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CS80C286-16 Intersil Corporation CMOS 16-Bit Microprocessor; PLCC68; Temp Range: See Datasheet visit Intersil Buy
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ID82C59A Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, CDIP28, CERDIP-28 visit Intersil
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IS82C59A-12 Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, PQCC28 visit Intersil

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80C286 Datasheet

Part Manufacturer Description PDF Type
80C286 Harris Semiconductor High Performance Microprocessor with Memory Management and Protection Original
80C286 Intersil High Performance Microprocessor with Memory Management and Protection Original
80C286 Advanced Micro Devices High-Speed CMOS 80286 Microprocessor Scan
80C286 Harris Semiconductor High Performance Microprocessor With Memory Management and Protection Scan
80C286-10 Intersil High Performance Microprocessor With Memory Management and Protection Original
80C286-10 Harris Semiconductor High Performance Microprocessor With Memory Management and Protection Scan
80C286-10/883 Intersil High Performance Microprocessor With Memory Management and Protection Original
80C286-12 Intersil High Performance Microprocessor With Memory Management and Protection Original
80C286-12 Advanced Micro Devices High Speed CMOS 80286 Microprocessor Scan
80C286-12 Advanced Micro Devices High-Speed CMOS 80286 Microprocessor Scan
80C286-12 Harris Semiconductor High Performance Microprocessor With Memory Management and Protection Scan
80C286-12/883 Intersil High Performance Microprocessor With Memory Management and Protection Original
80C286-16 Intersil High Performance Microprocessor With Memory Management and Protection Original
80C286-16 Advanced Micro Devices High Speed CMOS 80286 Microprocessor Scan
80C286-16 Advanced Micro Devices High-Speed CMOS 80286 Microprocessor Scan
80C286-16 Harris Semiconductor High Performance Microprocessor With Memory Management and Protection Scan
80C286-20 Intersil High Performance Microprocessor With Memory Management and Protection Original
80C286-20 Advanced Micro Devices High Speed CMOS 80286 Microprocessor Scan
80C286-20 Advanced Micro Devices High-Speed CMOS 80286 Microprocessor Scan
80C286-20 Harris Semiconductor High Performance Microprocessor With Memory Management and Protection Scan
Showing first 20 results.

80C286

Catalog Datasheet MFG & Type PDF Document Tags

80386 microprocessor features

Abstract: architecture of microprocessor 80386 386. The advantage is realized through the 80C286's faster interrupt handling and faster I/O , through the 80C286's faster interrupt handling, faster I/O instructions, faster FAR transfer instructions , fast 80C286. This study shows that software written for the 80C86/80C286 can execute more efficiently , utilizing the 80C286. The categories used are: · Jumps, Calls, Returns and Loops (Real Mode) · I/O , string I/O instructions (INS and OUTS) are also significantly faster on the 80C286. The INS instruction
Harris Semiconductor
Original
80386 microprocessor features architecture of microprocessor 80386 80386 microprocessor ARCHITECTURE OF 80386 task switching in 80386 microprocessor 80386 microprocessor architecture AN111 80C86

task switching in 80286 microprocessor

Abstract: 80386 microprocessor features the 80C286 than on the 386. The advantage is realized through the 80C286's faster interrupt handling , %. The advantage is realized through the 80C286's faster interrupt handling, faster I/O instructions , 80C286 can be effectively used as a fast 80C86. However, the 80386 is not a fast 80C286. This study , applications will benefit from utilizing the 80C286. The categories used are: · Jumps, Calls, Returns and , wait states. The string I/O instructions (INS and OUTS) are also significantly faster on the 80C286.
Intersil
Original
task switching in 80286 microprocessor bytes and string manipulation of 8086 80386 architecture 80286 microprocessor addressing modes architecture of 80386 microprocessor real mode of 80386 ISO9000

