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1997 - EPM7032J

Abstract: 49FCT805 AD17 MAX708 REQ64 ACK64 TP67TP68
Text: # +5V +5V C/BE[0]# +3.3V AD[06] AD[04] GND AD[02] AD[00] +5V REQ64# +5V +5V 1A 2A 3A , REQ64# +5V +5V 1A 2A 3A 4A 5A 6A 7A 8A 9A 10A 11A 12A 13A 14A 15A 16A 17A 18A 19A , ] +5V REQ64# +5V +5V 1A 2A 3A 4A 5A 6A 7A 8A 9A 10A 11A 12A 13A 14A 15A 16A 17A , [02] AD[00] +5V REQ64# +5V +5V 1A 2A 3A 4A 5A 6A 7A 8A 9A 10A 11A 12A 13A 14A , [02] AD[00] +5V REQ64# +5V +5V 1A 2A 3A 4A 5A 6A 7A 8A 9A 10A 11A 12A 13A 14A


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PDF MAX708 EPM7032J EPM7032J 49FCT805 AD17 MAX708 REQ64 ACK64 TP67TP68
1997 - R19-R16

Abstract: 49FCT805 AD17 MAX708 REQ64 ACK64
Text: C/BE[0]# +3.3V AD[06] AD[04] GND AD[02] AD[00] +5V REQ64# +5V +5V TRST# +12V TMS TDI , /BE[0]# +3.3V AD[06] AD[04] GND AD[02] AD[00] +5V REQ64# +5V +5V TRST# +12V TMS TDI , [06] AD[04] GND AD[02] AD[00] +5V REQ64# +5V +5V TRST# +12V TMS TDI +5V INTA# INTC , ] GND AD[02] AD[00] +5V REQ64# +5V +5V TRST# +12V TMS TDI +5V INTA# INTC# +5V RESERVED , ] AD[00] +5V REQ64# +5V +5V TRST# +12V TMS TDI +5V INTA# INTC# +5V RESERVED +5V


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PDF MAX708 R19-R16 49FCT805 AD17 MAX708 REQ64 ACK64
PAR64

Abstract: BAD46 JS73 FRAME32 CLK32 CON10A-JTAG CON20B RST32 BAD32 led par64
Text: AD[02] AD[00] +Vi/o REQ64# +5V +5V AD[08] AD[07] +3.3V AD[05] AD[03] GND AD[01] +Vi/o , GND GND C/BE[0]# +3.3V AD[06] AD[04] GND AD[02] AD[00] +Vi/o REQ64# +5V +5V AD[08 , FRAME32 IS CONNECTED HERE AS REQ64 OUT PARK64_2 REQ3 REQ4 GNT3 REQ5 REQ6 B_REQ64 GNT4 , SERR 4 REQ32_0 REQ32_1 REQ32_2 GNT[0.2] FRAME32 IS INSERTED TO THE 64 Bit ARB. AS REQ64 , BLOCK.SCH J5 CLK[0.2] REQ32_3 REQ32_4 REQ32_5 REQ32_6 REQ[3.6] PAR64 ACK64 REQ64


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PDF IDSEL32_ REQ32_ CLK32_ MODE64 PARK32 REQ32 FRAME32 MODE32 PAR64 BAD46 JS73 FRAME32 CLK32 CON10A-JTAG CON20B RST32 BAD32 led par64
FRAME32

Abstract: bad33 CON10A-JTAG PAR64 JS47 74FCT163244CPA JS-54 JS29 CON20B CLK32
Text: AD[02] AD[00] +Vi/o REQ64# +5V +5V AD[08] AD[07] +3.3V AD[05] AD[03] GND AD[01] +Vi/o , GND GND C/BE[0]# +3.3V AD[06] AD[04] GND AD[02] AD[00] +Vi/o REQ64# +5V +5V AD[08 , 17 18 19 20 21 PDn FRAME32 IS CONNECTED HERE AS REQ64 OUT PARK64_2 REQ3 REQ4 GNT3 , 64 Bit ARB. AS REQ64 REQ[3.6] IDSEL32_0 IDSEL32_1 IDSEL32_2 CBE[0.3] PAR32 PERR32 , ACK64 REQ64 IRDY32 TRDY32 STOP32 SERR32 PERR32 MAIN_CLK64 CLK32_[0.2] CLK32_0 CLK32


