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Part Manufacturer Description Datasheet Download Buy Part
LTC2264IUJ-14#TRPBF Linear Technology LTC2264-14 - 14-Bit, 40Msps Low Power Dual ADCs; Package: QFN; Pins: 40; Temperature Range: -40°C to 85°C
LTC2264IUJ-12#PBF Linear Technology LTC2264-12 - 12-Bit, 40Msps Low Power Dual ADCs; Package: QFN; Pins: 40; Temperature Range: -40°C to 85°C
LTC2264CUJ-14#PBF Linear Technology LTC2264-14 - 14-Bit, 40Msps Low Power Dual ADCs; Package: QFN; Pins: 40; Temperature Range: 0°C to 70°C
LTC2264IUJ-12#TRPBF Linear Technology LTC2264-12 - 12-Bit, 40Msps Low Power Dual ADCs; Package: QFN; Pins: 40; Temperature Range: -40°C to 85°C
LTC2264CUJ-14#TRPBF Linear Technology LTC2264-14 - 14-Bit, 40Msps Low Power Dual ADCs; Package: QFN; Pins: 40; Temperature Range: 0°C to 70°C
LTC2264IUJ-14#PBF Linear Technology LTC2264-14 - 14-Bit, 40Msps Low Power Dual ADCs; Package: QFN; Pins: 40; Temperature Range: -40°C to 85°C

weitek 2264 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
weitek 1066

Abstract: WEITEK register file Weitek 1233 WTL1232 wtl 1232 weitek 2264 sa wf 74AS74 tcl 1232
Text: -bit and 64-bit format DIRECT APPLICATION IN WTL 1232/1233, WTL 2264 /2265 AND WTL 1264/1265 FLOATING POINT SUBSYSTEMS Description The WTL 1066 register file directly supports the WTL 1232/1233, WTL 2264 /2265 and , major cycle. The WTL 1066 register file provides the necessary data bandwidth to fully utilize WEITEK , nature of the WTL 1066 permits full performance to be obtained from the WEITEK floating point processors , /1233, WTL 2264 /2265 or WTL 1264/1265 devices. There is one 32-bit bidirectional data bus, D, which is


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PDF 32-BIT 32-WORD 16-bit 64-bit CH-1227, weitek 1066 WEITEK register file Weitek 1233 WTL1232 wtl 1232 weitek 2264 sa wf 74AS74 tcl 1232
weitek 2264

Abstract: WEITEK 2265 weitek WTL 2265-060 DM 1265 2265-060-gc F321 labs floating point handling 4bit by 3bit binary multiplier
Text: WTL 2264 /WTL 2265 FLOATING POINT MULTIPLIER/ DIVIDER AND ALU Features HIGH SPEED 20 MFlops , Absolute value 32-bit integer ALU operations Description The WTL 2264 floating point multiplier/divider , . By virtue of their high I/O bandwidth and flexible pipeline structure, the WTL 2264 /2265 can optimize , is desired, the WTL 2264 /2265-80 should be used. With the WTL 2264 /2265-80, either single or double , single precision performance or double precision latency, the WTL 2264 /2265-50. -60 or -75 should be used


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PDF 2264/WTL 32-bit 64-bit precisi85 weitek 2264 WEITEK 2265 weitek WTL 2265-060 DM 1265 2265-060-gc F321 labs floating point handling 4bit by 3bit binary multiplier
weitek

Abstract: al 1512 bm WEITEK 2265 weitek 2264 dm311 HA 12046 UMS1 DM 1265 floating point handling 8F800000
Text: WTL 2264 /WTL 2265 FLOATING POINT MULTIPLIER/ DIVIDER AND ALU Features CONFORMANCE TO IEEE , 2264 floating point multiplier and the WTL 2265 floating point ALU provide high speed 32-bit and 64-bit floating point processing. By virtue of their high I/O bandwidth and flexible pipeline structure the 2264 , precision performance is desired, the 2264 /2265-80 should be used. With the 2264 /2265-80, either single or , 2264 /2265-50, -60 or -75 should be used. With the 2264 /2265-50, all single precision operations can be


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PDF 2264/WTL 32-bit 64-bit weitek al 1512 bm WEITEK 2265 weitek 2264 dm311 HA 12046 UMS1 DM 1265 floating point handling 8F800000
Not Available

