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1997 - ISA BUS spec

Abstract: SC310 EB41 SC300 SD15
Text: access if they are set with the register (Index 51H bit 1) and not by MEMCS16. Designers should be , DOSCS with MEMCS16. The design can still use fast DOSCS at 16 bit if it is implemented using the Index register instead of MEMCS16. Fast Commands Seen On The ISA Bus MEMCS16 and IOCS16 Hold Time ROM , MEMW), and 16-bit signal ( MEMCS16 ) are used by both the ROM and ISA devices. the target device to , occur with a 16-bit data bus, and MEMCS16 does not need to be asserted. There is no alternate method


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PDF lanTMSC300 lanTMSC310 lanSC310 lanSC300 SC310 ISA BUS spec EB41 SC300 SD15
1998 - LS125

Abstract: No abstract text available
Text: APPLICATION NOTE 027 65535A- MEMCS16 Spike _ Nordstrasse 4F / CH - , .2 Date: 11.96 BIOS: V? Spikes on the MEMCS16 : Problem: In some application cases, the spikes on the MEMCS16 are to high and the systems could hang until the videoram accesses (ELESTA BUG). , we will modifiy the boards. Solution: Use a 220pF ceramic-cap between the MEMCS16 and GROUND , solution ! We have also remarked, that the 65535A do not tristate the IOCS16 and the MEMCS16 lines. This


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PDF 5535A-MEMCS16 MSMV104 MEMCS16: MEMCS16 MSMV104 5535A 16-Bit APP\app-027n LS125
1997 - CARD-486D4

Abstract: CARD-386 EPSON CARD-486HB 74HC07 CARD-486 EPSON CARD-PC Technical Information CARD-486HB c144tf SEK6669P01 CARD486HB
Text: SD015 16 MEMCS16# IOCS16# CARD-486HB 16 MEMCS16# /IOCS16#"Wired Or" CARD-486HB "Low"8 MEMCS16# /IOCS16# 24 Rev.A CARD-486HB/HBL Application Note 8.3.1. 16 16 8.-2 TS MEMCS16# CARD-486HB TS MEMCS16# 8.-2 MEMCS16# Timing TS TC1 TC2 SCLK BALE LA17-LA23 Valid SA2-SA19 Valid SA0-SA1,SBHE# Valid MEMR#,MEMW# MEMCS16# MEMCS16# 8.-3 A00000hBFFFFFh MEMCS16# 8.-3 MEMCS16# Example(1) LA23 LA22 LA21 REF# MEMCS16# MEMCS16# DMA


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PDF MF1061-01 CARD-486HB/HBL CARD-486HB/HBL CARD-486HB LCDCARD-486HB TFT51234096 4266CARD-486 4611-10-244F CARD-486D4 CARD-386 EPSON CARD-486HB 74HC07 CARD-486 EPSON CARD-PC Technical Information CARD-486HB c144tf SEK6669P01 CARD486HB
10P9R

Abstract: it8889 9P8R-10K 9P8R10K CON18X2 BC22 IT88 JP32 RP32-3 BC21
Text: 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 MEMCS16# , 5 6 7 8 9 10 11 12 13 14 15 16 17 18 MEMCS16# IOCS16# IRQ10 IRQ11 IRQ12 IRQ15 , MEMCS16# IOCS16# IRQ10 IRQ11 IRQ12 IRQ15 IRQ14 DACK0# DRQ0 DACK5# DRQ5 DACK6# DRQ6 DACK7 , A30 A31 CON31X2 CON31X2 J7 MEMCS16# IOCS16# B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 , 9 9P8R10K VCC 1 MASTER# 330 R1 MEMCS16# 330 R2 IOCS16# R3 NOWS


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PDF IT8889 IT8889 ITSA-CG-98111 DK-8889-4J-D01 CustomITSA-CG-98-111 10P9R 9P8R-10K 9P8R10K CON18X2 BC22 IT88 JP32 RP32-3 BC21
panasonic lcd tft panel