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PDF IDSEL32_ REQ32_ CLK32_ PARK32 GNT32 FRAME32 MODE32 STOP32 PRKLST32 FRAME32 bad33 CON10A-JTAG PAR64 JS47 74FCT163244CPA JS-54 JS29 CON20B CLK32
2000 - ad 152 transistor

Abstract: electronic lock schematic diagram B77AD ad 161 REQ64 M66EN HPC3130A CBT3306 CBT3257 HDR1X2 green
Text: _0 ATTN0_0 CLKON#0 BUSON#0 REQ64ON#0 SLOTRST#0 PRSNT2#0 PRSNT1#0 PWRGOOD#0 PWRFAULT#0 PWRON/OFF , #0 PWRON/OFF#0 DETECT1#0 DETECT0#0 SLOTREQ64#0 REQ64ON#0 R80 0 1 Figure 11­8. Sample , -bit implementation: REQ64ON [3:0], REQ64ON [3:0], and SLOTREQ64[3:0]. An important note is that REQ64 and ACK64 need , on REQ64. Both solutions will allow REQ64 to be asserted to a particular slot without it being , +3.3V AD[06] AD[04] GND AD[02] AD[00] +V I/O REQ64# +5V +5V PCI 32­A RES1 RES2 RES3 RES4


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PDF HPC3130A SCPU010 IRF7413 047uF EVM12V 12VIN 12VOUT LTC1643 ad 152 transistor electronic lock schematic diagram B77AD ad 161 REQ64 M66EN HPC3130A CBT3306 CBT3257 HDR1X2 green
2004 - 9A78

Abstract: XPC190VFA MPC190CE MPC190VFB MPC8245 0x00000012 PPC190VF Q303 REQ64 XPC190VFB
Text: © Freescale Semiconductor, Inc., 2004. All rights reserved. Errata No. 1: REQ64 Internal Delay Detailed Description and Projected Impact: The PPC190 does not sample the PCI REQ64 signal at the correct , REQ64 during RESET to all 64-bit slots. The PCI device samples REQ64 on the negation of reset to , , which causes it to sample REQ64 too late. Thus, the MPC190 thinks it is in a 32-bit slot. To terminate , only in a 32-bit slot. Delay the negation of REQ64 at RESET past the worst-case time for the MPC190 to


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PDF MPC190CE MPC190 PPC190VF XPC190VFA XPC190VFB 9A78 XPC190VFA MPC190CE MPC190VFB MPC8245 0x00000012 PPC190VF Q303 REQ64 XPC190VFB
2000 - OPT300

Abstract: No abstract text available
Text: #. ACK64# may only be asserted, when REQ64# was asserted before (ACK64# is a response to REQ64# ). A 64-bit initiator asserts REQ64# with the same timing as FRAME# to request a 64-bit data transfer. It deasserts REQ64# with FRAME# at the end of the transaction. If a 64-bit target is addressed by a transaction that does have REQ64# asserted with FRAME#, the target asserts ACK64# with DEVSEL# to complete the transaction as a 64-bit target. It deasserts ACK64# with DEVSEL# at the end of the transaction. REQ64# must


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PDF E2922B E2922B 5968-9577E OPT300
2003 - M66EN

Abstract: MPC190 MPC190VFB MPC8245 PPC190 PPC190VF Q303 REQ64 XPC190VFB
Text: No. 1: REQ64 Internal Delay Detailed Description and Projected Impact: The PPC190 does not sample the PCI REQ64 signal at the correct time when operating at 66 MHz. For a 64-bit PCI bus (any clock speed), the system board asserts the REQ64 during RESET to all 64-bit slots. The PCI device samples REQ64 on the negation of reset to determine the width of the slot that it is inserted into (32 or , sample REQ64 too late. Thus, the MPC190 thinks it is in a 32-bit slot. To terminate the remaining 32


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PDF MPC190CE/D MPC190 MPC190 PPC190VF XPC190VFA XPC190VFB M66EN MPC190VFB MPC8245 PPC190 PPC190VF Q303 REQ64 XPC190VFB
2003 - M66EN

Abstract: XPC190VFB REQ64 Q303 PPC190VF PPC190 MPC8245 MPC190VFB MPC190 XPC190VFA
Text: XPC190VFB 3­6, 9­12 Errata No. 1: REQ64 Internal Delay Detailed Description and Projected Impact: The PPC190 does not sample the PCI REQ64 signal at the correct time when operating at 66 MHz. For a 64-bit PCI bus (any clock speed), the system board asserts the REQ64 during RESET to all 64-bit slots. The PCI device samples REQ64 on the negation of reset to determine the width of the slot that it , operating at 66 MHz (M66EN high), the MPC190 internally delays its reset, which causes it to sample REQ64