Abstract: No abstract text available
Text: WTL 2264 /WTL 2265 FLOATING POINT MULTIPLIER/ DIVIDER AND ALU PRELIMINARY DATA April 1986 , -BIT ACCUMULATION PATH (WTL 2265) LOW POWER CMOS One Watt power dissipation Description The WTL 2264 , 2264 /2265 can optimize either single precision or double precision performance. If optimi­ zation of double precision performance is desired, the 2264 /2265-80 should be used. With the 2264 /2265-80 , precision performance, the 2264 /2265-50, -60 or -75 should be used. With the 2264 /2265-50, all single


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PDF 2264/WTL 32-bit 64-bit 144-PIN
weitek

Abstract: 1066-10gcd weitek 1066 Weitek 1233 weitek 2264 WTL1066
Text: 32-bit and 64-bit format DIRECT APPLICATION IN WTL 1232/1233, WTL 2264 /2265 AND WTL 1264/1265 , Description The WTL 1066 register file directly supports the WTL 1232/1233, WTL 2264 /2265 and WTL 1264/1265 , WTL 1066 permits full performance to be obtained from the WEITEK floating point processors while using , WTL 1232/1233, WTL 2264 /2265 or WTL 1264/1265 devices. There is one 32-bit bidirectional data bus, D , WTL 1066GMD 16 WEITEK Ä W E IT E K 'S C U S T O M E R C O M M IT M E N T : W e ite k 's


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PDF 32-BIT 32-WORD 16-bit 64-bit weitek 1066-10gcd weitek 1066 Weitek 1233 weitek 2264 WTL1066
gcu 101 Circuit diagram

Abstract: gcu 101 connection diagram weitek gcu 101 weitek FPU XL-8236-020-GCU AC210 XL-8200 DFRD XL-8236-060
Text: PERFORMANCE TRAP AND INTERRUPT HANDLING 10 to 60 page per minute with WEITEK 's Post- Three external interrupt , development system Description The WEITEK XL-8236 is a high-performance 22-bit single-chip raster code , Floating Point Data Bus Data Address ^us Data Memory WEITEK XL-Series Processor Figure 1. Simplified , . Block diagram © Copyright WEITEK 1988 All 'rights reserved This Material Copyrighted By Its , WEITEK 1988 29 All rights reserved This Material Copyrighted By Its Respective Manufacturer Signal


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PDF XL-8236 22-BIT 32-bit XL-8236 gcu 101 Circuit diagram gcu 101 connection diagram weitek gcu 101 weitek FPU XL-8236-020-GCU AC210 XL-8200 DFRD XL-8236-060
80486 instruction set

Abstract: 80486 Opcodes 80486 ADDRESSING MODES 80486 microprocessor pin out diagram WEITEK 3167 pinout weitek 4167
Text: Upward object-code-compatible from WEITEK 1167 and 3167 coprocessors for Intel 80386 Absolute value , the WEITEK coprocessor. The interface signals between the 4167 and the 80486 are provided by a , the WEITEK coprocessor (See figure 3). M anufacturers developing systems based on the Intel 80486 , , DOS extender and Extended Memory Manager developers, need to enable the addressing of the WEITEK , ­ tions to take advantage of the WEITEK coprocessor. Supplier Support Documentation


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PDF 142-pin KEN486 80486 instruction set 80486 Opcodes 80486 ADDRESSING MODES 80486 microprocessor pin out diagram WEITEK 3167 pinout weitek 4167
TI L8236

Abstract: weitek L-8237 XL-8200 l8236
Text: running WEITEK 's PostScript-compatible interpreter Peak BitBlt rate of over 65 million pixels per second , languages. These chips also interface directly with WEITEK 's 32-bit graphics floating point unit, the XL , language. WEITEK supplies a PostScript-compatible interpreter in C source code and object code versions for , same 32-bit instruction stream. 3 © Copyright WEITEK 1988 Al! rights reserved Block Diagram , than directly to power and ground planes. 5 © Copyright WEITEK 1988 AU rights reserved


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PDF XL-8237 32-BIT 32-BIT, 145-pin TI L8236 weitek L-8237 XL-8200 l8236
Not Available

Abstract: No abstract text available
Text: 386/486 MODE SELECT CSEN 198 I RSTIN W/R ; WRITE OR READ TC 199 O HOLDR WTKIRQ13 ; WEITEK IRQ13 (IN WEITEK MODE) WTKMODE ; WEITEK MODE MXCTL0 200 O SPKR ZEROWS ; ZERO WAIT STATE MXCTL1 , SELECT ENABLE ; DACK ENABLE ; DYNAMIC FREQUENCY SHIFT REQUEST FOR IBM BL CPU (NOT IN WEITEK MODE , BUS CLOCK LBCLK ; FIRST MEGABYTE (IN WEITEK MODE) LOWMEG ; MEMORY DATA ENABLE MDEN ; MEMORY , 80486 RDY486 ; ROM BANK SWITCH ROMBA16-18 ; S MEMORY READ (NOT IN WEITEK MODE) SMEMR ; S MEMORY


