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Not Available

Abstract: No abstract text available
Text: Package (15 x 15 Grid) The MPC 82389 is a highly integrated VLSI device that maximizes the performance , throughput. The MPC 82389 also supports geographic addressing by providing access to the local interconnect registers for reference and control. The MPC 82389 is designed to interface with an 8-, 16-, or 32 , sheet is supplemented by a MPC User's Manual, Intel literature number 176526-002. The MPC User’s , Dm34Sl 5-67 HOT 82389 1.0 MPC 82389 INTRODUCTION The 82389 Message Passing Coprocessor ( MPC


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PDF 32-Byte 32-Bit CSM/002
Not Available

Abstract: No abstract text available
Text: conjunction with the -IR D signal, all MPC outputs are disabled. 540 V L S I Tech n o lo gy , in c . , V L S I Tech n o lo gy , in c . VL82C389 MESSAGE-PASSING COPROCESSOR MULTIBUS® II FEATURES , Message-Passing Coprocessor ( MPC ) provides a highintegration interface solution for the Parallel System Bus , memory and I/O references on the iPSB bus. In addition, the MPC is designed to simplify implementation , space inter­ face, the VL82C389 MPC offloads the interprocessor communication tasks from the local


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PDF VL82C389 VL82C389 than100%
solna d30

Abstract: 74AS1804 AD23-AD16 bsc5 Multibus arbitration protocol AD31-AD24 vlsi technology Multibus ii protocol 8253 programme able interface 893000
Text: VM82C389 Message-Passing Coprocessor ( MPC ) provides a highintegration interface solution for the Parallel , well as memory and I/O references on the PSB bus. In addition, the MPC is designed to simplify , . By performing the message space interface, the VM82C389 MPC offloads the interprocessor communication , MPC component to decouple these resources yields several enhancements to system performance. For , processors being able to process other tasks in parallel, with message transfers being handled by the MPC


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PDF VM82C389 MIL-STD-883C VM82C389 O12341 solna d30 74AS1804 AD23-AD16 bsc5 Multibus arbitration protocol AD31-AD24 vlsi technology Multibus ii protocol 8253 programme able interface 893000
Multibus ii protocol

Abstract: 82389 Multibus arbitration protocol 82389 Message Passing Coprocessor A Multibus II Bus IEEE-1296
Text: 32-Bit CPU) - Low-Cost 8-Bit Microcontroller Interface - Dual-Port Memory Interface The MPC , the maximum bus performance and subsequently increase the system throughput. The MPC 82389 also , control. The MPC 82389 is designed to interface with an 8-, 16-, or 32-bit processor. The Parallel System , performance is possible due to decoupling of the CPU from the PSB. This data sheet is supplemented by a MPC User's Manual, Intel literature number 176526-002. The MPC User's Manual provides detailed information


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PDF 32-Byte 149-Pin 32-Bit CSM/002 Multibus ii protocol 82389 Multibus arbitration protocol 82389 Message Passing Coprocessor A Multibus II Bus IEEE-1296
Multibus ii protocol

Abstract: solna d30 176526 multibus II architecture specification
Text: V L S I Tech n o lo gy , in c . _ VM82C389 , DESCRIPTION The VM82C389 Message-Passing Coprocessor ( MPC ) provides a highintegration interface solution for , spaces, as well as memory and I/O references on the PSB bus. In addition, the MPC is designed to simplify , . By performing the message space inter face, the VM82C389 MPC offloads the interprocessor , . Using the MPC component to decouple these resources yields several en hancements to system performance


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PDF VM82C389 MIL-STD-883C VM82C389 Multibus ii protocol solna d30 176526 multibus II architecture specification
Multibus arbitration protocol

Abstract: multibus II architecture specification BA026
Text: -Byte Interrupt Packet) CMOS Technology 149-Pin PGA Package (15 x 15 Grid) The MPC 82389 is a highly , performance and subsequently increase the system throughput. The MPC 82389 also supports geographic addressing by providing access to the local interconnect registers for reference and control. The MPC 82389 is , to decoupling of the CPU from the PSB. This data sheet is supplemented by a MPC User's Manual, Intel literature number 176526-002. The MPC User's Manual provides detailed information regarding hardware and


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PDF 32-Byte 32-Bit CSM/002 Multibus arbitration protocol multibus II architecture specification BA026
82C389

Abstract: No abstract text available
Text: V LSI Technology, in c VM82C389 MESSAGE-PASSING COPROCESSOR MULTIBUS® II FEATURES , Message-Passing Coprocessor ( MPC ) provides a highintegration interface solution for the Parallel System Bus (PSB , I/O references on the PSB bus. In addition, the MPC is designed to simplify implementation of , MPC offloads the interprocessor communication tasks from the local on-board CPU, which decouples , increases, the dual-port structure degrades system performance even more dramatically. Using the MPC


