bus arbitration
Abstract: p22v10 VME bus arbitration AN900 GAL22V10 gal22v10 application
Text: VME Bus Arbitration Using a GAL 22V10 Figure 1. The Bus Arbitration Process Introduction The GAL22V10 provides a quick solution to bus arbitration and control needs. In this application note, we discuss how a VME bus arbitration circuit can be easily implemented within a GAL22V10, while leaving logic
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22V10
GAL22V10
GAL22V10,
bus arbitration
p22v10
VME bus arbitration
AN900
gal22v10 application
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VME bus arbitration
Abstract: p22v10 bus arbitration GAL22V10 bus arbiter
Text: VME Bus Arbitration Using a GAL 22V10 Figure 1. The Bus Arbitration Process Introduction The GAL22V10 provides a quick solution to bus arbitration and control needs. In this application note, we discuss how a VME bus arbitration circuit can be easily implemented within a GAL22V10, while leaving logic
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22V10
GAL22V10
GAL22V10,
VME bus arbitration
p22v10
bus arbitration
bus arbiter
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GAL22V10
Abstract: VME bus arbitration
Text: VME Bus Arbitration Using a GAL 22V10 Figure 1. The Bus Arbitration Process Introduction The GAL22V10 provides a quick solution to bus arbitration and control needs. In this application note, we discuss how a VME bus arbitration circuit can be easily implemented within a GAL22V10, while leaving logic
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22V10
GAL22V10
GAL22V10,
VME bus arbitration
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p22v10
Abstract: AN900 GAL22V10
Text: VME Bus Arbitration Using a GAL 22V10 Figure 1. The Bus Arbitration Process Introduction The GAL22V10 provides a quick solution to bus arbitration and control needs. In this application note, we discuss how a VME bus arbitration circuit can be easily implemented within a GAL22V10, while leaving logic
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22V10
GAL22V10
GAL22V10,
p22v10
AN900
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GAL22V10
Abstract: p22v10 priority arbitration system
Text: VME Bus Arbitration Using a GAL 22V10 Figure 1. The Bus Arbitration Process Introduction The GAL22V10 provides a quick solution to bus arbitration and control needs. In this application note, we discuss how a VME bus arbitration circuit can be easily implemented within a GAL22V10, while leaving logic
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22V10
GAL22V10
GAL22V10,
p22v10
priority arbitration system
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master -k80s software
Abstract: parallel bus arbitration I2C slave LC4256ZE LFXP2-5E-5M132C RD1054 8 bit register in verilog
Text: Arbitration and Switching Between Bus Masters February 2010 Reference Design RD1067 Introduction Since the development of the system bus that allows multiple devices to communicate with one another through a common channel, bus arbitration has been a critical component of system designs. Devices capable of controlling
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RD1067
LFXP2-5E-5M132C
1-800-LATTICE
master -k80s software
parallel bus arbitration
I2C slave
LC4256ZE
RD1054
8 bit register in verilog
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Untitled
Abstract: No abstract text available
Text: DS3885 DS3885 BTL Arbitration Transceiver MIL-STD-883 Literature Number: SNOS715A March 1994 DS3885 BTL Arbitration Transceiver MIL-STD-883 General Description Features The DS3885 is one in a series of transceivers designed specifically for the implementation of high performance Futurebus a and proprietary bus interfaces The DS3885 Arbitration Transceiver is designed to conform to IEEE 1194 1
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DS3885
DS3885
MIL-STD-883
SNOS715A
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TFB2010
Abstract: bus arbitration CA10
Text: TFB2010M FUTUREBUS+ ARBITRATION BUS CONTROLLER SGLS074 – JANUARY 1992 – REVISED NOVEMBER 1993 • • • • • • Supports Distributed Arbitration for Futurebus+ Master Selection Supports Arbitrated Messages In Distributed and Central Modes Enables Use of a Common Hardware and