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PDF WD8110LVZZ 80486SX/DX VIEW110 80386SX A2-26 D0-31 SD0-15 A20GATE
Robinson Nugent CATALOG

Abstract: MC68461 SAB80286 WE32104 TC110G 82786 intel MCA2800ALS FGE2000 IMST414 MC88100
Text: UPD6XXXXX 132 0.6 X 0.6 WEITEK WTL1010 68 0.6 X 0.6 NEC UPD6XXXXX 176 0.6 X 0.6 WEITEK WTL1064 144 0.8 X 0.8 NEC UPD6XXXXX 208 0.8 X 0.8 WEITEK WTL1065 144 0.8 X 0.8 SIEMENS 82258 68 0.6 X 0.6 WEITEK WTL1066 144 0.8 X 0.8 WEITEK WTL1163 84 0.4 X 0.4 145 0.8 X 0.8 WEITEK WTL1164 68 0.6 X 0.6 0.6 SIEMENS SAB80286 TI 34020


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80387

Abstract: WEITEK 3167 pinout 80387 programmers reference manual 50/weitek pcs
Text: , multiply, divide, and square root Upward object-code-com patible from WEITEK 1167 , dimensions. Details on the WEITEK daughterboard that can accom date both the 80387 and the WTL 3167 are pre , the 80387 socket. WEITEK 3 Copyright WEITEK 1988 All Rights Reserved Hardware Designer’s , . W TL 3167 physical dimensions 5 © Copyright WEITEK 1988 All Rights Reserved Hardware , OR Logic Figure 6. READY- and RDY- connection 7 © Copyright WEITEK 1988 All Rights


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PDF 121-pin 80387 WEITEK 3167 pinout 80387 programmers reference manual 50/weitek pcs
weitek

Abstract: XL-8137 weitek 3132 weitek FPU IEEE 3 bus datas weitek xl-3132 D630 diagram 8137 weitek xl8000 XL-8000
Text: simulator. 3 This Material Copyrighted By Its Respective Manufacturer 19 ©1987 WEITEK Corporation All , WEITEK Corporation 4 All rights reserved This Material Copyrighted By Its Respective Manufacturer , same cycle. 19 ©1987 WEITEK Corporation All rights reserved bits: 31.24 23.16 15.8 7.0 , , and merge instructions 19 ©1987 WEITEK Corporation All rights reserved This Material Copyrighted , WEITEK Corporation 8 All rights reserved This Material Copyrighted By Its Respective Manufacturer


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PDF XL-8000: XL-8032: XL-8064: 32-word XL-8000-080-GCD XL-8000 144-Pin XL-8032-1 20-GCD weitek XL-8137 weitek 3132 weitek FPU IEEE 3 bus datas weitek xl-3132 D630 diagram 8137 weitek xl8000 XL-8000
80387 programmers reference manual

Abstract: weitek 82C301 weitek 1167 intel 80486 opcode sheet AJT20 80386 programmers manual intel 82C301 WEITEK 3167 weitek pcs
Text: LOW-POWER CM OS Dissipates 2.0 watts max at 25 M Hz 121-pin PGA package 2. Description The WEITEK ABACUS , indicates the pres ence of a WEITEK coprocessor. This signal should be con nected to VC C through a resistor of at least 10 kO to en sure a high level when the WEITEK coprocessor is not pre sent. The hardware , - math coprocessor select output signal is as serted when the current address is meant for the WEITEK , K The CLK2 clock signal is the clock input to the WEITEK ABACUS 3167. All ABACUS 3167 timing is


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PDF 121-pin 80387 programmers reference manual weitek 82C301 weitek 1167 intel 80486 opcode sheet AJT20 80386 programmers manual intel 82C301 WEITEK 3167 weitek pcs
weitek

Abstract: gcu 101 Circuit diagram weitek bitblt raster image processor XL-8200 AM824 canon printer controller weitek XL-8200 gcu 101 canon power supply circuit diagrams
Text: minute running WEITEK 's PostScript-compatible interpreter Peak BitBlt rate of over 65 million pixels per , highperformance graphics processor that can run WEITEK 's PostScript-compatible interpreter and other page description languages. These chips also interface directly with WEITEK 's 32-bit graphics floating point unit , description language. WEITEK supplies a PostScript-compatible interpreter in C source code and object code , WEITEK 1988 All rights reserved This Material Copyrighted By Its Respective Manufacturer 75 sans-serif


