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iAPX Datasheet

Part Manufacturer Description PDF Type
IAPX186/30 Intel OPERATING SYSTEM PROCESSOR Scan
IAPX188/30 Intel OPERATING SYSTEM PROCESSOR Scan
IAPX43201 Intel Fault Tolerant General Data Processor Scan
iAPX43201 Intel FAULT TOLERANT GENERAL DATA PROCESSOR Scan
IAPX43202 Intel Fault Tolerant General Data Processor Scan
iAPX43202 Intel FAULT TOLERANT GENERAL DATA PROCESSOR Scan
IAPX43203 Intel Fault Tolerant Interface Processor Scan
IAPX43203 Intel FAULT TOLERANT INTERFACE PROCESSOR Scan
iAPX43204 Intel FAULT TOLERANT BUS INTERFACE AND MEMORY CONTROL UNITS Scan
iAPX43204 Intel FAULT TOLERANT BUS INTERFACE AND MEMORY CONTROL UNITS Scan
iAPX43205 Intel FAULT TOLERANT BUS INTERFACE AND MEMORY CONTROL UNITS Scan
iAPX43205 Intel FAULT TOLERANT BUS INTERFACE AND MEMORY CONTROL UNITS Scan
iAPX 86 Intel Component Data Catalog 1981 Scan
iAPX86 Intel Component Data Catalog 1981 Scan
IAPX86 Intel OPERATING SYSTEM PROCESSOR Scan
iAPX 86/10 Intel Component Data Catalog 1981 Scan
iAPX86/10 Intel Component Data Catalog 1981 Scan
iAPX 86/20 Intel Component Data Catalog 1981 Scan
iAPX86/20 Intel Component Data Catalog 1981 Scan
iAPX86/30 Intel iRMX 86 Operating System Processors Scan
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iAPX

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: inter iAPX 43204, iAPX 43205 FAULT TOLERANT BUS INTERFACE AND MEMORY CONTROL UNITS Software , Manufacturer irrteT ¡APX 43204, 43205 INTRODUCTION The first phase of the iAPX 432 program introduced two , with two VLSI components: iAPX 43201 and iAPX 43202. The IP was implemented as a single VLSI component: the iAPX 43203. These three VLSI components implement the processor architecture for the iAPX 432 , . The method for interconnecting iAPX 432 processors and memories was unique for each system, since no -
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iapx 432 Manual 74574 pin out diagram 74574 43201 4320S ic 74574 information
Abstract: w iAPX 43201/iAPX 43202 FAULT TOLERANT GENERAL DATA PROCESSOR â  Range of Performance â , Highly-Reliable, Robust Systems The iAPX 432 Micromainframe is a 32-bit multiprocessor specifically designed for , the heart of the system is the iAPX 432 General Data Processor (GDP) consisting of two VLSI components, the iAPX 43201 and iAPX 43202. Together with the other members of the iAPX 432 component family (i.e , software. The iAPX 43201 and iAPX 43202 are fabricated with Intel's highly reliable + 5-Volt, depletion -
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iapx 286 ecu repair iapx 286 Manual iAPX 432
Abstract: i r r t è T iAPX 43204, iAPX 43205 FAULT TOLERANT BUS INTERFACE AND MEMORY CONTROL UNITS , 5-85 O ctober 1983 O R D E R N U M B E R : 210963-002 iAPX 43204,43205 INTRODUCTION The first phase of the iAPX 432 program introduced two processor types: the General Data Processor (GDP) and the Interface Processor (IP). The GDP was implemented with two VLSI components: iAPX 43201 and iAPX 43202. The IP was implemented as a single VLSI component: the iAPX 43203. These three VLSI components -
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E50D 43204 Mem 5116
Abstract: inteT iAPX 86/20 iAPX 88/20 NUMERIC DATA PROCESSOR High Performance 2 Chip Numeric Data Processor Standard iAPX 86/10, 88/10 Instruction Set Plus Arithmetic, Trigonometric Exponential, and Logarithmic Instructions For All Data Types All 24 iAPX 86/10, 88/10 Addressing Modes Available Conforms To , Intel iAPX 86/20 and iAPX 88/20 are two-chip numeric data processors (NDP's). They provide the , performance of an iAPX 86/10, 88/10 CPU alone for numeric processing. The iAPX 86/20 consists of an iAPX 86/10 -