Abstract: 386SX MN89303A QFH128-P-1818
Text: -FP -LP -DISP -DCLK -VDD -Vss -IOCS16 - MEMCS16 -10CHRDY -vDD -Vss -SD0 -SDÌ -SD2 -SD3 , /MINTEST Address(21:0] SD[15:0] AEN SBHE IOWR IORD SMEMW SMEMR IOCHRDY REFRESH MEMCS16 IOCS 16 1 124 , I/O or memory access is given wait state. 57 MEMCS16 o TTL Memory Chip Select 16 This output , Vss Vdd-0.6 V "H" level output voltage 4 IOCS 16 , MEMCS16 VoH4 I0=-l 6.0mA Vi=VDD or Vss Vdd , output voltage 5 IOCS 16 , MEMCS16 Vols Io= 16.0mA V,=VDD or Vss 0.4 V Output leakage current IOCS 16


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PDF MN89303A MN89303A 16-monochrome 16-ipment QFH128-P-1818 0D1S414 panasonic lcd tft panel 386SX QFH128-P-1818
1997 - 82430VX

Abstract: t61b 82371SB t57b T3D 77 t17c T75A 82430HX T73b 430HX
Text: condition): SYSCLK, SD[15:0], IOCHRDY, SMEMR#, AEN, SMEMW#, IOR#, IOW#, RSTDRV, SA[7:0], BALE, MEMCS16# , #, AEN, SMEMW#, IOR#, IOW#, RSTDRV, SA[7:0], BALE, MEMCS16# , LA[23:17], MEMR#, MEMW#, SPKR, DIOW#, DIOR , MEMCS16# t11a MEMCS16# Driven Active from LA[23:17] Valid 94 ns M 16 9 t11b MEMCS16# Inactive from LA[23:17] Valid 91 ns M 8 8,9 t11c MEMCS16# Valid Hold from LA[23:17] Invalid ns M 16 9 t11d MEMCS16# Driven Active from SA[19:2] Valid ns


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PDF 82371SB 82430VX t61b t57b T3D 77 t17c T75A 82430HX T73b 430HX
1999 - T3D 67 diode

Abstract: T2D 79 diode T3D 34 diode t17c T3D 45 diode t3d 69 T2D 86 diode T75A T2D 78 T27b
Text: #, SERR#, STOP#, TRDY#, IOCHK#, IOCHRDY, IOCS16#, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH , #, STOP#, TRDY#, IOCHK#, IOCHRDY, IOCS16#, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, SA[19 , , BALE, IOCHRDY, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, RSTDRV, SA[19:0], SBHE#, SD[15 , , IOCHRDY, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, RSTDRV, SA[19:0], SBHE#, SD[15:0 , MEMCS16# setup requirements. ISA devices should not use the SA address as part of their MEMCS16# decode


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PDF 82371AB I0CS16# MEMCS16# T3D 67 diode T2D 79 diode T3D 34 diode t17c T3D 45 diode t3d 69 T2D 86 diode T75A T2D 78 T27b
1998 - 430FX

Abstract: T3D 67 diode intel 430FX T71A T57A 82371FB t17c T14A T70a T3D 34 diode
Text: ], BALE, MEMCS16# , LA[23:17], MEMR#, MEMW#, 4. IOL3, IOH3 apply to the following signals (VOL1, pertains , MEMCS16# t11a MEMCS16# Driven Active from LA[23:17] Valid 94 ns M 16 9 t11b MEMCS16# Inactive from LA[23:17] Valid 91 ns M 8 8, 9 t11c MEMCS16# Valid Hold from LA[23:17] Invalid ns M 16 9 t11d MEMCS16# Driven Active from SA[19:2] Valid 35 , Write Data Valid Hold from MEMW#, IOW# Inactive 14 ns M,I/O 8,16 12, 13 MEMCS16#


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PDF 82371FB 32-Bit 82C54 82C59 16-bit) 430FX T3D 67 diode intel 430FX T71A T57A t17c T14A T70a T3D 34 diode
1996 - NS486SXF

Abstract: EPM7032LC44-6 EPM7032LC44 PC104 Synchronous 74163 Altera PCMCIA not gate 74163 8 bit COUNTER 23/11-02-EVB
Text: ; endxfr/ : INPUT; clock : INPUT; iocs16/, memcs16 / : INPUT; clkis50 : INPUT; reset : INPUT , ; evb_rdy.iocs16/ = iocs16/; evb_rdy.memcs16/ = memcs16 /; evb_rdy.clkis50 = clkis50; - input the delayed , "; SUBDESIGN rdy ( iocrdy, pcmrdy iow/, ior/, memr/, memw/ sel/ reset/ 0ws/, iocs16/, memcs16 / rdyclk , selection logic io16 = !iocs16/ & (!ior/ # !iow/); mem16 = ! memcs16 / & (!memr/ # !memw/); wordcyc = , / iochrdy iocs16/ meg1en/ memcs16 / memr/ memw/ pcmrdy pc104sel/ p_ena1/ p_ena2/ reset sbhe


