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IOCS16

Catalog Datasheet MFG & Type PDF Document Tags

"bus steering logic"

Abstract: IOCS16 : The Élan T M SC300 and ÉlanSC310 microcontrollers internally OR together MCS16 and IOCS16. The ORed , ÉlanSC310 microcontrollers internally OR together MCS16 and IOCS16. Thus, tying MCS16 Low will result in , simulation result for timing requirements for PGPx and IOCS16. For detailed timing between other signals , application note describes how to assert MCS16 for ROMCS accesses and IOCS16 for I/O accesses without performing an external address decode. MCS16 AND IOCS16 SIGNAL DEFINITIONS MCS16 (memory size 16) is
Advanced Micro Devices
Original
Signal Path Designer SA15 TMSC300 SC310 TMSC310

64 pins ide connector

Abstract: motorola 26 pins connector 64-bit slot issues. IOCS16* and IDE issue. Errata #7 revised - not optional, it is mandatory for , IOCS16* is connected to the IDE disk drives. This can cause system failures under heavy interrupt loads. IDE disk activity during interrupt activity may cause hangs. 1. Cut IOCS16* to IDE disks and , Distribution Permitted 99 Nov 09 Sandpoint Errata Page 7 /7 Errata 10: IDE IOCS16* FIX Overview: The ISA signal IOCS16* is connected to the IOCS16* pin of the IDE disk drive cables. This can cause
Motorola
Original
64 pins ide connector motorola 26 pins connector AD12 MPC107 MPC8240
Abstract: follows the IEEE P996 recommendation for the generation of IOCS16. The 16-bit I/O bus cycle compatibility , the generation of IOCS16. The 16-bit I/O bus cycle compatibility question can be eliminated simply , this configuration I/O chip select 16 (IOCS16) is returned active only if the internal PCnet-ISA , leaving the IOCS16 pin disconnected from the ISA bus, and instead shorted to ground. The following table , possible compatibility issue involves the IOCS16 signal. The IEEE P996 ISA bus standard recommends that -
OCR Scan
NE2100 NE1500T

10P9R

Abstract: it8889 # IOCS16# IRQ10 IRQ11 IRQ12 IRQ15 IRQ14 DACK0# DRQ0 DACK5# DRQ5 DACK6# DRQ6 DACK7# DRQ7 VCC , 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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Original
10P9R it8889 9P8R-10K BC22 CON18X2 BC21 IT8889 ITSA-CG-98111 DK-8889-4J-D01 ITSA-CG-98-111 REQ64

isa bus schematics

Abstract: mace . iocs16.trst = csboard iocs16 = /mod16 * csboard * /(b1 * /b0 * /bsa4 * /bsa3) + mod16 * /( csboard * ( b1 , IOCS16* Timing MOD16 RDY MOD16 RDY M OD16 RDY Some PC-AT compatible computers allow , jumper MOD16 will result in a timing where IOCS16* will not be asserted until IOCHRDY is deasserted. This will make the system believe that an 8 bit transfer is on-going. As soon as IOCS16* gets asserted , other computers, it is jumper selectable. Insert wait states on the ISA-Bus Modified IOCS16
Advanced Micro Devices
Original
PALCE16V8H-15PC/4 AM79C940 isa bus schematics mace 27s19 programming AM99C10A computer schematics 80386 79C940 RDY/MOD16/SWRESEN AM27LS19 PALCE16V8H-25PC/4 PALCE22V10H-25PC/4

sm2232

Abstract: SM2232 controller D2 / D2 / D2 B4 A1 / A1 / A1 C4 D9 / D9 / D9 D4 WP / #IOIS16 / #IOCS16 B5 A2 , INDUSTRIAL TEMP VIFDFC2xxxxUIx PIN FUNCTION DESCRIPTION (Continued) (Mode) Signal Function #IOCS16 , /#IOW TCYC tSU(ADR) tH(ADR) #IOR/#IOW pulse width tW #IOR/#IOW low to #IOCS16 low (recovery , #IOCS16 active tDF(IO16) Address valid to #IOCS16 released tR(IO16) Max Min Max Min Max , low to #IOCS16 low (recovery time) tREC Data valid before #IOW tSU(IOWR) Data valid after #IOW tH
Viking Modular Solutions
Original
VIFDFC20128UC5 VIFDFC21024UC7 sm2232 SM2232 controller sm2232 16GB Nand flash sm2232* SM2232 controller SM2232 controller datasheet vifdfc20128 VIFDFC20032UC1 VIFDFC20032UC2 VIFDFC20064UC2 VIFDFC20064UC5 VIFDFC20128UC6