ASM-286

Abstract: 5962-9067801MXC to 25MHz (80C286-25) - DC to 20MHz (80C286-20) - DC to 16MHz (80C286-16) - DC to 12.5MHz (80C286-12) - DC to 10MHz (80C286-10) · Static CMOS Design for Low Power Operation - ICCSB = 5mA Maximum - ICCOP = 185mA Maximum (80C286-10) 220mA Maximum (80C286-12) 260mA Maximum (80C286-16) 310mA Maximum (80C286-20) 410mA Maximum (80C286-25) · High Performance Processor (Up to 19 Times the 8086 , 80C86 and 80C88 software but may require upgrading to use virtual address as supported by the 80C286's
Intersil
Original
ASM-286 5962-9067801MXC i80c286 ZF Microsystems embedded pc 8086 instruction set and machine code 80C28

task switching in 80386 microprocessor

Abstract: ARCHITECTURE OF 80286 comparison of the 80386SX-16, 80C286-16, 80C286-20 and 80C286-25. The table lists the number of clock , 1. 80C286-16 SUBROUTINES (PGS 6-9) 80C286-20 80C286-25 PERPERPERFORMANCE FORMANCE , examples, the results show that the 80C286 outperforms the 80386SX. In addition, the 80C286-25 shows , 80386SX. The advantage is realized through the 80C286's faster interrupt handling and faster I/O , %. The advantage is realized through the 80C286's faster interrupt handling, faster I/O instructions
Intersil
Original
AN121 ARCHITECTURE OF 80286 microprocessor 80286 flag register 8086 interrupt structure architecture of 80286 microprocessor microprocessor 80286 internal architecture Non-Pipelined processor

80286

Abstract: 80386SX-16 comparison of the 80386SX-16, 80C286-16, 80C286-20 and 80C286-25. The table lists the number of clock , Note 121 TABLE 1. 80C286-16 SUBROUTINES (PGS 6-9) 80386SX # CLOCK CYCLES 80C286-20 80C286-25 PERPERPERFORMANCE FORMANCE FORMANCE 80C286 80386SX-16 INCREASE INCREASE INCREASE # , examples, the results show that the 80C286 outperforms the 80386SX. In addition, the 80C286-25 shows , 80386SX. The advantage is realized through the 80C286's faster interrupt handling and faster I/O
Intersil
Original
80286 microprocessor 80286 Number of registers size microprocessor 80286

80386 microprocessor features

Abstract: bytes and string manipulation of 8086 the 80C286 than on the 386. The advantage is realized through the 80C286's faster interrupt handling , through the 80C286's faster interrupt handling, faster I/O instructions, faster FAR transfer instructions , 80C286 can be effectively used as a fast 80C86. However, the 80386 is not a fast 80C286. This study , applications will benefit from utilizing the 80C286. The categories used are: · Jumps, Calls, Returns and , wait states. The string I/O instructions (INS and OUTS) are also significantly faster on the 80C286.
Intersil
Original
80386 instruction set 80386 80386 high performance 32 80386 application 8086 microprocessor introduction microprocessor 80286 Number of registers size of

Intel 80C286

Abstract: virtual addresses supported by the 80C286â'™s integrated memory management and protection mechanism. Both , condition of a processor extension to the 80C286. An active BUSY input stops 80C286 program execution on , systems. Depending on the application, a 12 MHz 80C286â'™s performance is up to ten times faster than , graphically represents the data types sup­ ported by the 80C286. 231923-7 Figure 7 .80C286 Supported , 80C286. It is a 16-bit register of which the lower four bits are used. One bit places the CPU into
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OCR Scan
Intel 80C286 82C284 82C288

