L IOP1 IOP2 IOP4 IO_PSE C1 B_C1 BTP1 BTP2 BTP3 BTP4 B_TIME4_L B_TIME3_L B_TIME2_L B_TIME1_L B_INT_STROBE BTS3_L BTS3 D C 1 S R BTS3 W1 1 W2 TS3 BRK_L ADD_ACC INIT INIT INITIALIZE_L IO_END_CLK_L D C 1 S R BTS3 TP3 CLR_TP_L ???ns IO_END_CLK_L ???ns ???ns 50ns CLR_AC Pulse C1_L IO_PSE CLR_TP_L TP3 1 BK_CYCLE TP1 0 S R END BTS1 BK_CYCLE TIME_PAUSE RECYCLE D C 1 S R BTS3 H L 0 -V >Part >Value 0 1 0 1 >Part >Value 35us 5us >Part >Value >Value >Part >Part >Value >Part >Value >PART >VALUE IN_STOP_1_ IN_ACTIVE CLOCK_SCALE_2_ TTI_SHIFT TTI_SHIFT_ Teletype Receiver PRESET_ IOP1 IOP2 IOP4 MB03_ MB04_ MB05_ MB06_ MB07 MB08 INITIALIZE TTI_CLOCK CLOCK_SCALE KCC_ RX_DATA TTI_DATA TTI2 IN_STOP TT0_ TT1_ TT2_ TT3_ TT4_ TT5_ TT6_ TT7_ SKIP_ AC_CLR_ KBD_FLAG_ CLOCK_SCALE_2 KCC_ READER_RUN_ TTI_DATA TTI2 IN_STOP_2_ CLOCK_SCALE >PART >VALUE Frequency source 60HZ_IN ENABLE1_ OUTPUT_ NC ENABLE2_ >PART >VALUE HZ440_ HZ440 HZ220 HZ880 TTI_CLOCK HZ880 TTO_CLOCK >VALUE >PART TX_DATA_ OUT_STOP1_ OUT_STOP1_5_ OUT_ACTIVE TTO2 TTO_SELECT_ Teletype Transmitter ENABLE_ ENABLE AC04 AC05 AC06 AC07 AC08 AC09 AC10 AC11 MB03_ MB04_ MB05_ MB07_ MB08_ MB06 IOP1 IOP2 IOP4 INITIALIZE OUT_STOP TTO_CLOCK OUT_STOP_2_ TTO_FLAG_ TTO_SKIP_ TX_DATA ENABLE_ ENABLE >PART >VALUE Power Fail and Restart PWR_LOW STOP_OK RESTART RESTART_ PWR_LOW_ PWR_SKIP_ MB03_ MB04_ MB05 MB06_ MB07_ MB08_ IOP2 SHUT_DOWN_ INITIALIZE_ >PART >VALUE Display Control MB03_ MB04_ MB05_ MB07_ MB06 MB07 MB08 MB08_ MB09_ MB10 MB11 PEN_STROBE IOP1 IOP2 IOP4 LIGHT_PEN INITIALIZE VC_INT VC_SKIP PEN_STROBE Y_STROBE X_STROBE CLEAR_Y CLEAR_X Z_AXIS >PART >VALUE 10- Bit DAC STROBE CLEAR AC02 AC03 AC04 AC05 AC06 AC07 AC08 AC09 AC10 AC11 OUT FAST_TIMER SLOW_TIMER SLOW_OP_DONE_ FAST_OP_DONE_ INST_50 PLTR_IOT PLTR_FLAG >PART >VALUE Plotter Control SKIP_ INT_ PEN_LEFT PEN_RIGHT DRUM_UP DRUM_DOWN PEN_UP PEN_DOWN MB03 MB04_ MB06_ MB07_ MB08_ MB08 MB07 IOP1 IOP1_ IOP2_ IOP2 IOP4 INITIALIZE MB05 FLAG_TP INT_ENABLE_TP FLAG_BUFFER_TP >PART >VALUE Clock Control CLOCK MB03_ MB04_ MB05 MB06_ MB07 MB08 MB09 MB09_ MB10 MB11 IOP1_ IOP2_ IOP4_ INITIALIZE_ ENABLE_ SKIP_ INT_ CLOCK_IOT LOAD_COUNT CLOCK_IOP4 OVERFLOW CLOCK_TO_COUNTER_TP_ SET_COUNTER_TP_ TRANSFER_TP READ0_5_TP READ6_11_TP GATE_TP Clock Counter >VALUE >PART AC_CLR_ IN00_ IN01_ IN02_ IN03_ IN04_ IN05_ IN06_ IN07_ IN08_ IN09_ IN10_ IN11_ CLOCK_IOT LOAD_COUNTER CLOCK_IOP4 OVERFLOW CLOCK MB10_ MB10 AC00 AC01 AC02 AC03 AC04 AC05 AC06 AC07 AC08 AC09 AC10 AC11 C_I_R_FINISH IOT631 IOT671 IOT672 IOT674_ READY_CLR READY_CLR_ >PART >VALUE Card Reader Control READ IOT634 IOT632 SKIP_ INT_ MB03 MB04 MB05_ MB06_ MB06 MB07 MB08 IOP1 IOP2 IOP4 INITIALIZE C_I_R READY INDEX_MARKERS I_M_D >PART >VALUE Card Reader Control IN00_ IN01_ IN02_ IN03_ IN04_ IN05_ IN06_ IN07_ IN08_ IN09_ IN10_ IN11_ I_M_DETECT ZONE12 ZONE11 ZONE10 ZONE01 ZONE02 ZONE03 ZONE04 ZONE05 ZONE06 ZONE07 ZONE08 ZONE09 IOT632 IOT634 INDEX_MARKERS INITIALIZE_ >PART >VALUE >Part 2-2-2-2 AND-NOR Gate >Part >Value 2-2-2 AND-NOR Gate >Part >Value Two input OC Driver >Part >Value >Part >Value -36V GND Solenoid Driver W040 >PART >VALUE 4 Input NOR >Part >Value 3 Input NOR >Part >Value 4 Line to 16 Line Decoder >Part >Value Arithmetic/Logic Unit >Part >Value Inverting/Non-Inverting Buffers w/Piull-up >Part >Value 1.5K +5V 5V Regulator >Part >Value GND GND 5V Regulator Mem. Reg. Mem. Sup+ Mem. Sup- Slice Line Low -15V <qt><b>Bus Data Interface</b> <p> The M101 contains 15 two-input NAND gates. One input of each gate is tied to a common line so that all data signals can be enabled simultaneously. <p>Each data signal presents one TTL load. The common input presents 15 loads. <p> Each output can drive 10 loads.