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TFB2010M
SGLS074
TFB2010
bus arbitration
CA10
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TFB2010
Abstract: CA10
Text: TFB2010 FUTUREBUS+ ARBITRATION BUS CONTROLLER SLLS125A – OCTOBER 1990 – REVISED NOVEMBER 1993 • • • • • • • Supports Distributed Arbitration for Futurebus+ Master Selection Supports Arbitrated Messages in Distributed and Central Modes Enables Use of a Common Hardware and
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TFB2010
SLLS125A
TFB2010
CA10
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TFB2010
Abstract: CA10
Text: ą TFB2010 FUTUREBUS+ ARBITRATION BUS CONTROLLER ą SLLS125A − OCTOBER 1990 − REVISED NOVEMBER 1993 • • • • • • • • Supports Distributed Arbitration for Futurebus+ Master Selection Supports Arbitrated Messages in Distributed and Central Modes
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TFB2010
SLLS125A
TFB2010
CA10
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TFB2010
Abstract: CA10
Text: TFB2010 FUTUREBUS+ ARBITRATION BUS CONTROLLER SLLS125A – OCTOBER 1990 – REVISED NOVEMBER 1993 • • • • • • • Supports Distributed Arbitration for Futurebus+ Master Selection Supports Arbitrated Messages in Distributed and Central Modes Enables Use of a Common Hardware and
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TFB2010
SLLS125A
TFB2010
CA10
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LI 20 AB
Abstract: C1995 DS3875 DS3883A DS3884A DS3885 DS3885V DS3885VF V44A VF44B
Text: DS3885 BTL Arbitration Transceiver General Description Features The DS3885 is one in a series of transceivers designed specifically for the implementation of high performance Futurebus a and proprietary bus interfaces The DS3885 Arbitration Transceiver is designed to conform to IEEE 1194 1
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DS3885
20-3A
LI 20 AB
C1995
DS3875
DS3883A
DS3884A
DS3885V
DS3885VF
V44A
VF44B
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bus arbitration
Abstract: EP201 LFX1200B MPC8260
Text: Eureka Technology Product Summary EP201 PowerPC Bus Master FEATURES • Fully supports PowerPC 60x bus protocol, include PowerPC 603, 604, 740, 750 and 8260. • Automatic bus arbitration for address bus and data bus based on internal bus request. • Separate address bus and data bus tenure with individual grant signals.
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EP201
MPC8260
LFX1200B
94Mhz
bus arbitration
LFX1200B
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EP201
Abstract: LFX1200B MPC8260 PowerPC 8260
Text: Product Summary EP201 PowerPC Bus Master FEATURES • Fully supports PowerPC 60x bus protocol, include PowerPC 603, 604, 740, 750 and 8260. • Automatic bus arbitration for address bus and data bus based on internal bus request. • Separate address bus and data bus tenure with individual grant signals.
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EP201
MPC8260
LFX1200B
94Mhz
LFFC20
115Mhz
LFX1200B
PowerPC 8260
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TFB2010
Abstract: CA10
Text: TFB2010 FUTUREBUS+ ARBITRATION BUS CONTROLLER SLLS125A – OCTOBER 1990 – REVISED NOVEMBER 1993 • • • • • • • Supports Distributed Arbitration for Futurebus+ Master Selection Supports Arbitrated Messages in Distributed and Central Modes Enables Use of a Common Hardware and
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TFB2010
SLLS125A
TFB2010
CA10
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LI 20 AB
Abstract: C1995 DS3875 DS3884A DS3885 DS3886A WA48A
Text: March 1994 DS3885 BTL Arbitration Transceiver MIL-STD-883 General Description Features The DS3885 is one in a series of transceivers designed specifically for the implementation of high performance Futurebus a and proprietary bus interfaces The DS3885 Arbitration Transceiver is designed to conform to IEEE 1194 1
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DS3885
MIL-STD-883
DS3885
LI 20 AB
C1995
DS3875
DS3884A
DS3886A
WA48A
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DS478
Abstract: 0xC0000088 arbitration scheme 0xC000004