910U

Abstract: Intel 80C286 8086, 8088 software which may require upgrading to use virtual addresses supported by the 80C286's , multiple user and multi-tasking systems. Depending on the application, a 12 MHz 80C286's performance is up , a processor extension to the 80C286. An active BUSY input stops 80C286 program execution on WAIT and , represents the data types sup ported by the 80C286. I/O Space The I/O space consists of 64K 8-bit or 32K , when a task switch takes place and controls the operating mode of the 80C286. It is a 16-bit register
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OCR Scan
910U ICE286 8086 interrupt vector table ice28 231923

om 82289

Abstract: intel 82289   ICCSB = 5mA Maximum ⺠ICCOP = 220mA Maximum (80C286-12) 260mA Maximum (80C286-16) 310mA Maximum (80C286-20) 410mA Maximum (80C286-25) â'¢ High Performance Processor (Up to 19 Times the 8086 Throughput) â , software but may require upgrading to use virtual address as supported by the 80C286's integrated memory , multi-tasking systems. Depending on the application, the 80C286's performance is up to nineteen times faster , operating condition of a processor extension to the 80C286. An active BUSY input stops 80C286 program
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OCR Scan
om 82289 intel 82289 SHG1 modulus rut RMI processor ESC3 I80C286-12 I80C286-10 C80C286-25 C80C286-20 C80C286-16 C80C286-12

82C254

Abstract: 5962-9067801MXC Maximum (80C286-10/883) - ICCOP = 220mA Maximum (80C286-12/883) · Large Address Space - 16 Megabytes , 1.0V) . . . . 8ns (Max) Input RISE and FALL Time (From 0.8V to 2.0V 80C286-10/883 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10ns (Max) 80C286-12/883 . . . . . . . . . . . . . . . . , +125oC - 5 mA Active Power Supply Current ICCOP 80C286-10/883, Note 4 Standby Power Supply Current ICCSB VCC = 5.5V, Note 3 80C286-12/883, Note 4 NOTES: 2. IBHL should be
Intersil
Original
82C254 MG80C286-10/883 CG80C286-12 IG80C286-10 80C286/883 MIL-STD883 80C86/80C88

80386SX-16

Abstract: microprocessor 80286 internal architecture Application Note 121 TABLE 1. 80C286-16 SUBROUTINES (PGS 6-9) 80C286-20 80C286-25 , benchmark. Table 1 illustrates a performance comparison of the 80386SX-16, 80C286-16, 80C286-20 and , % faster on the 80C286 than on the 80386SX. The advantage is realized through the 80C286's faster , almost 25%. The advantage is realized through the 80C286's faster interrupt handling, faster I/O , 80386SX/ 80C286 80C286-16 FASTER THAN OR EQUAL TO 80386SX-16 AAA 3 4 1.33 AAD
Harris Semiconductor
Original
80286 Microprocessor 80286 microprocessor features HARRIS 80286 8086-to-80286 addressing modes 80286 datasheet microprocessor 80286
Abstract: RANGE Blank = >Com mereiai (TC - 0 to +85°C) Vafid Combinations 80C286-25 80C286-20 80C286-16 , . Depending on the application, the 80C286's performance is up to 20 times faster than the standard 5-MHz 8086 , . Unlike the dynamic circuit design, the 80C286's internal registers, counters, and latches are static and , Wide range of clock rates - 25 MHz (60C286-25) - 20 MHz (80C266-20) - 16 MHz (80C286-16) - 12.5 MHZ (80C286-12) 68-lead LCC and 68-lead PLCC packages 'When running 16-bit code (i.e., DOS or OS -
OCR Scan
386SX-16 NMOS286

82C254

Abstract: MG80C286-10/883 Maximum (80C286-10/883) - ICCOP = 220mA Maximum (80C286-12/883) · Large Address Space - 16 Megabytes , 3.6V to 1.0V) . . . . 8ns (Max) Input RISE and FALL Time (From 0.8V to 2.0V 80C286-10/883 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10ns (Max) 80C286-12/883 . . . . . . . . . . . . , µA 80C286-10/883, Note 4 1, 2, 3 -55oC TA +125oC - 185 mA - 220 mA 1 , Supply Current ICCSB 80C286-12/883, Note 4 VCC = 5.5V, Note 3 NOTES: 2. IBHL should be
Intersil
Original
80c288 MG80C286-10 80C284 hilda a15 cod