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PDF VM82C389 VM82C389 82C389
2001 - 82389

Abstract: Multibus ii protocol BUS22 B1 intel 82389 Multibus II Bus Interface Controller IEEE-1296 Multibus arbitration protocol multibus II architecture specification multibus multibus ARCHITECTURE
Text: Technology 149-pin PGA Package (15 x 15 Grid) The MPC 82389 is a highly integrated VLSI device that , the system throughput. The MPC 82389 also supports geographic addressing by providing access to the local interconnect registers for reference and control. The MPC 82389 is designed to interface with an , Interface Controller Contents 1.0 2.0 3.0 4.0 5.0 6.0 7.0 Datasheet MPC 82389 , . 6 1.1.1 MPC 82389 Interfaces


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PDF 32-Byte FIF09 32-bit A8475-01 A8476-01 82389 Multibus ii protocol BUS22 B1 intel 82389 Multibus II Bus Interface Controller IEEE-1296 Multibus arbitration protocol multibus II architecture specification multibus multibus ARCHITECTURE
Not Available

Abstract: No abstract text available
Text: EIN UNTERNEHMEN VON CERAMIC MULTILAYER POWER CAPACITORS DRALORIC® Series MPC7520 636 V p . 1000Vp MPC 7530 636 V p . 1000Vp 68 *0.5 ^ ( 2 , 6 7 7 1 0 .0 2 ) ; - r i , - (0 .7 8 7 1 0.0061 M6 Thread, max. 4 MPC 7520 10. 15 7 ) MPC 7530 Style The internal , made from copper ( MPC 7520) or brass ( MPC 7530), silver-plated. Capacitor elements completely resin , , DRALORIC-Logo. Ordering Information 92 mpc 7520 636 vp 330000 pF ±10% N750 depth EIN


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PDF MPC7520 1000Vp 657Vp 10OOVp 10OnF 636Vp 150nF 220nF
Not Available

Abstract: No abstract text available
Text: -Pin PGA Package (15 x 15 Grid) The MPC 82389 is a highly integrated VLSI device that maximizes the , system throughput. The MPC 82389 also supports geographic addressing by providing access to the local interconnect registers for reference and control. The MPC 82389 is designed to interface with an 8-, 16-, or , . This data sheet is supplemented by a MPC User’s Manual, Intel literature number 176526-002. The MPC , Num ber. 2901454)04 82389 1.0 MPC 82389 INTRODUCTION The 82389 Message Passing Coprocessor ( MPC


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PDF 32-Byte 32-Bit CSM/002
1998 - Microcontroller Handbook

Abstract: No abstract text available
Text: maximum ratings Symbol VDD Vip Parameter min 7.0 V VSS-0.5 Voltage applied to any pin Units -0.5 Supply Voltage max VDD+0.5 V Osct Output short circuit time 1 , min max min max Supply Voltage 3.0 3.6 4.5 5.5 V Ta Ambient operating , 1 6 Units V 0.8 -1 V 1 µA 6 pF Note: All data and address inputs have , Microcontroller Performance Supplement Issue 2.1 Industrial Temperature Specification MPC Timing


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PDF HB4100) SP4708-2 Microcontroller Handbook
BA021

Abstract: MPC32389 IEEE-1296 82389 ba021p 290145 BAD22 176526
Text: ns for 32-Byte Interrupt Packet) CMOS Technology m 149-Pin PGA Package (15 x 15 Grid) The MPC , the maximum bus performance and subsequently increase the system throughput. The MPC 82389 also , control. The MPC 82389 is designed to interface with an 8-, 16-, or 32-bit processor. The Parallel System , performance is possible due to decoupling of the CPU from the PSB. This data sheet is supplemented by a MPC User's M anual, Intel literature number 176526-002. The MPC U ser's M anual provides detailed


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PDF 32-Byte 32-Bit CSM/002 BA021 MPC32389 IEEE-1296 82389 ba021p 290145 BAD22 176526
2001 - ARM 7TDMI 32 BIT MICROPROCESSOR

Abstract: correlator MPC 2002 DS4056 E911 GP2010 GP2015 GP2021 GP4020 ARM7 microcontroller pin configuration
Text: TIMEMARK GENERATOR SSM UIM SSM BDIAG/XPIN IO ARM7 TDMI MICRO UIM BUS MPC JTAG BOOT , . Signal Name Type Associated circuit block Description 1 SADD[0] I/O MPC System , /O I/O I/O I/O MPC MPC MPC MPC MPC System Address bit 1 System Address bit 2 System Address bit 3 System Address bit 4 System Address bit 5 I/O I/O MPC MPC System Address bit 6 System Address bit 7 I/O O O O I/O I/O I/O I/O MPC MPC MPC MPC MPC MPC MPC MPC