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PDF MPC190CE/D MPC190 MPC190 PPC190VF XPC190VFA XPC190VFB REQ64 PPC190 M66EN XPC190VFB Q303 PPC190VF MPC8245 MPC190VFB XPC190VFA
2000 - OPT300

Abstract: practical application of parity checker phase sequence checker for 3 phase supply 5968-9694E REQ64 E2922B FS2104 E2940 1101RU
Text: #. ACK64# may only be asserted, when REQ64# was asserted before (ACK64# is a response to REQ64# ). A 64-bit initiator asserts REQ64# with the same timing as FRAME# to request a 64-bit data transfer. It deasserts REQ64# with FRAME# at the end of the transaction. If a 64-bit target is addressed by a transaction that does have REQ64# asserted with FRAME#, the target asserts ACK64# with DEVSEL# to complete the transaction as a 64-bit target. It deasserts ACK64# with DEVSEL# at the end of the transaction. REQ64# must


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PDF E2922B E2922B 5968-9577E OPT300 practical application of parity checker phase sequence checker for 3 phase supply 5968-9694E REQ64 FS2104 E2940 1101RU
1996 - DE-A10

Abstract: SED1345 TP177 JS41 29F400 flash SOD-17 act 30b equivalent DEA10 GALILEO TECHNOLOGY procedure TP61 equivalent
Text: No file text available


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PDF 64-bit R4600, R4650, R4700 80MHz 200MHz 50MHz 512KB 128MB DE-A10 SED1345 TP177 JS41 29F400 flash SOD-17 act 30b equivalent DEA10 GALILEO TECHNOLOGY procedure TP61 equivalent
REF028

Abstract: RSVD16 AD591 CLKB25 PC PSU CIRCUIT diagram ad5462 ad54 RSVD10 AD30 AD8146
Text: AD61 KEY 63 GNT1 162 REQ64 1 AD63 AD0 2-6 VIO REQ64 ACK64 PERR , C2 0.1UF C7 47U 160 161 162 AD61 1 1 2 AD63 163 164 REQ64 KEY 66 67 , Diagrams REQ64 KEY 187 B­6 AD9 KEY-5V SLOT 1 2 zz004 STOP IO VDD , 68 69 70 66 67 PAR64 68 AD62 IO 63 158 VDD C4 0.1UF 157 REQ64 , 161 66 ACK64 4 160 KEY REQ64 R43 2 1 2.67K C5 0.1UF C10 R24 2 2.67K


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PDF zz001 zz008 REF028 RSVD16 AD591 CLKB25 PC PSU CIRCUIT diagram ad5462 ad54 RSVD10 AD30 AD8146
2001 - 21555

Abstract: REQ64 PCI Backplane A8453-01
Text: generation, arbitration, and REQ64# during reset. - The ability of the secondary interface to connect to , , clock generation, arbitration, reset generation, and REQ64# assertion during reset. 8 Application , the central function. The 21555 asserts the secondary signal REQ64# during the secondary bus reset , the primary bus. An external agent must assert the REQ64# signal on the primary bus during primary , REQ64# at reset to manage the devices on the primary side of the 21555. There are trade-off decisions


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PDF REQ64# 21555 REQ64 PCI Backplane A8453-01
2001 - GC80312

Abstract: 80312 SL57U 273425 REQ64 273410
Text: Specification, Revision 2.2 has a setup and hold spec for REQ64# with respect to RST#. Even though the Intel , S_RST#", the PCI Local Bus Specification, Revision 2.2 states that the RST# to REQ64# hold time is 0-50ns. Since the RST# to REQ64# hold time can be zero, compliant devices should be sampling REQ64# during the REQ64# to RST# setup time which is a minimum of 10 clock cycles. (see pages 128 & 135, table


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PDF REQ64# GC80312 80312 SL57U 273425 REQ64 273410
2007 - dell precision 670