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PDF NS486SXF PC104 07NOV96 PC104SEL/ PC/104 13NOV96 cs16/ PIN002 EPM7032LC44-6 EPM7032LC44 Synchronous 74163 Altera PCMCIA not gate 74163 8 bit COUNTER 23/11-02-EVB
IT8888F

Abstract: it8888 271024 EPROM 271024 AD10 AD11 AD12 AD14
Text: # MEMCS16# NOWS# IOCHRDY MASTER# IOCHCK# REFRESH# DRQ7 DRQ6 DRQ5 DRQ3 DRQ2 DQR1 DRQ0 45 46 , MEMR# MEMW# IOCS16# MEMCS16# NOWS# IOCHRDY MASTER# IOCHK# REFRESH# VCC_3_5V VCC_3_5V VCC , # AEN MEMR# MEMW# IOCS16# MEMCS16# NOWS# IOCHRDY MASTER# IOCHCK# REFRESH# 1 NOGO/CLKRUN , MEMCS16# IOCS16# IRQ10 IRQ11 IRQ12 IRQ15 IRQ14 DACK0# DRQ0 DACK5# DRQ5 DACK6# DRQ6 DACK7# DRQ7 VCC MASTER# GND MEMCS16# IOCS16# IRQ10 IRQ11 IRQ12 IRQ15 IRQ14 DACK0# DRQ0 DACK5


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PDF IT8888 IT8888-090998 MEMCS16# IOCS16# RP10-10K 318MHz IT8888F it8888 271024 EPROM 271024 AD10 AD11 AD12 AD14
1997 - TFT LCD display circuit diagram of 30 pin out

Abstract: 386SX 386DX MN89303A SD10 MD10 MD11 MD14
Text: -1818 Note: Never leave VDD and VSS pins open. FP LP DISP DCLK VDD VSS IOCS16 MEMCS16 IOCHRDY VDD , IORD SMEMW SMEMR IOCHRDY REFRESH MEMCS16 IOCS16 Video FIFO 3 4 Access attributer 5 , MEMCS16 O TTL Memory Chip Select 16 This output indicates to the system that 16-bit memory , VOH3 IOCHRDY "H" level output voltage 4 VI=V DD or VSS VOH4 IOCS16 , MEMCS16 "L" level , "L" level output voltage 5 VI=V DD or VSS IOCS16 , MEMCS16 Output leakage current VI=V DD or


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PDF MN89303A MN89303A 16-monochrom9303A IOCS16 MEMCS16 QFH128-P-1818 TFT LCD display circuit diagram of 30 pin out 386SX 386DX SD10 MD10 MD11 MD14
1997 - T3D 34 diode

Abstract: T31C Transistor Diode T3D 57 t57b t59b 82440LX T27b t59c t142 SD t119
Text: #, PHLDA#, SERR#, STOP#, TRDY#, IOCHK#, IOCHRDY, IOCS16#, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW , #, STOP#, TRDY#, IOCHK#, IOCHRDY, IOCS16#, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, SA[19 , , IOCHRDY, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, RSTDRV, SA[19:0], SBHE#, SD[15:0 , # IOL2/IOH2 ISA/EIO Output Signals: AEN, BALE, IOCHRDY, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW , Data Valid Setup to MEMW# Active 105 41 MEMCS16# t11a MEMCS16# Driven Active from LA[23:17


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PDF 82371AB T3D 34 diode T31C Transistor Diode T3D 57 t57b t59b 82440LX T27b t59c t142 SD t119
1997 - i386DX