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INTEL 1980 8086 opcode sheet with mnemonics free i8088 intel 8086 assembly language free iapx 8086 instructions set intel 8087 instruction set AFN-01820B
Abstract: inteT iAPX 86/20 iAPX 88/20 NUMERIC DATA PROCESSOR High Performance 2 Chip Numeric Data Processor Standard iAPX 86/10, 88/10 Instruction Set Plus Arithmetic, Trigonometric Exponential, and Logarithmic Instructions For All Data Types All 24 iAPX 86/10, 88/10 Addressing Modes Available Conforms To , Intel iAPX 86/20 and iAPX 88/20 are two-chip numeric data processors (NDP's). They provide the , performance of an iAPX 86/10, 88/10 CPU alone for numeric processing. The iAPX 86/20 consists of an iAPX 86/10 -
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8284A clock generator iAPX 88 all register 8x80-Bit 1QS01 8088 instruction set 8087 data types AFN-01920B
Abstract: w iAPX 43201/iAPX 43202 FAULT TOLERANT GENERAL DATA PROCESSOR Range of Performance - Adding , The iAPX 432 Micromainframe is a 32-bit multiprocessor specifically designed for those critical , is the iAPX 432 General Data Processor (GDP) consisting of two VLSI components, the iAPX 43201 and iAPX 43202. Together with the other members of the iAPX 432 component family (i.e., the 43203 Interface , developed from identical hardware modules using the same software. The iAPX 43201 and iAPX 43202 are -
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Abstract: iny iAPX 43203 FAULT TOLERANT INTERFACE PROCESSOR â  Multiprocessor Architecture Offers , for iAPX 432 Micromainframe systems by mapping a portion of a peripheral subsystem's address space onto central system memory. The 43203 IP can be used with the other members of the iAPX component , 1. IAPX 43203 Interface Processor Pin Configuration Intel Corporation assumes no responsibility for , Copyrighted By Its Respective Manufacturer inteT IAPX 43203 Table 1 lists a summary of all signal groups -
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iRMX-88 Multibus ii protocol multibus II architecture specification MCS-85 intel multibus intel irmx CLR
Abstract: intei DYNAMIC RAM CONTROLLER 0 Wait State, 8 MHz iAPX 186, ¡APX 188, iAPX 86 and iAPX 88 , microcomputer systems. The 8208 is designed to easily interface to the iAPX 186, iAPX 188, iAPX 86, and the iAPX , inputs from iAPX 86 or iAPX 186 type processors. The 55 status lin e should be connected to this input if programmed to accept iAPX 86 or iAPX 186 status inputs. When programmed to accept bus commands it should be , input from an external shift register. This pin may be strapped low to a default iAPX 186 (PDI = Low -
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apx 188 8208 intel 8208-DRAM intel 8208 apx188 8208
Abstract: irrte* PGmDG 80130/80130-2 iAPX 86/30, 88/30,186/30,188/30 iRMX 86 OPERATING SYSTEM PROCESSORS High-Performance 2-Chip Data Processors Containing Operating System Primitives Standard iAPX 86/10, 88/10 , iAPX 86/30 and iAPX 88/30 are two-chip microprocessors offering general-purpose CPU (8086) instructions , multitasking applications. The iAPX 86/30 consists of an iAPX 86/10 (16-bit 8086 CPU) and an Operating System Firmware (OSF) component (80130). The 88/30 consists of the OSF and an iAPX 88/10 (8-bit 8088 CPU). (80186 -