Abstract: UCF virtex4 ML455 REQ64 M66EN UCF virtex-4 XC2C32 XC4VLX25 verilog code for pci to pci bridge bmde
Text: . The source bridge resource indicates to the PCI/PCI-X device the bus width through REQ64# at the rising edge of reset. If the bridge asserts REQ64# at the rising edge of RST#, it indicates a 64-bit bus. If the host does not assert REQ64# at the rising edge of RST#, the bus is 32 bits wide. Figure 1 , RST# REQ64# X938_01_082106 Figure 1: PCI Bus Width Indication From the time that power is , similar to the method used to indicate the bus width using REQ64#. Table 2 shows a subset of the


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PDF XAPP938 UG160) dell precision 670 UCF virtex4 ML455 REQ64 M66EN UCF virtex-4 XC2C32 XC4VLX25 verilog code for pci to pci bridge bmde
APIC D06

Abstract: intel core i7 P64H 82806AA M66EN T40 NO3 PAR64 REQ64 ir020 intel81
Text: /BE[7:4]# C/BE[3:0]# PAR64 PAR DEVSEL# FRAMES TRDY# IRDY# M66EN STOP# PERR# SERR# REQ64# REQ15:0]# GNT , . During the address phase (when dual address command is used and REQ64# Is asserted), the upper 32 bits are transferred. During the data phase, an additional 32 bit of data are transferred when REQ64# and , used and REQ64# is asserted), the initiator will drive the transaction type on C/BE[7:4]#. Otherwise , phase, the initiator will drive byte enables for the AD[63:32] data bits when REQ64# and ACK64# are both


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PDF 82806AA 402bl Mfi2bl75 021Dlfi4 APIC D06 intel core i7 P64H M66EN T40 NO3 PAR64 REQ64 ir020 intel81
1999 - APIC D06

Abstract: 82806AA M66EN P64H PAR64 REQ64
Text: # FRAME# TRDY# IRDY# M66EN STOP# PERR# SERR# REQ64# REQ[5:0]# GNT[5:0]# ACK64# PCIRST# PLOCK , the PCI bus. During the address phase (when dual address command is used and REQ64# is asserted), the , REQ64# and ACK64# are both asserted. Unused AD[63:32] signals should be pulled up, to a valid logic , field. During the address phase (when the dual address command is used and REQ64# is asserted), the , enables for the AD[63:32] data bits when REQ64# and ACK64# are both asserted. Unused C/BE[7:4]# signals


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PDF 82806AA APIC D06 M66EN P64H PAR64 REQ64
2002 - Not Available

Abstract: No abstract text available
Text: , when REQ64# was asserted before (ACK64# is a response to REQ64# ). A 64-bit initiator asserts REQ64# with the same timing as FRAME# to request a 64-bit data transfer. It deasserts REQ64# with FRAME# at the end of the transaction. If a 64-bit target is addressed by a transaction that does have REQ64# , -bit target. It deasserts ACK64# with DEVSEL# at the end of the transaction. REQ64# must not be used with , Memory read DWORD) use 64-bit data transfers. For DWORD Transactions, REQ64# must be deasserted. PERR


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PDF E2929B RS-232,
2007 - SPARTAN 3an

Abstract: XAPP457 PAR64 led par64 XAPP623 REQ64 LT1763CS8 xapp457.zip ds557 cbe C1010
Text: , PERR# · IRDY#, FRAME#, REQ64# · TRDY#, STOP#, DEVSEL#, ACK64# · INT#, PME#, SERR , #, REQ64# · TRDY#, STOP#, DEVSEL#, ACK64# · REQ# Now consider what the bus transaction , capable signals: · AD[63:0] · CBE[7:0] · PAR, PAR64 · IRDY#, FRAME#, REQ64# · , , ACK64#, and REQ64# from the signal list yields a maximum of 40 output pins simultaneously switching


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PDF XAPP457 com/bvdocs/appnotes/xapp653 LT1763 C1010 C1764 P1778 XAPP457 SPARTAN 3an PAR64 led par64 XAPP623 REQ64 LT1763CS8 xapp457.zip ds557 cbe
2001 - 82544EI

Abstract: RC82544GC q477 82544 Family of Gigabit Ethernet 82544GC FW82544EI q458 FW82544 82540EM Gigabit Ethernet Controllers Design Guide 303113
Text: . 16 24. 32-Bit Split-Completion Dependency on subsequent REQ64# , 24 X X X X X NoFix 32-Bit Split-Completion Dependency on subsequent REQ64# 16 , command/status register with an odd DWORD address (offset ending in 0x4) and REQ64# is asserted, the , : Upon initialization, the 82544EI/82544GC controller samples the REQ64# signal on the rising (inactive) edge of RST#. If REQ64# is sampled low (asserted), then the controller starts up with a 64-bit bus