Abstract: i386SX diode r639 i386 Engine SA11 SA10 MN89302 MD14 MD11 MD10
Text: REFRESH MEMR GND IOCS16 MEMCS16 VDD SA1 MEMW IOCHRDY IOWR IORD BIOSEN AEN SBHE GND SD15 , is "L" level when I/O or memory access is given wait states. 19 MEMCS16 O TTL Memory , V OH4 IOCHRDY "H" level output voltage 5 VI =VDD or VSS V OH5 IOCS16 , MEMCS16 "L" level , "L" level output voltage 5 VI =VDD or VSS IOCS16 , MEMCS16 Output leakage current VI =VDD or VSS ILO VO =High-impedance state IOCS16 ,BACKON , VI =VDD or VSS MA9 to 0 , MEMCS16


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PDF MN89302 MN89302 IOCS16 MEMCS16 QFH128-P-1818 i386DX i386SX diode r639 i386 Engine SA11 SA10 MD14 MD11 MD10
1996 - T70a

Abstract: 82371SB 82430VX t17c t57b 430HX t61b T3D 77 ISA BUS spec T75A
Text: #, AEN, SMEMW#, IOR#, IOW#, RSTDRV, SA[7:0], BALE, MEMCS16# , LA[23:17], MEMR#, MEMW#, SPKR, DIOW#, DIOR , ], BALE, MEMCS16# , LA[23:17], MEMR#, MEMW#, SPKR, DIOW#, DIOR. 4. IOL3, IOH3 apply to the following , Data 8,9,10,11 105 41 MEMCS16# t11a MEMCS16# Driven Active from LA[23:17] Valid 94 ns M 16 9 t11b MEMCS16# Inactive from LA[23:17] Valid 91 ns M 8 8,9 t11c MEMCS16# Valid Hold from LA[23:17] Invalid ns M 16 9 t11d MEMCS16# Driven


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PDF 430HX 82371SB T70a 82430VX t17c t57b t61b T3D 77 ISA BUS spec T75A
1997 - T55B

Abstract: t58b 82C59 82C54 82C37 82440LX 82430TX 82371AB T68B t61b
Text: #, IOCHRDY, IOCS16#, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, SA[19:0], SBHE#, SD[15:0 , #, IOCHRDY, IOCS16#, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, SA[19:0], SBHE#, SD[15:0 , ], MEMCS16# , MEMR#, MEMW#, REFRESH#, RSTDRV, SA[19:0], SBHE#, SD[15:0], SMEMR#, SMEMW#, SYSCLK, DACK[0:3, 5 , Signals: AEN, BALE, IOCHRDY, IOR#, IOW#, LA[23:17], MEMCS16# , MEMR#, MEMW#, REFRESH#, RSTDRV, SA[19:0 , requirements. 2. 56 ns has been added to the ISA specification to meet MEMCS16# setup requirements. ISA


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PDF 82371AB 82430TX 82440LX 82371AB DMA/33 T55B t58b 82C59 82C54 82C37 T68B t61b
1997 - T32A

Abstract: RF5C366 I82365 RF5C266 t19b ic T71-T72
Text: BALE SA3 SA2 SYSCLK SA1 SA0 MEMCS16# SBHE# IOCS16# LA23 IRQ10 LA22 IRQ11 LA21 VCC IRQ12 LA20 IRQ15 LA19 , # MEMCS16# SA0 SA1 SYSCLK SA2 SA3 BALE SA4 SA5 SA6 109 110 111 112 113 114 115 116 117 118 119 120 121 , BCA23 BCA15 LA23 IOCS16# SBHE# MEMCS16# SA0 SA1 SYSCLK SA2 SA3 BALE SA4 SA5 SA6 IRQ3 SA7 IRQ4 SA8 , IRQ15 LA20 IRQ12 LA21 IRQ11 LA22 IRQ10 LA23 IOCS16# SBHE# MEMCS16# 161 162 163 164 165 166 167 168 , D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 D16 BALE SA5 MEMCS16# SA1 IRQ10 MEMW# GND VCCAT


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PDF RF5C296/RF5C396L/RB5C396/RF5C396 EA-028-9610 150max. 039typ. 102typ. T32A RF5C366 I82365 RF5C266 t19b ic T71-T72
VG-469 Reference Design #4