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PDF XL-8237 32-BIT 32-BIT, 36x32 XL-8237 weitek gcu 101 Circuit diagram weitek bitblt raster image processor XL-8200 AM824 canon printer controller weitek XL-8200 gcu 101 canon power supply circuit diagrams
80387

Abstract: weitek 85C320 85C330 21U9 pipeline architecture for 80386 cache controller 3i bios chip 85C310 80386
Text: Speed: Divided by 1 or Divided by 2* • Support both 80387 25/33MHz and WEITEK 25/33*'MHz Coprocessor , Coprocessor Support Both 80387 and WEITEK coprocessors are supported. The presence of the 80387 is detected automatically and no setup is required. WEITEK access is only differentiated by decoding A31 and A29 of the , from the 80387. Seeing the ready of 80387 will cause 85C310 to signal a ready to CPU. When WEITEK , reset. 30 1 WTPRES* WEITEK PRESENT: When low, this Input Indicates the presence of the WEITEK


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PDF 85C310 25/33MHz 32K/64K/128K/256K 100-Pin 80387 weitek 85C320 85C330 21U9 pipeline architecture for 80386 cache controller 3i bios chip 85C310 80386
XL-8137

Abstract: Weitek xl-8136 weitek 8137 weitek XL-3132 weitek xl-3132 weitek 3164 DFRD weitek FPU xl8137
Text: lines Seven internal exceptions System reset Description The WEITEK XL-8136 is a high-performance 32-bit single-chip program sequencing unit (PSU). Together with the XL-8137 integer processing unit (IPU) and WEITEK , OEAC 4-0 ADg^ OEAD- SUP Figure 2. Block diagram © Copyright WEITEK 1989 All rights reserved This , future expansion. i 1 -IrfP © Copyright WEITEK 1989 . All rights reserved This Material , © Copyright WEITEK 1989 6 All rights reserved This Material Copyrighted By Its Respective Manufacturer XL


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PDF XL-8136 32-BIT XL-8136 144-pin XL-8137 Weitek xl-8136 weitek 8137 weitek XL-3132 weitek xl-3132 weitek 3164 DFRD weitek FPU xl8137
UM82C481

Abstract: um6164 UM82C482 weitek intel 80486 pin diagram UM61416K-20L intel 80386 pin diagram UM82C206 UM82C480 82C481
Text: / Weitek 3167 / Weitek 4167 Floating Point Coprocessors Built-in cache controller: - Direct-mapped , optimize OS/2 operations * Support directly Intel 80387 / Weitek 3167 / Weitek 4167 Floating Point


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PDF UM82C480 UM82C481 UM82C482 UM82C206 LOWA20# -------------------------XA11 ADSTB16 OSC14 33S33833g UM82C481 um6164 UM82C482 weitek intel 80486 pin diagram UM61416K-20L intel 80386 pin diagram UM82C206 82C481
weitek

Abstract: weitek 2010a TDC1010J WTL2010JE 4 bit array multiplier circuit diagram weitek 2010ajc
Text: Respective Manufacturer SSWÄlSSwl WEITEK Ä A A'E ITER'S CUSTOMER COMMITMENT: Aeitek's mission is , 008236 _ L / Headquarters Weitek Corporation 1060 E. Arques Avenue Sunnyvale, CA 94086 TWX 910-339-9545 WEITEK S VL FAX (408) 738-1185 TEL (408) 738-8400 Domestic Sales Offices Weitek Corporation 1060 E. Arques Avenue Sunnyvale, C A 94086 TWX 910-339-9545 WEITEK SVL FAX (408)738-1185 TEL (408 , TEL (617) 897-3252 European Headquarters Weitek , S. A. 9, rue delaGabelle CH-1227, Geneva


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PDF 2010/WTL 010A/WTL 16-BIT TDC1010J MA01742 CH-1227, weitek weitek 2010a WTL2010JE 4 bit array multiplier circuit diagram weitek 2010ajc
Not Available