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PDF 82544EI/82544GC 82544EI/82544GC 82544EI RC82544GC q477 82544 Family of Gigabit Ethernet 82544GC FW82544EI q458 FW82544 82540EM Gigabit Ethernet Controllers Design Guide 303113
2002 - LA 7840

Abstract: E2925B E2929B PAR64 REQ64 FS2104 "network interface cards"
Text: within 16 clocks of the assertion of FRAME#. ACK64# may only be asserted, when REQ64# was asserted before (ACK64# is a response to REQ64# ). A 64-bit initiator asserts REQ64# with the same timing as FRAME# to request a 64-bit data transfer. It deasserts REQ64# with FRAME# at the end of the transaction. If a 64-bit target is addressed by a transaction that does have REQ64# asserted with FRAME#, the , # with DEVSEL# at the end of the transaction. REQ64# must not be used with special cycle or interrupt


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PDF E2929B RS-232, LA 7840 E2925B E2929B PAR64 REQ64 FS2104 "network interface cards"
79CPC438

Abstract: AD27 AD29 AD30 pmc_ad30
Text: CP_AD19 CP_AD13 6 REQ64 +5V 6 6 CP_AD0 CP_AD29 CP_AD31 CP_AD27 CP_AD24 , PMC_INTD PMC_INTB CP_TCK 11 6 6 2 VIO REQ64 PMC_CB/E0 PMC_LOCK PMC_IRDY


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PDF 79PMC438 79CP438) 0x8000 STGSCH-00011 79CPC438 AD27 AD29 AD30 pmc_ad30
1998 - intel 865 MOTHERBOARD CIRCUIT diagram

Abstract: ad52 001 intel 865 MOTHERBOARD pcb CIRCUIT diagram PC MOTHERBOARD intel 865 circuit diagram PCI backplane Layout 865 intel MOTHERBOARD CIRCUIT diagram a6065 backplane layout AD4-612 AP-523
Text: # PAR64 REQ64# ACK64# LOCK# SERR# PERR# INTA# INTB# INTC# INTD# REQ# GNT# SBO# SDONE , following signals: · · · · · · · SBO# and SDONE# REQ64# and ACK64# FRAME#, IRDY#, TDY#, STOP , SYSCPU_GNT0 68 163 Key GNT1 67 68 AD61 REQ64 66 67 162 AD0 1 66 161 AD63 AD2 2-6 VIO REQ64 ACK64 PERR 151 R38 2 2.67K R41 2 2.67K , 53 54 149 AD3 47U 53 148 AD5 AD1 1 2 REQ64 1 2 47U C2


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PDF
1996 - a39 diode

Abstract: diode b34 A34 A44 a56 transistor diode B61 TP0903 AD14 b58 diode b49 diode diode a61
Text: 1 2 3 4 5 6 7 8 A A CLK TDD VCC VCC J0901 TP0901 TP C 1 AD31 AD29 AD27 AD25 B C/BE3# AD21 AD19 AD17 C/BE2# IRDY# DEVSEL# LOCK# PERR# SERR# C/BE1# AD14 AD12 AD10 AD8 AD7 C AD5 AD3 AD1 VCC B52 B53 B54 B55 B56 B57 B58 B59 B60 B61 B62 AD8 AD7 +3.3V AD5 AD3 GND AD1 +5V ACK64# +5V +5V C/BE0# +3.3V AD6 AD4 GND AD2 AD0 +5V REQ64# +5V +5V +12V INTA# VCC TP0902 TP C R0901 10K RST


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PDF J0901 TP0901 ACK64# REQ64# TP0902 R0901 TP0903 PCICON62 PCI9060 a39 diode diode b34 A34 A44 a56 transistor diode B61 TP0903 AD14 b58 diode b49 diode diode a61
1996 - AD14

Abstract: AD27 PCICON62B AD-12 AD17 AD29 AD12 J0701
Text: +5V ACK64# +5V +5V C/BE0# +3.3V AD6 AD4 GND AD2 AD0 +5V REQ64# +5V +5V PCICON62B


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PDF J0701 J0702 AD2N62B PCICON62A AD14 AD27 PCICON62B AD-12 AD17 AD29 AD12 J0701
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