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PIC 3088 interface 8254 with 8086 communication between 8086 and 8089 task management of 8086 intel 8089 intel 80130
Abstract: In te l 80150/80150-2 /& m ©i i(!if©®im&¥i©im p ? O i iAPX 86/50, 88/50, 186/50,188 , ddition of New System Commands The Intel iAPX 86/50, 88/50, 186/50, and 188/50 are two-chip , computers based on the Intel iAPX 86. 88, 186. and 188 microprocessors. The system allows full utilization , 7 T i STATUS t 7 7 a l SYSTEM BUS iAPX a > 96/50. 88'50 Figure 1. iAPX 86/50, 88/50 Block Diagram The fo llo w in g a re tra d e m a rk s o fIn te l C o rp o ra tio n a -
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CP/M-86 A011-AD15
Abstract: , Trigonometric, Exponential, and Logarithmic Instructions to the Standard iAPX 86 and iAPX 186 Instruction Set , ), housed in a 40-pin package. Sixty-eight numeric processing instructions are added to the iAPX 86, 186 , ; iAPX 8 6 /2 0 -1 6-bit 8086 CPU with 8087 iAPX 88/20â'" 8-bit 8088 CPU with 8087 iAPX 1 8 6 -1 6-bit 80186 CPU with 8087 iAPX 18 8 -8 -b it 80188 CPU with 8087 iND C D14 C n vcc 3 013 012 C , require an address latch in an IAPX 88/20 The 8087 will supply an address for the Tr T4 period A19/S6 -
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UAA 190 8087 CPU/8087 AFN-01820E
Abstract: irrte1* PRBOIHOIilOAOT 8208 DYNAMIC RAM CONTROLLER 0 Wait State, 8 Mhz ¡APX 286, iAPX 186/188, and iAPX 86/88 Interface Provides all Signals necessary to Control 64k and 256k Dynamic RAMs , Write Cycles IAPX 286 8208-16 8208-12 iAPX 86/186 8208 8208-6 CFS= 1 (fast cycle) 4-16 MHz 4-12 MHz , internal address multiplexer. In iAPX 286 mode (CFS =1), these addresses are latched internally. AL3 AL4 , after RESET the 8208 Is programmed to accept bus/MULTIBUS command inputs or iAPX 286 status inputs. If -
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8088 ram 256K 8052 AH Basic APX286 L8208 Alo7 A208
Abstract: fìE ]> â  t,bS3131 0D2bl5b SIT N AMER PHILIPS/DISCRETE _J IAPX BA316 BA317 BA318 10 V, 30 , Copyrighted By Its Respective Manufacturer IAPX BA316 BA317 BA318 bTE P â  bbSBTBl OGBblS? lEb HAPX N , general purpose diodes N AMER PHILIPS/DISCRETE IAPX CHARACTERISTICS (continued) Reverse recovery time , : trr IAPX BA316 BA317 BA318 Tj = 25 °C Input signal : Rise time of the reverse pulse Reverse , Material Copyrighted By Its Respective Manufacturer 97 IAPX BA316 BA317 BA318 j> m bbS3i3:i. ooBbisi -
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IEC134 T20 96 diode 0D2T xfsm S3131 DO-35 7Z66719
Abstract: in t é T 8208 DYNAMIC RAM CONTROLLER 0 Wait State, 8 Mhz IAPX 286, iAPX 186/188, and iAPX 86 , IAPX 286 CFS= 1 (fast cycle) 8208-16 4-16 MHz 8208-12 4-12 MHz CFS=0 (slow cycle) iAPX 86/186 , multiplexer. In iAPX 286 mode (CFS = 1), these addresses are latched internally. BS 6 I BANK , PCTL is low after RESET the 8208 is programmed to accept bus/MULTIBUS command inputs or iAPX 286 status inputs. If PCTL is high after RESET the 8208 is programmed to accept status inputs from iAPX 86 -
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Abstract: intel MILITARY iAPX 86/10 16-BIT HMOS MICROPROCESSOR (M8086) MILITARY Direct Addressing , Intel® Military iAPX 86/10 is a new generation, high performance 16-bit microprocessor implemented in , Ciò Capacitance of I/O Buffer , Parameter IAPX 86 Units Test Conditions Min. Max. TCLCL CLK Cycle Period â'" 8086 200 500 ns From -