80c288

Abstract: microprocessor 80286 internal architecture 25MHz (80C286-25) - DC to 20MHz (80C286-20) - DC to 16MHz (80C286-16) - DC to 12.5MHz (80C286-12) - , = 185mA Maximum (80C286-10) 220mA Maximum (80C286-12) 260mA Maximum (80C286-16) 310mA Maximum (80C286-20) 410mA Maximum (80C286-25) · High Performance Processor (Up to 19 Times the 8086 Throughput) · , software but may require upgrading to use virtual address as supported by the 80C286's integrated memory , . Depending on the application, the 80C286's performance is up to nineteen times faster than the standard
Intersil
Original
80C286 microprocessor pin description addressing modes 8086 0000110w 80286 address decoder 80286 microprocessor pin out diagram 80286 microprocessor specification

80286 microprocessor

Abstract: d13646 of clock rates â'"20 MHz (80C286-20) â'"16 MHz (80C286-16) â'"12.5 MHz (80C286-12) â  100 , -Lead Plastic Leaded Chip Carrier (PL068) Valid Combinations 80C286-20 N 80C286-16 80C286-12 Valid , 80C286-12 and 80C286-16; Vcc = +5 V ±5% for 80C286-20, Tc = 0°C to +100°C Parameter Parameter , , 7-8, 10-28, 32-34 Iccop Active Power Supply Current 80C286-12 (see Note 4) - 220 mA 80C286-16 , 80C286-16; Vcc = +5 V ±5% for 80C286-20, Tc=0°C to +100°C AC Timings are referenced to 0.8 V and 2.0 V
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OCR Scan
d13646 80C286 microprocessor pin D15-D0

ASM-286

Abstract: 80C286 (80C286-12) 260mA Maximum (80C286-16) 310mA Maximum (80C286-20) 410mA Maximum (80C286-25) â'¢ High , '¢ Compatible with NMOS 80286 â'¢ Wide Range of Clock Rates - DC to 25MHz (80C286-25) - DC to 20MHz (80C286-20) - DC to 16MHz (80C286-16) - DC to 12.5MHz (80C286-12) - DC to 10MHz (80C286-10) â'¢ Static CMOS , virtual address as supported by the 80C286's integrated memory management and protection mechanism. Both , for multiple user and multi-tasking systems. Depending on the application, the 80C286's performance is
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OCR Scan
ig80c286 HARRIS CS80C286 16-BIT

das 001

Abstract: HARRIS 80286 (80C286-25) - DC to 20MHz (80C286-20) - DC to 16MHz (80C286-16) - DC to 12.5MHz (80C286-12) - DC to 10MHz (80C286-10) â'¢ Static CMOS Design for Low Power Operation - ICCSB = 5mA Maximum - ICCOP = 185mA Maximum (80C286-10) 220mA Maximum (80C286-12) 260mA Maximum (80C286-16) 310mA Maximum (80C286-20) 410mA Maximum , require upgrading to use virtual address as supported by the 80C286's integrated memory management and , for multiple user and multi-tasking systems. Depending on the application, the 80C286's performance is
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OCR Scan
das 001

80C286 microprocessor pin

Abstract: CHARACTERISTICS over operating range Vcc = +5 V ± 10% (or 80C286-12 and 80C286-16; Vcc = +5 V ±5% for 80C286-20 , Pins 1, 7-8, 10-28, 32-34 80C286-12 (see Note 4) 80C286-16 (see Note 4) 80C286-20 (see Note 4) (see , operating range Vcc = +5 V ± 10% for 80C286-12 and 80C286-16; Vcc = +5 V ±5% for 80C286-20, Tc = 0°C to , processor - Over 20 times the performance of the 8086 Wide range of clock rates -20 MHz (80C286-20) - 16 MHz (80C286-16) - 12.5 MHz (80C286-12) 100% functionally and pin compatible with NMOS 286
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OCR Scan
A23-A0