CY7C64603-80NC

Abstract: DD15 SN75240PW IORDY 25 IOCS16 26 DMARQ 27 59 U3 MAX882 D5V C14 2 2.2 5 8 7 2 , CY7C64603-80NC IOCS16 DMARQ XCLK CLKOUT DA0 DA1 DA2 WAKEUP# SCL SDA CS0# CS1 , KEYPIN DMARQ GND DIOW# GND DIOR# GND IORDY CSEL DMACK# GND INTRQ IOCS16 DA1 PDIAG# DA0 DA2 , 3 DD8 DD9 DD10 DD11 DD12 DD13 DD14 DD15 IOCS16 3.3V C13 DA2 CS1# 0.1 ATA
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Original
2N4401 DD15 DD10 DD11 DD12 NC10 24LC00/01/64

74LS688

Abstract: s1d13502 , the IOCS16# bus signal must be driven externally to indicate such a cycle. As stated in the ISA specification, the IOCS16# is a straight address decode without qualification. IOCS16EN# = !(!IOCS# & A9 & A8 & , , VD11-12, VD14-15 MEMR IOW# IOW# IOR# IOR# READY IOCHRDY 1 3 IOCS16# A 2 , , therefore minimal external circuitry is necessary to provide signals IOCS# and IOCS16# IOCS# is required by , the IOCS16# and MEMCS16# signals. 1.4 S1D13502 Default Setup 1.4.1 Configuration Options 1
EPSON
Original
74LS688 AB-019 isa bus 74LS00 DATA S5U13502 X16-AN-003-06 16-BIT 74LS00 SA0-19 AB0-19

P82B305

Abstract: 80386 microprocessor architecture , RESET, ERROR#, IOCS16#, NPCS# and IRQ 13 generation logic. This logic can be integrated into a single , and COPEN# are both inactive 7. IOCS16* to the 82C301 is activated when the 287 is accessed to inform
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OCR Scan
74P244 P82B305 80386 microprocessor architecture 80C301 P82C301C TC19G032AT intel 82C301 CS8230 AT/386 CS8230-25 82C302 DK8230 PA062

CARD-486D4

Abstract: CARD-386 SD015 16 MEMCS16# IOCS16# CARD-486HB 16 MEMCS16#/IOCS16#"Wired Or" CARD-486HB "Low"8 , -486HB/HBL Application Note 7.2.Buffered HDD Interface HDD /SA0.2/IOW#/IOR#/IOCS16# ISA IDE HDD , G# 74HCT244 A Y G# HDCS0# HDCS1# RESETDRV IRQ14 IOCS16# VCC5 Rev.A 17 IDE HDD , # IOR# HDCS0# HDCS1# RESETDRV IRQ14 IOCS16# VCC5 18 Rev.A CARD-486HB/HBL Application , # HDCS1# RESETDRV IRQ14 IOCS16# VCC5 74HC4066 Relay or Transistor SMOUT2 Reset IC 20
Seiko Epson
Original
CARD-486D4 CARD-386 EPSON CARD-486HB 74HC07 CARD-486 EPSON CARD-PC Technical Information MF1061-01 RS-232C 159/U1 160/U2 159/U240

TFT LCD display circuit diagram of 30 pin out

Abstract: 386SX -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 , access is available. 58 IOCS16 O TTL 32 REFRESH I TTL MA[9:0] O CMOS , 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
Panasonic
Original
MN89303A TFT LCD display circuit diagram of 30 pin out 386SX 386DX MD10 MD11 MD14 QFH128-P-1818

ISA BUS spec

Abstract: SC310 register instead of MEMCS16. Fast Commands Seen On The ISA Bus MEMCS16 and IOCS16 Hold Time ROM , occur during the ROM access. The MEMCS16 and/or IOCS16 hold time becomes an issue when using an ISA , is that the MEMCS16 and/or IOCS16 signal may still be asserted by the ISA device at the beginning , IOCS16 is still asserted at a low level by the ISA device when the ROM access starts, the ROM access , 8-bit ROM accesses, the MEMCS16 and/or IOCS16 signal must become inactive less than 30 nsec after
Advanced Micro Devices
Original
ISA BUS spec EB41 SD15

NS486SXF

Abstract: EPM7032LC44-6 ; 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
National Semiconductor
Original
NS486SXF PC104 EPM7032LC44-6 EPM7032LC44 not gate Altera PCMCIA 07NOV96 PC104SEL/ PC/104 13NOV96

IT8888F

Abstract: it8888 134 33 34 79 78 73 83 82 66 67 75 71 72 68 65 IOR# IOW# AEN MEMR# MEMW# IOCS16# , 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
ITE Tech
Original
IT8888F it8888 271024 EPROM 271024 AD10 AD11 IT8888 IT8888-090998 RP10-10K 318MH