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timing diagram of 8086 maximum mode 8086 minimum mode and maximum mode minimum mode configuration of 8086 timing diagram of 8086 minimum mode I8284 I8284A AFN-01237B
Abstract: intel [PfôiyiMOIM^i7 80130/80130-2 iAPX 86/30, 88/30,186/30,188/30 iRMX 86 OPERATING SYSTEM PROCESSORS High-Performance 2-Chip Data Processors Containing Operating System Primitives Standard iAPX 86 , Interface The Intel iAPX 86/30 and iAPX 88/30 are two-chip microprocessors offering general-purpose CPU , multiprogramming and multitasking applications. The iAPX 86/30 consists of an iAPX 86/10 (16-bit 8086 CPU) and an Operating System Firmware (OSF) component (80130). The 88/30 consists of the OSF and an iAPX 88/10 (8 -
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manual of microprocessors 8086 Memory Management Unit for 8086 0705H 8086 timer 0802h 8086 interrupts application AD11-AD15
Abstract: inte* iAPX 86^Ã"OTM186?50,188/50 ABWäMOE ONPOfRDflA 80150/80150-2 ÏAPX 66/50, 66/50, 100f50 , Commands The Intel iAPX 86/50, 88/50, 186/50, and 188/50 are two-chip microprocessors offering , iAPX 86, 88, 186, and 188 microprocessors. The system allows full utilization of ,the one megabyte of , -86 is a trademark ot Digital Research, Ine BAUD RATE TIMER iAPX 66/50, 83/50 Figure 1. iAPX 86/50, 88 , By Its Respective Manufacturer intet 80150/80150-2 iAPX 86/50, 88/50,186/50,188/50 A014 ^ AD13 -
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intel floppy disk controller 8272a 8086 bios function call microprocessors interface 8086 to 8251 8254 intel microprocessor block diagram intel 8251 8289 bus arbiter
Abstract: intel INDUSTRIAL iAPX 86/10 16-BIT HMOS MICROPROCESSOR INDUSTRIAL Direct Addressing , Intel® Industrial iAPX 86/10 is a new generation, high performance 16-bit microprocessor implemented in , RESET Figure 1. Block Diagram Figure 2. Pin Configuration 9-37 irrtel INDUSTRIAL iAPX 36 ABSOLUTE , Supply Current iAPX 86 340 mA TA=25°C Ili Input Leakage Current ±10 MA 0V < VIN < Vcc Ilo Output , INDUSTRIAL iAPX 36 A.C. CHARACTERISTICS -
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max and min mode 8086 8086 microprocessor max mode operation 8086 timing diagram microprocessor 8086 block diagram 8284 pin diagram B284A A16IS3 A17/S4 A18/S5 AFN-01341B AD15-AO0
Abstract: BFX87 BFX88 I b*5E D 1^.53131 Q02777Ã 233 IAPX RATINGS Limiting values in accordance with the , IAPX , IAPX O 0-5 1-0 1-5 20 -VCE(V) Fig.7 Typical output characteristics at low collector-emitter voltages , PHILIPS/DISCRETE BFX87 BFX88 b^E T> bbSB^l 0DS77Ã"H S3? IAPX -ic (mA) 600 400 200 , IAPX 150 100 -
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transistor BFX88 silicon planar epitaxial transistors
Abstract: configurations, when Port A is running with iAPX 286 Status interface mode, this output replaces the ALE signal , after RESET, the 8207 is programmed to accept memory read and write commands. Multibus commands or iAPX 286 status inputs. If high after RESET, the 8207 is programmed to accept status inputs from iAPX 86 or iAPX 186 processors. The 52 status line should be connected to this input if programmed to accept iAPX 86 or iAPX 186 status inputs. When programmed to accept commands or iAPX 286 status, it should be -
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8207 intel interfacing intel 8086 with ram and rom 8207 lt 8207 10A18 PEB 2426 L-T35 X-T26 7TCLCL--T26 L-T34
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