80287

Abstract: 80C286 speed 80287. This Document will briefly describe the interface between a 16MHz 80C286 (80C286-16) and a , /write lines). The BUSY and ERROR lines can be connected from the 80287 to a 80C286-oriented chipset , seen that this circuit effectively "stretches" the 80C286's PEACK output (in the form of GPEACK) to , extend the 80C286's Peripheral Acknowledge signal to the 80287-10 sufficiently to meet it , Interfacing the 80C286-16 with the 80287-10 Application Note March 1997 AN120
Intersil
Original
80287 74AC04 74AC08 74AC112 AC112 82C84A-1

80287

Abstract: harris 74AC04 interface between a 16MHz 80C286 (80C286-16) and a 10MHz 80287 (80287-10). Interfacing the 80C286 with an , PEACK line. The BUSY and ERROR lines can be connected from the 80287 to a 80C286-oriented chipset, or , shown in Figure 2, it can be seen that this circuit effectively "stretches" the 80C286's PEACK output , this circuit operation is to extend the 80C286's Peripheral Acknowledge signal to the 80287-10 , Harris Semiconductor No. AN120.1 Harris Digital March 1997 Interfacing the 80C286-16
Harris Semiconductor
Original
harris 74AC04 ac08
Abstract: function descriptions are for the 80C286 microprocessor: TABLE 1. SYMBOL PIN NUMBER CLK 31 DESCRIPTION TYPE SYSTEM CLOCK: provides the fundamental tim ing fo r the 80C286 system. It is divided by tw o inside the 80C286 to genenerate the processor clock. The internal divide-by-tw o circu itry , Encodings BHE Value 0 0 1 1 Si . So 4, 5 O 0 1 0 1 O 80C286 Bus Cycle Status , activated e xp licitly by the â' LO CKâ' instruction prefix o r autom atically by 80C286 hardware during -
OCR Scan

80C286F

Abstract: 0C001 ^ HARRIS 80C286 High Performance M icroprocessor With Memory Management and Protection Pin , 286 Pin Description The fo llo w in g pin fu n c tio n d e scription s are fo r the 80C286 m , : provides the fundamental timing for the 80C286 system. It is divided by two inside the 80C286 togenenerate , _ M/IO 0 0 0 0 1 1 1 1 0 0 0 0 1 1 1 1 _ 80C286 Bus Cycle Status Definition _ _ 0 , "LOCK" instruction prefix or automatically by 80C286 hardware during memory XCHG instructions, interrupt
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OCR Scan
80C286F 0C001

intel 80C286

Abstract: 82C286 intel 80c286 chmos microprocessor with memory management and protection â  High Speed CHMOS III , packa9in9 sp^- °rder #231369> â'" Uses Less Power (see iocs Specification) INTRODUCTION The 80C286 is an , require low power and high performance. The 80C286 is fully compatible with its predecessor the HMOS 80286 and object-code compatible with the 8086 and 80386 family of products. In addition, the 80C286 has a power down mode which uses less power, making it ideal for mobile applications. The 80C286 has built-in
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82C286 8086 instruction set basic architecture of intel 80286 8086 effective address calculation interface 64K RAM with 8086 MP CX Programmer

tfm 1010

Abstract: G0b35 i l i HARRIS August 1995 80C286 High Performance Microprocessor With Memory Management and , Description T he fo llo w in g pin fu n c tio n d e s c rip tio n s are fo r the 80C286 m icro p ro ce sso r , the fundamental timing for the 80C286 system. It is divided by two inside the 80C286 to genenerate the , logic one during bus hold acknowledge. 80C286 Bus Cycle Status Definition _ Bus Cycle Initiated Si So 0 , may be activated explicitly by the "L O C K " instruction prefix or autom atically by 80C286 hardware
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tfm 1010 G0b35 MS-018AE 5M-1982
Showing first 20 results.