Text: OPB PCI Arbiter DS478 August 5, 2004 Product Specification Introduction LogiCORE Facts The OPB PCI Arbiter provides arbitration among several PCI Master devices. Parametric selection determines the number of masters competing for PCI bus control. Both fixed and rotating arbitration schemes may be selected by
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DS478
0x100001DC,
0xC0000088
arbitration scheme
0xC000004
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MPC8247
Abstract: MPC8248 MPC8271 MPC8272 16k x 8 ram powerpc 603e advanced information 516-pin
Text: Integrated Communications Processors MPC8272 PowerQUICC II Processor Family MPC8272 BLOCK DIAGRAM System Interface Unit SIU Memory Controllers GPCM/UPM/SDRAM Classic G2 MMUs 60x Bus Interface Unit FPU Power Management JTAG/COP Timers 60x Bus Bus Arbitration
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MPC8272
MPC8272
60x-to-PCI
32-bit
MPC8247,
MPC8248,
MPC8271
10-Base-T,
MPC8247
MPC8248
16k x 8 ram
powerpc 603e advanced information
516-pin
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motorola 74LS08
Abstract: bus arbitration protocol 74LS04 74LS08 bus arbitration MC68EC020 H 74LS04 74F74 M68020 motorola 74LS04
Text: APPENDIX A INTERFACING AN MC68EC020 TO A DMA DEVICE THAT SUPPORTS A THREE-WIRE BUS ARBITRATION PROTOCOL The MC68EC020 supports a two-wire bus arbitration protocol; however, it may become necessary to interface the MC68EC020 to a device that supports a three-wire arbitration
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MC68EC020
74LS08
74LS04
MC68EC020)
74F74
motorola 74LS08
bus arbitration protocol
bus arbitration
H 74LS04
74F74
M68020
motorola 74LS04
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M82C284
Abstract: No abstract text available
Text: intei M82289 BUS ARBITER FOR M80286 PROCESSOR FAMILY Military Supports Multi-Master System Bus Arbitration Protocol Three Modes of Bus Release Operation for Flexible System Configuration Synchronizes M80286 Processor with Multi-Master Bus Supports Parallel, Serial, and Rotating
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M82289
M80286
20-pin
M82289
M80286
mi777
M82C284
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68EC000
Abstract: EC000 M68000 MC68306
Text: SECTION 3 68000 BUS OPERATION DESCRIPTION This section describes control signal and bus operation during data transfer operations, bus arbitration, bus error and halt conditions, and reset operation. NOTE The terms assertion and negation are used extensively in this
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MC68306
68EC000
EC000
M68000
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AM33C93A
Abstract: am33c93a-16jc whdi 12TH 44-PIN CDB11 Tri-State Buffer CMOS 33c93 AT-N02 AM33C93A-20KC/W
Text: Am33C93A Enhanced SCSI-Bus Interface Controller Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • implements full SCSI bus features: arbitration, disconnect, reconnect, parity generation/checking on both data ports, soft reset, and synchronous data transfers
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Am33C93A
am33c93a-16jc
whdi
12TH
44-PIN
CDB11
Tri-State Buffer CMOS
33c93
AT-N02
AM33C93A-20KC/W
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Untitled
Abstract: No abstract text available
Text: 82389 MESSAGE PASSING COPROCESSOR A MULTIBUS II BUS INTERFACE CONTROLLER • Highly Integrated VLSI Device — Single-Chip Interface for the Parallel System Bus IEEE 1296 — Interrupt Handling/Bus Arbitration Functions — Dual-Buffer Input and Output DMA
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32-Byte
32-Bit
CSM/002
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Untitled
Abstract: No abstract text available
Text: Philips Semiconductors Futurebus+ Products Preliminary specification Futurebus+ central arbitration controller GENERAL DESCRIPTION OF THE FB2012A FB2012A A requesting module becomes the bus master only after it receives the bus grant and the current bus master releases its tenure the
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FB2012A
FB2012A
FB2012A,
500ns
500ns
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