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PDF GP4020 DS5134 GP2015 GP2010 ARM 7TDMI 32 BIT MICROPROCESSOR correlator MPC 2002 DS4056 E911 GP2021 GP4020 ARM7 microcontroller pin configuration
2001 - ARM 7TDMI 32 BIT MICROPROCESSOR

Abstract: DS4056 E911 GP2010 GP2015 GP2021 GP4020 MF1 plus 80 ARM7 microcontroller pin configuration DS5134
Text: TIMEMARK GENERATOR SSM UIM SSM BDIAG/XPIN IO ARM7 TDMI MICRO UIM BUS MPC JTAG BOOT , . Signal Name Type Associated circuit block Description 1 SADD[0] I/O MPC System , /O I/O I/O I/O MPC MPC MPC MPC MPC System Address bit 1 System Address bit 2 System Address bit 3 System Address bit 4 System Address bit 5 I/O I/O MPC MPC System Address bit 6 System Address bit 7 I/O O O O I/O I/O I/O I/O MPC MPC MPC MPC MPC MPC MPC MPC


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PDF GP4020 DS5134 GP2015 GP2010 ARM 7TDMI 32 BIT MICROPROCESSOR DS4056 E911 GP2021 GP4020 MF1 plus 80 ARM7 microcontroller pin configuration DS5134
STK 501

Abstract: SN74AS8835 drb-15 74AS8835
Text: else Branch to DRB else Continue) 1 1 1 0 0 1 1 1 0 0 1 V 1 Repeat using MPC 1 1 1 1 0 1 1 1 X X X 1 0 , , potentially a pipeline register; 3. An internal microprogram counter ( MPC register); 4. Internal register , implemented by adding the contents of DRA and the MPC ; 8. The top of the 65-word by 20-bit address stack; 9 , contents of DRA to the value in the MPC register or by subtracting DRA from MPC ; 3. SELMT, which controls the MPC /Trap multiplexer; 4. ZERO, an internal status flag that indicates that one of the register


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PDF SN74AS8835 16-Bit AS890 65-word 20-bit STK 501 SN74AS8835 drb-15 74AS8835
2000 - hh00

Abstract: Ericsson MPC ericsson cxc format MSS ERICSSON
Text: difference where the MPC is located. A difference west of Greenwich has a negative value (- v ). A difference , standardized interface. Please check the MPC web page on a regular basis for changes of the protocol , 1 Kontr - Checked File Introduction The Mobile Positioning Centre ( MPC ) is a positioning gateway which enables applications to access Mobile Station (MS) position information. The MPC hides the , needs to manage is the Mobile Positioning Protocol (MPP). The MPP is an interface towards the MPC . The


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PDF 15510-CXC hh00 Ericsson MPC ericsson cxc format MSS ERICSSON
BA021

Abstract: No abstract text available
Text: the MPC User’s Manual for more details. — Support of accesses to local interconnect space by , PSB bus via the MPC . Dual-Port Memory Interface to support an alterna­ tive communication approach , the actual data that are transmitted from one MPC to another. The data is once again broken into , and I/O references are initiated by the CPU to the MPC . The MPC responds by putting the CPU on hold , address space on the PSB bus by the bit pattern stored in the slot address reg­ ister of the MPC


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PDF M82389 32-Byte 149-Pin 164-Lead CSM/002 BA021
IEEE-1296

Abstract: BA017 BA011 271091 M82389 D1301S Multibus ii protocol 176526 BA022 BAD29
Text: the MPC interconnect interface registers. IWR must provide clean transitions. This pin exhibits V |h , bus via the MPC . Dual-Port Memory Interface to support an alterna tive communication approach which , data that are transmitted from one MPC to another. The data is once again broken into packets and these , initiated by the CPU to the MPC . The MPC responds by putting the CPU on hold while ar bitrating for PSB bus , pattern stored in the slot address reg ister of the MPC . DMA INTERFACE The DMA interface transfers data


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PDF M82389 32-Byte 32-Bit M82389 IEEE-1296 BA017 BA011 271091 D1301S Multibus ii protocol 176526 BA022 BAD29
2001 - Not Available

Abstract: No abstract text available
Text: /XPIN IO ARM7 TDMI MICRO UIM BUS MPC JTAG BOOT ROM 512316 SADD[19:0] SDATA[15:0 , Description 1 SADD[0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 , SDATA[4] SDATA[5] VDD PWR SDATA[6] I/O I/O I/O I/O I/O MPC MPC MPC MPC MPC System , /O I/O MPC MPC System Address bit 6 System Address bit 7 I/O O O O I/O I/O I/O I/O MPC MPC MPC MPC MPC MPC MPC MPC System Chip Select 0 - Active Low System Chip Select 1 -