Abstract: 3941S-A CON40A BSA16 R113B SI9933 BLA20 bsa11 SA15 SA14
Text: C1 C2 C3 C4 C5 C6 C7 C8 C9 C10 C11 C12 C13 C14 C15 C16 C17 C18 AT EDGE * MEMCS16 , D15 D16 D17 D18 * MEMCS16 *IOCS16 IRQ10 IRQ11 IRQ12 IRQ15 IRQ14 + C1 33uF + C2 , G DIR 74ACT245 2 3 4 5 6 7 8 9 * MEMCS16 * MEMCS16 BD7 6 R7 VCC 19 1 , 8 7 6 5 4 3 2 1 RSD[0.15] 68 *IOCS16 * MEMCS16 *ZWS IOCHRDY R80 *IOCS16 *ZWS IOCHRDY 0 ohm R79 R78 * MEMCS16 0 ohm 0 ohm RSD0 RSD2 RSD4 RSD6


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PDF VG-469 VG-469 469REF SI9933 LT1117 150uF VG-469 Reference Design #4 3941S-A CON40A BSA16 R113B SI9933 BLA20 bsa11 SA15 SA14
1999 - T55B

Abstract: T71A t19c t17c t61b t58b t57b T27b t65a T3D 62
Text: # t11b MEMCS16# t13f t13d ZEROWS# t13b t15b t7i t15e IOCHRDY t9a t9b t9c, t9d , #, SMEMR# t7f t8a t11d t8a t11a MEMCS16# t11c t13e t13c t13a ZEROWS# t7i , t22b t22c IOCHRDY t19a t21a MEMCS16# t21b, t21c t19c, t19d SD[7:0] R t20a


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PDF 82371AB IRQ13 IRQ12/M, T55B T71A t19c t17c t61b t58b t57b T27b t65a T3D 62
JUMPtec DSTN

Abstract: JUMPtec JUMPtec isa jumptec DIMM PC P996 gpcs0 DIMMD120
Text: 143 Signal IOCHCK# RSTDRV SD7 SD6 IRQ9 SD5 SD4 DRQ2 SD3 SD2 MEMCS16# SD1 0WS# IOCS16 , SMEMW# AEN IRQ10 IOCHRDY SBHE# SD0 IOCS16# ZWS# SD1 MEMCS16# SD2 SD3 DRQ2 SD4 SD5 IRQ9 , . MEMCS16# (16 Bit Memory Chip Select) input to CPU modules open collector output on any other module The MEMCS16# signal determines when a 16 bit to 8 bit conversion is needed for memory bus cycles. A conversion is done any time the CPU module is requesting a 16 bit memory cycle and the MEMCS16# line is high


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PDF 12-Feb-02 D-94469 DIMMD120 PC/104 JUMPtec DSTN JUMPtec JUMPtec isa jumptec DIMM PC P996 gpcs0
1997 - on semiconductor r640

Abstract: MN89303A 386DX MD10 MD11 MD14 SD10 386DX bios
Text: pins open. FP LP DISP DCLK VDD VSS IOCS16 MEMCS16 IOCHRDY VDD VSS SD0 SD1 SD2 SD3 SD4 , MEMCS16 IOCS16 Video FIFO 3 4 Access attributer 5 6 7 8 56 32 57 58 Host , I/O or memory access is given wait state. 57 MEMCS16 O TTL Memory Chip Select 16 , output voltage 4 VI=V DD or VSS VOH4 IOCS16 , MEMCS16 "L" level output voltage 1 IO=­12.0mA IO , VI=V DD or VSS IOCS16 , MEMCS16 Output leakage current VI=V DD or VSS ILO VO=High-impedance


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PDF MN89303A MN89303A on semiconductor r640 386DX MD10 MD11 MD14 SD10 386DX bios
1997 - i386

Abstract: No abstract text available
Text: IOCS16 MEMCS16 IOCHRDY VDD VSS SD0 SD1 SD2 SD3 SD4 SD5 VSS SD6 SD7 SD8 VDD SD9 SD10 SD11 VSS SD12 SD13 , SMEMR IOCHRDY 56 32 57 58 REFRESH MEMCS16 IOCS16 Pl d pla inc ea ne lud se pla m d , 57 SA[19:0] SD[15:0] I TTL I/O TTL IOCHRDY I/O O TTL MEMCS16 TTL 58 , voltage 4 IOCS16 , MEMCS16 "L" level output voltage 1 BACKON ,LCDON , LOGICON VOH3 VOH4 V OL1 IO=­12.0mA IO , "L" level output voltage 4 "L" level output voltage 5 IOCS16 , MEMCS16 Output leakage current IOCS16