Abstract: No abstract text available
Text: UEiTEK WEITEK A coRP id de | ib b aaat DG DC m ai 5 WTL2517 PARALLEL ARRAY MULTIPLIER July, 1986 c The Weitek WTL 2517 is a 16x16 integer multiplier. It offers very high , Diagram 1 L- — UEITEK CORP TO Î)Ë| Tt.b3ñSti 0D00M23 b T ~ 9 6 6 3 8 2 6 WEITEK CORP , ™JEITEK CORP TO ]>F( TbbBflEb 00D0425 □ | 9 6 6 3 8 2 6 WEITEK CORP 90D 0 0 4 2 5 D , measured at 1.5V unless otherwise noted. 4. T d is is not measured but is guaranteed by design. WEITEK


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PDF WTL2517 16x16 CharacteristiBJE/2517CJE 2517GCD/2517AGCD/2517BGCD/2517CGCD 2517GMD/2517AGMD/2517BGMD/2517CGMD 2517/2517A/2517B/2517C
weitek

Abstract: vdo x10 2516 8 pin 2516a x10 frequency multiplier x911p ckx a 92 AM29516 2516C P2913
Text: Headquarters Weitek Corporation 1060 East Arques Sunnyvale, CA 94086 (408) 738-8400 TWX 910-339-9545 WEITEK , (714) 432-6362 TELEX 361636 METRO/ EXCUT/CM European Headquarters Weitek , S. A. 9, rue de la Gabelle , ) 3-497-4630 TELEX 781242 3240 Weitek cannot assume responsibility for use of any circuitry described other than circuitry embodied in Weitek 's product. Printed in USA This Material Copyrighted By Its


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PDF 2516C AM29516, MPY16K 2516/2516A/2516B/2516C weitek vdo x10 2516 8 pin 2516a x10 frequency multiplier x911p ckx a 92 AM29516 2516C P2913
weitek xl-3132

Abstract: weitek 3132 xl 3132 xl3132 XL-3132
Text: high-bandwidth buses. The XL-3132 may also be used with the WEITEK XL-8136 program sequencing unit (PSU) and XL , Figure 77. WTL 3132 block diagram ' © Copyright WEITEK 1988 All Rights Reserved Block Diagram , © Copyright WEITEK 1988 All Rights Reserved Multiplier/Accumulator input and output ports can transfer 32 , that its 9 © Copyright WEITEK 1 9 8 8 All Rights Reserved Multiplier/Accumulator, continued , pages 5 and 6 for more detail) Figure 84. “ALU only” operations 11 © Copyright WEITEK 1988


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PDF 3132/WTL 3332/XL-3132 32-BIT 3132/W weitek xl-3132 weitek 3132 xl 3132 xl3132 XL-3132
SiS 386

Abstract: 80387 386 sis weitek 85C330 sis85
Text: an error at the 387 c y d e and to determine the presence of 80387 during C P U reset. WEITEK PRESENT : When low, this input Indicates the presence of the WEITEK coprocessor. 10 B US READY: This active lew , usy signal 387 REQ UEST: Active high input from 80387 request signal. WEITEK INTERRUPT: Active hiqh Input from WEITEK interrupt output. IRQ13: Latched active high interrupt request caused by WTINTR or , can be terminated. This signal Is trl-stated during WEITEK cycle to allow WEITEK ready to drive the


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PDF 85C310 25/33MHz 32K/64K/128K/256K SiS 386 80387 386 sis weitek 85C330 sis85
PQ-32/vga controller 1024x768

Abstract: No abstract text available
Text: description of the part. For complete design information, contact your WEITEK sales representative for the , microcoded graphics algorithms that tied them together. In the mid-1980s, WEITEK developed a line of RISC , 3-D workstations. In the late 1980s, WEITEK developed a new low-cost RISC processor line for laser


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PDF mid-1980s, 1980s, 100-pin 5086-070-PFP PQ-32/vga controller 1024x768
architecture of 80486 microprocessor

Abstract: 80486 microprocessor features
Text: 4 non-cachable regions. Full support for KEN#. On-chip Gate A20 support Supports Weitek 4167 , for the Weitek 4167 co-processor. MS82C443 Burst RAM While the MS82C441 and MS82C442 provide


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PDF DG01071 MS82C440 MS82C441 MS82C442 MS82C443 MS82C441 PID037 architecture of 80486 microprocessor 80486 microprocessor features
weitek

Abstract: 80386 chipset block diagram of 80386 microprocessor 82c331
Text: On-chip decoding for 80387 and Weitek 3167 co processors · Asynchronous snoop bus ensures cache coherency , support is included for the 80387 and Weitek 3167 co processors. Cache Considerations The two most


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PDF b3533Tl MS82C330 MS82C331 MS82C332 MS82C333 64Kbyte PID035 weitek 80386 chipset block diagram of 80386 microprocessor 82c331
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