<p> Power: 5V@82ma (max.) </qt> M101 Bus Data Interface M103 Device Selector <p>Used to decode IOT requests. Sixteen inverters. 10 2-input NAND Gates 8 3-input NAND Gates 6 4-input NAND Gates 3 8-input NAND Gates 6 2-2 AND-NOR Gates Octal or Decimal Decoder 6 D flip-flops Dual one-shot Mark Track Decoder 6 J-K flip-flops Dual Integrating One-Shot Variable Clock Dual Negative Input Converter Dual Pulse Amplifier 6 4-input NAND Power Amplifier 6 Dual Bus Drivers 6 Dual Negative Bus Drivers Cable Connector (15 signals) 15 Clamped Loads Manchester Reader/Writer +5V Regulator Transport Detector Two sets of 3 D flip-flops Two-sided Posibus cable/connector. Simple 36 pin connector/wire cable One-sided 18 pin connector/cable. Empty card slot An unconnected pin 11V Supply Connection M651 - Negative Output Converter M507 Negative Bus Converter M517 Negative Bus Converter M907 Diode Clamp One-sided 9 pin connector/cable with grounds (Negibus). Regulator and Power Detector Negative Regulator Resistor Board 6 4-input NAND Buffers Tapped Delay Line Inhibit Driver AND-NOR Gates Parity Circuit Hex Negative Bus Receiver Positive Level Driver Positive Level Driver Hex Positive Bus Receiver Device Code Select Jumper Board PDP-8/i Console Connector 15 Clamped Loads 15 Clamped Loads <qt><b>Bus Data Interface</b> <p> The M101 contains 15 two-input NAND gates. One input of each gate is tied to a common line so that all data signals can be enabled simultaneously. <p>Each data signal presents one TTL load. The common input presents 15 loads. <p> Each output can drive 10 loads.<p> Power: 5V@82ma (max.) </qt> Variable Frequency Clock Dual Flip-Flop Diode Gate 7 Inverters Diode Gate Triple Pulse Amplifier Dual Pulse Amplifier Dual Delay (One Shot) Binary-to-Octal Decoder 5 Diode Networks 7 Diodes Indicator Driver One-sided 9 pin connector/cable with grounds (Negibus). One-sided 9 pin connector/cable with grounds (Negibus). Power Monitor Negative Input Converter and Schmidt Trigger Empty Slot M051 Positive Bus Converter M508 Negative Bus Converter Positive Level Converter Carry Chain/Priority Encoder Pulse Amplifiers AND/NOR Gate Manual Function Timing and Run PDP-8 Major Registers Cable Terminator Variable Delay Sense Amps Memory Selector Punch Control Reader Clock Reader Control M306 Integrating One-Shot Positive I/O Bus Converter Negative I/O Bus Converter Core memory cable. Sense Amps Two sets of 3 D flip-flops M720 Memory Detection M040 Solenoid Driver Power Supply Connector M706 TTY Receiver M452 Baud Rate Clock M707 TTY Transmitter M703 Power Fail and Restart M701 Display Control A607 Digital to Analog Converter M704 Plotter Control M401/M405/M501 Frequency Source M708 Clock Control M709 Clock Counter M714 Card Reader Control M716 Card Reader Control G610 Core Connector One-sided 36 pin (double hight) connector/cable. W076 Terminal Connector Double sided Double Height Connector, 72 pins DW8E Control Two 2-2-2-2 AND-NOR gates, 2-2-2 AND-NOR gate. 2 input NAND, 2 inverters Quad Two Input Solenoid Driver Solenoid Driver W040 10 2-input NOR Gates 6 4-input NOR Gates 10 Fast 2-input NAND Gates 8 Fast 3-input NAND Gates 3 Fash 8-input NAND Gates 4 Line to 16 Line Decoder Arithmetic/Logic Unit 8 Buffers G785 Power Supoply Connector