DELL power supply diagram

Abstract: SM222 / VCC / VCC VCC / VCC / VCC D2 / D2 / D2 WP / #IOIS16 / #IOCS16 A4 / A4 / A4 #CSEL / #CSEL / #CSEL RDY , ) Signal #IOCS16 #IOIS16 #IORD #IOWR #OE N/C #PDIAG (Mode) Function (IDE) 16 bit I/O (I/O) 16 bit I/O (All , #IOR/#IOW low to #IOCS16 low (recovery time) Data valid before #IOW tSU(IOWR) Data valid after #IOW tH , ) Address valid to #IOCS16 active tDF(IO16) Address valid to #IOCS16 released tR(IO16) tSU(ADR) tH(ADR , low to #IOCS16 low (recovery time) Data valid before #IOW tSU(IOWR) Data valid after #IOW tH(IOWR
Viking Modular Solutions
Original
VRFDFC20032KC1 VRFDFC20064KC2 VRFDFC20128KC6 VRFDFC20256KC6 VRFDFC20512KC7 SM222 DELL power supply diagram sm222 flash controller VRFDFC20032KC2 VRFDFC20064KC5 VRFDFC20128KC5

sm2232

Abstract: SM2232 controller VCC / VCC / VCC VCC / VCC / VCC D2 / D2 / D2 WP / #IOIS16 / #IOCS16 A4 / A4 / A4 #CSEL / #CSEL / #CSEL , /26/2012 Viking Technology PIN FUNCTION DESCRIPTION (Continued) Signal #IOCS16 #IOIS16 #IORD , Notes tSU(ADR) tH(ADR) #IOR/#IOW pulse width tW #IOR/#IOW low to #IOCS16 low (recovery time) tREC , valid after #IOR tH(IORD) Data tristate after #IOR tHZ(IORD) Address valid to #IOCS16 active tDF(IO16) Address valid to #IOCS16 released tR(IO16) True IDE Mode PIO Read/Write Timing (Modes 4~6) Parameter
Viking Technology
Original
SM223
Abstract: IORD High to Data Floating A4-A15, AEN Low, BALE High to IOCS16 Low Cycle time* mln 25 20 typ , Rising A4-A15, AEN Low, BALE High to IOCS16 Low Cycle time* min 25 20 30 9 typ max unite ns , ADDRESS IOCS16 Parameter «9 t18 t19 Control Active to IOCHRDY Low IOCHRDY Width when Data is , AO-15. SBHE BALE \ t3 IOCS16 IORD IOWR / min 20 20 25 20 25 Parameter tl t2 t3 -
OCR Scan
DO-15

i386DX

Abstract: i386SX REFRESH MEMR GND IOCS16 MEMCS16 VDD SA1 MEMW IOCHRDY IOWR IORD BIOSEN AEN SBHE GND SD15 , IOCS16 O TTL I/O Chip Select 16 This output indicates to the system that 16-bit I/O access is , 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
Panasonic
Original
MN89302 i386DX i386SX diode r639 i386 Engine SA10 256/260K

VG-469 Reference Design #4

Abstract: 3941S-A *IOCS16 IRQ10 IRQ11 IRQ12 IRQ15 IRQ14 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 D16 D17 D18 *MEMCS16 *IOCS16 IRQ10 IRQ11 IRQ12 IRQ15 IRQ14 + C1 33uF + C2 , J1 *IOCS16 *IOCS16 3 19 1 R23 110 VCC 47K U7B 74F125 100K 2 3 4 5 6 , 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
Vadem
Original
VG-469 SI9933 VG-469 Reference Design #4 3941S-A CON40A BSA16 R113B BLA20 469REF 74HCT04 IN5818 MIC2558 SI9953

RF5C366

Abstract: T32A BALE SA3 SA2 SYSCLK SA1 SA0 MEMCS16# SBHE# IOCS16# LA23 IRQ10 LA22 IRQ11 LA21 VCC IRQ12 LA20 IRQ15 LA19 , SD8 MEMW# MEMR# LA17 LA18 IRQ14 LA19 IRQ15 LA20 IRQ12 VCC LA21 IRQ11 LA22 IRQ10 LA23 IOCS16# SBHE , 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 , B9 B10 B11 B12 B13 B14 B15 B16 IOCS16# IRQ11 IRQ12 IRQ14 MEMR# SD9 SD12 SD15 BCD2 BCD8 BBVD2/SPKR
Ricoh
Original
RF5C366 T32A I82365 t19b ic RF5C266 T71-T72 RF5C296/RF5C396L/RB5C396/RF5C396 EA-028-9610 RB5C396 BGA-256-P1 RF5C396 QFP-208-P1

panasonic lcd tft panel

Abstract: 386SX -FP -LP -DISP -DCLK -VDD -Vss -IOCS16 -MEMCS16 -10CHRDY -vDD -Vss -SD0 -SDÌ -SD2 -SD3
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OCR Scan
panasonic lcd tft panel 0D1S414