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PDF MN89303A MN89303A 16-monochrome 16-gradation i386
JUMPtec

Abstract: P996 SA18 DIMM-PC DIMMPC BERG DIMM CONNECTOR
Text: 143 Signal IOCHCK# RSTDRV SD7 SD6 IRQ9 SD5 SD4 DRQ2 SD3 SD2 MEMCS16# SD1 0WS# IOCS16 , # AEN IRQ10 IOCHRDY SBHE# SD0 IOCS16# ZWS# SD1 MEMCS16# SD2 SD3 DRQ2 SD4 SD5 IRQ9 SD6 , . / MEMCS16 (16 Bit Memory Chip Select) input to CPU modules open collector output on any other module The / MEMCS16 signal determines when a 16 bit to 8 bit conversion is needed for memory bus cycles. A conversion is done any time the CPU module is requesting a 16 bit memory cycle and the / MEMCS16 line is high


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PDF 4-Apr-01 D-94469 Dimmd11D PC/104 JUMPtec P996 SA18 DIMM-PC DIMMPC BERG DIMM CONNECTOR
COM90C66

Abstract: 90C66 90C26 0300-030F com90c65 E1800E XS-31
Text: IOCHRDY and the number of address lines used to decode MEMCS16. This signal is connected to an internal , BUSb ^ IOR IOW MEMR ME MW RSTDRV IOCHRDY OWS IOCS16 MEMCS16 :$BHE 02 CJ4 06 08 O10 1P ac,> 5 0 7 , IN ·XTAL1 ·XTAL2 CLK CACLK MEMR MEMW IOR IOW MEMCS16 IOCS 16 SBHE IOCHRDY OWS I/O CHANNEL READY


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PDF COM90C66 COM90C6S 16-Bit COM90C26 HYC9058/68/88 COM90C66 90C66 90C26 0300-030F com90c65 E1800E XS-31
1998 - EPSON DX5

Abstract: uPD765 CARD-586 diagram of epson tx 121 printer dx5 epson SEK6669P01 060H-06FH 74LS612 CARD-486D4 CARD-486
Text: ISA-Bus Memory Read/Write Cycle 8 MEMCS16#CARD-586 Ts HIGH IOCHRDY 3SCLK IOCHRDY Tc5 LOW , MEMCS16# 16 GREEN 134 GRTN 56 HDCS0# 174 HDCS1# 96 SA4 214 IOCS16# 17 RED 135 RRTN , CARD-586 Hardware manual SMEMR# O MEMCS16# I ISA 01MByte 16 , #) 01Mbyte Memory Chip Select 16 ( MEMCS16# ) CARD-586 16 8 4 DMA Address Enable (AEN) DMA , SA[19:2] Valid SA[1:0] SBHE# MEMR# MEMW# Valid MEMCS16# WS0# IOCHRDY SD[15:0


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PDF MF1023-03 CARD-586 MS-DOSMicrosoftAMDAm486Advanced CARD-586 3-5-2413F 461-00051-10-244F 980-08114-1-14F 19985S EPSON DX5 uPD765 diagram of epson tx 121 printer dx5 epson SEK6669P01 060H-06FH 74LS612 CARD-486D4 CARD-486
1997 - intel i386 ex circuit diagram

Abstract: No abstract text available
Text: / se tp:/ QFH128-P-1818 a le ht FP LP DISP DCLK VDD VSS IOCS16 MEMCS16 IOCHRDY VDD VSS SD0 SD1 SD2 , 7 8 IOWR IORD SMEMW SMEMR IOCHRDY 56 32 57 58 REFRESH MEMCS16 IOCS16 P , 35 to 53 56 57 SA[19:0] SD[15:0] IOCHRDY MEMCS16 58 32 IOCS16 REFRESH 88 to 97 , "H" level output voltage 3 "H" level output voltage 4 IOCS16 , MEMCS16 "L" level output voltage 1 , , MEMCS16 Output leakage current IOCS16 ,BACKON , UCAS ,LCAS ,RAS , LOGICON ,LCDON , SD15 to 0 ,MD15 to 0


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PDF MN89303A MN89303A intel i386 ex circuit diagram
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