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PDF GP4020 DS5134 GP2015 GP2010
QCM486

Abstract: QMP11A5 QCM486A1-24B-030-11A5 100-pair QMP12A4P mpc connector QCM486A1 QTH38B A0260364 ptc 831
Text: snap-through fanning strips C UL US LISTED ® MPC ® Mainframe Connector (QCM486) 100-Pair Connector The , vertical side of main distributing frames or on protector frames. The MPC ® Mainframe Connector terminates , maintenance time. The MPC ® Mainframe Connector may be ordered with either insulation displacement connectors , are installed on the side of the MPC ® Mainframe Connector. Bourns® QMP-series solid-state and gas tube protector modules are available for the MPC ® Mainframe Connector. The protector modules may be ordered


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PDF QCM486) 100-Pair QCM486 QMP11A5 QCM486A1-24B-030-11A5 QMP12A4P mpc connector QCM486A1 QTH38B A0260364 ptc 831
1998 - Not Available

Abstract: No abstract text available
Text: ratings Symbol VDD Vip Parameter min 7.0 V VSS-0.5 Voltage applied to any pin Units -0.5 Supply Voltage max VDD+0.5 V Osct Output short circuit time 1 , max min max 3.0 3.6 4.75 5.25 V 0 70 0 70 deg.C >500 >500 , 1 6 Units V 0.8 -1 V 1 µA 6 pF Note: All data and address inputs have , Microcontroller Performance Supplement Issue 2.1 Commercial Temperature Specification MPC Timing


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PDF HB4100) SP4578-2
1998 - Not Available

Abstract: No abstract text available
Text: ratings Symbol VDD Vip Parameter min 7.0 V VSS-0.5 Voltage applied to any pin Units -0.5 Supply Voltage max VDD+0.5 V Osct Output short circuit time 1 , max min max 3.0 3.6 4.75 5.25 V 0 70 0 70 deg.C >500 >500 , 1 6 Units V 0.8 -1 V 1 µA 6 pF Note: All data and address inputs have , Microcontroller Performance Supplement Issue 2.1 Commercial Temperature Specification MPC Timing


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PDF HB4100) SP4578-2
2001 - MARK NUB

Abstract: 2k332 2kx32
Text: max. Input voltage (any input pin) GND-0·5V to V DD+0·5V Output voltage (any output pin) GND-0·5V to V , ARM7 TDMI MICRO JTAG UIM MPC UIM BUS SDATA[15:0] NICE NTRST JTAG INTERFACE SADD[19:0 , QPA100 Figure 2 - Pin connections (top view) Associated circuit block MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 , block MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC MPC


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PDF GP4020 DS5134 GP2015 GP2010 GP4020/IG/GQ1N GP4020/IG/GQ1Q GP4020 MARK NUB 2k332 2kx32
QCM486

Abstract: QCM486B124B0506A4 QMP11A5 QMP12A4P QMP12A4 QTH38B 100-Pair NS19478L1 A0276558 QAA32
Text: snap-through fanning strips C UL US n LISTED ® MPC ® Mainframe Connector (QCM486) 100 , for use on the vertical side of main distributing frames or on protector frames. The MPC ® Mainframe , installation and maintenance time. The MPC ® Mainframe Connector may be ordered with either insulation , protector modules are installed on the side of the MPC ® Mainframe Connector. Bourns® QMP-series solid-state and gas tube protector modules are available for the MPC ® Mainframe Connector. The protector modules


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PDF QCM486) 100-Pair QCM486 QCM486B124B0506A4 QMP11A5 QMP12A4P QMP12A4 QTH38B NS19478L1 A0276558 QAA32
2001 - Not Available

Abstract: No abstract text available
Text: /XPIN IO ARM7 TDMI MICRO UIM BUS MPC JTAG BOOT ROM 512316 SADD[19:0] SDATA[15:0 , Description 1 SADD[0] I/O MPC System Address bit 0 2 3 4 5 6 7 8 9 10 11 12 13 , SDATA[4] SDATA[5] VDD PWR SDATA[6] I/O I/O I/O I/O I/O MPC MPC MPC MPC MPC System , /O I/O MPC MPC System Address bit 6 System Address bit 7 I/O O O O I/O I/O I/O I/O MPC MPC MPC MPC MPC MPC MPC MPC System Chip Select 0 - Active Low System Chip Select 1 -


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PDF GP4020 DS5134 GP2015 GP2010
Supplyframe Tracking Pixel