256Kx4 VRAM

Abstract: SADI BUSCLK B5Ö" < löW ft/ 615 < IORD/ b 14 < SMEMW/ T>\\ till < SMÊKih/ KiA B12 4 RDY All) dU o DW < IÖCS16 , IOCS16/ [DS16/] {Reserved} 23c IOWR/ IORD/ 25r MEMW/ i4 c MEMR/ 18c RDY 65525 MHz ~ K iT , [ADL/] 23 IOWR/ 22: IORD/ 25: MEMW/ 24: MEMR/ 18 RDY 19, IT OWS/ 16, IRQ IOCS16/ {DISA/} , /> SMEMW/ SMEMR/ RDY ows / JEQ 2_ IOCS16/ ACT27 ACT125 ACT20 IOWR
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OCR Scan
F8680 256Kx4 VRAM SADI chips 65520 flat panel vga dip vram 386sx schematic 82C404A/B 82C404A 82C404B 82C404
Abstract: ADDRESS BIT A9 HCSO 39 HOST CHIP SELECTO HWR 43 HOST WRITE ENABLE HRD 44 HOST READ ENABLE IOCS16 HRST , capacitances. · Test Circuit IOCS16 50 PF 300 OHMS 4.5V I N O T E : A w rite occurs during th , Time IOCS16 Valid from HCS IOCS16 Valid from Address IOCS 16 Inactive from HCS IOCS16 Inactive from , High HCS and HRD Inactive Read Cycle Time IOCS16 Valid from HCS IOCS16 Valid from Address IOCS 16 -
OCR Scan
SPC3010 QFP5-100

JUMPtec

Abstract: BERG DIMM CONNECTOR 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 , . If /MEMCS16 is low, an access to peripherals is done 16 bit wide. /IOCS16 (16 Bit I/O Chip Select) input to CPU modules open collector output on any other module The /IOCS16 signal determines when a 16 , requesting a 16 bit I/O cycle and the /IOCS16 line is high. If /I/OCS16 is high, 16 bit CPU cycles are
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Original
JUMPtec BERG DIMM CONNECTOR DIMM-PC DIMMPC P996 SA18 D-94469 DIMMD110 DIMMD111 DIMMD112 DIMMD113 DIMMD114

JUMPtec DSTN

Abstract: JUMPtec 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 , . If MEMCS16# is low, an access to peripherals is done 16 bit wide. IOCS16# (16 Bit I/O Chip Select) input to CPU modules open collector output on any other module The IOCS16# signal determines when a 16 , requesting a 16 bit I/O cycle and the IOCS16# line is high. If IOCS16# is high, 16 bit CPU cycles are
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Original
DIMMD120 JUMPtec DSTN JUMPtec isa jumptec DIMM PC gpcs0 DIMMD115 DIMMD116 DIMMD117 DIMMD118 DIMMD119

EPSON DX5

Abstract: uPD765 MEMCS16# 16 GREEN 134 GRTN 56 HDCS0# 174 HDCS1# 96 SA4 214 IOCS16# 17 RED 135 RRTN , ] IOW# IOCS16# MEMR# MEMW# SMEMW# ISA 01MByte Rev.B EPSON 7 , Write (IOW#) I/O I/O Chip Select 16 (IOCS16#) CARD-586 16 I/O CARD-586 16 I/O 1 8 I , :17] Valid SA[19:2] Valid SA[1:0] SBHE# IOR# IOW# Valid IOCS16# WS0# IOCHRDY , ] Valid SA[19:2] Valid SA[1:0] SBHE# IOR# IOW# Valid IOCS16# WS0# IOCHRDY SD[7:0
Seiko Epson
Original
EPSON DX5 uPD765 diagram of epson tx 121 printer dx5 epson SEK6669P01 74LS612 MF1023-03 10-16M 10-17M 3-5-2413F 461-00051-10-244F 980-08114-1-14F

DD10

Abstract: DD11 DD14 DD15 (keypin) GND GND GND CSEL GND IOCS16# PDIAG# DA2 CS1# GND VDD GND I/O I/O , DMA request[DMARQ] O 21 Drive interrupt[INTRQ] Drive 16-bit I/O[IOCS16#] O O 31 32 , IOCS16# PDIAG# DASP# IORDY CSEL RESET Circuit POR# RES# 64Mbit AND 256Mbit AND Flash , ) IOCS16# Delay Falling from Address * IOCS16# Delay Rising from Address * 35 35 ns ns The maximum load on IOCS16# are 1 LSTTL with 50 pF total load. * "Address" includes DA2-DA0 and CS0#, CS1
Mitsubishi
Original
MF6128M-02BJ MF6256M-02BJ MF6512M-02BJ MF6640M-02BJ MF601G2-02BJ 128MB
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