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CP80C88-2 Intersil Corporation 16-BIT, 8MHz, MICROPROCESSOR, PDIP40, PLASTIC, DIP-40 visit Intersil
IP80C88 Intersil Corporation 16-BIT, 5MHz, MICROPROCESSOR, PDIP40, PLASTIC, DIP-40 visit Intersil
MD80C88-2/883 Intersil Corporation 8-BIT, 8MHz, MICROPROCESSOR, CDIP40, CERAMIC, DIP-40 visit Intersil
MD80C88/B Intersil Corporation 16-BIT, 5MHz, MICROPROCESSOR, CDIP40, CERDIP-40 visit Intersil
CS80C88-2 Intersil Corporation 16-BIT, 8MHz, MICROPROCESSOR, PQCC44, PLASTIC, LCC-44 visit Intersil
CP80C88Z Intersil Corporation 16-BIT, 5MHz, MICROPROCESSOR, PDIP40, ROHS COMPLIANT, PLASTIC, MS-011AC, DIP-40 visit Intersil

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80c88 Datasheet

Part Manufacturer Description PDF Type
80C88 Harris Semiconductor CMOS 8/16-Bit Microprocessor Original
80C88 Intersil CMOS 8-16-Bit Microprocessor Original
80C88-2 Intersil CMOS 8/16-Bit Microprocessor Original
80C883 Intersil High Performance Microprocessor with Memory Management and Protection Original
80C88/883 Intersil Microprocessor, 8/16 Bit, CMOS, 883 Compliant, Process Speed 8MHz Original

80c88

Catalog Datasheet MFG & Type PDF Document Tags

asterm

Abstract: 5962-8601601QA .5MHz (80C88) - D C . 8MHz (80C88-2) · Low , complete initialization of the 80C88. NMI will not be recognized if asserted prior to the second CLK cycle , bus, signals DT/R and DEN are provided by the 80C88. A write cycle also begins with the assertion of , changes: · A8-A15: These pins are only address outputs on the 80C88. These address lines are latched , 80C88-2 MIN MAX UNITS TEST CO NDITION S t A = -55° c 1° +125° c (M80C88-2) (2) (3) (4) (5) (6) (7
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OCR Scan
asterm 5962-8601601QA 8/16-B 80C86 16-BIT

M80C88-2

Abstract: T9750 .5MHz (80C88) D C . 8MHz (80C88-2) · Low , initialization of the 80C88. NMI will not be recognized if asserted prior to the second CLK cycle following the , (82C86/82C87) is required to buffer the local bus, signals DT/R and DEN are provided by the 80C88. A , the 80C88. These address lines are latched internally and remain valid throughout a bus cycle in a , MAX 80C88-2 MIN MAX UNITS TEST C ONDITIONS t A = -55° c to +125°C (M80C88-2) (9) TCLR 1X 0
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OCR Scan
T9750 design 8-bit adc interfaces with 8088 microproces ID80C88

S6A10

Abstract: 8085 opcode sheet free 80C88/883 ® Data Sheet February 22, 2008 FN6589.0 CMOS 8-/16-Bit Microprocessor Features The Intersil 80C88/883 high performance 8-/16-bit CMOS CPU is manufactured using a , . . . . . . . . . . . . . . . .8MHz (80C88/883) · 1 Megabyte of Direct Memory Addressing , respective owners. 80C88/883 Pinouts 80C88/883 (40 LD CERDIP) TOP VIEW GND A14 2 39 A15 , VCC MAX MODE 20 21 RESET (HIGH) FN6589.0 February 22, 2008 80C88/883 Functional
Intersil
Original
S6A10 8085 opcode sheet free intel 8085 opcode intel 80C88 MD80C88/883 8-/16-B ISO9000

NLY4

Abstract: COMPLEXITY SYSTEM 80C88 SYMBOL PARAMETER 80C88-2 MIN MAX MIN MAX UNITS TEST , . 8MHz(80C88-2) industry-standard operation allow use of existing NMOS 8088 hardware and Harris , Resistors â'¢ Wide Operating Temperature Ranges - C , sooner than 50(is after power up, to allow complete initialization of the 80C88. NMI will not be , local bus, signals DT/R and DEN are provided by the 80C88. A write cycle also begins with the
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OCR Scan
NLY4
Abstract: segm ent) Stack Code or None Data In the 80C88.1 O operations can address up to a maximum of 64K , power up, to allow complete initialization of the 80C88. NMI will not be recognized if asserted prior , local bus, signals DT'R and DEN are provided by the 80C88. When a software HALT instruction is , queue length is 4 bytes in the 80C88. whereas the 80C86 queue contains 6 bytes, or three words. The , outputs on the 80C88. These address lines are latched internally and remain valid throughout a bus cycle -
OCR Scan
80C8S A16/S3 A17JS4 A18/S5 A19/S6

intel 80C88

Abstract: 80C86 intel . . . . . . 5MHz (80C88) - DC . . . . . . . . . . . . . . . . . . . . . . . . . . . .8MHz (80C88-2 , -2) MINIMUM COMPLEXITY SYSTEM 80C88 SYMBOL PARAMETER 80C88-2 MIN MAX MIN MAX UNITS , 80C88. NMI will not be recognized if asserted prior to the second CLK cycle following the end of RESET , (82C86/82C87) is required to buffer the local bus, signals DT/R and DEN are provided by the 80C88. A , A8-A15: These pins are only address outputs on the 80C88. These address lines are latched internally and
Intersil
Original
80C86 intel 80C88 Intel intel 80C88 -harris intel 82c84 clock generator M80C88 8/16B

M80C88

Abstract: N80C88 . 5MHz (80C88) ⺠DC.8MHz (80C88-2) â'¢ Low Power Operation * ICCSB , SYSTEM (USING 82C88 BUS CONTROLLER) TIMING REQUIREMENTS SYMBOL PARAMETER 80C88-2 80C88 UNITS TEST , complete initialization of the 80C88. NMI will not be recognized if asserted prior to the second CLK cycle , buffer the locai bus, signais DT/R and DEN are provided by the 80C88. A Write cycle also begins with the , changes: â'¢ A8-A15 - These pins are only address Outputs on the 80C88. These address Unes are latched
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OCR Scan
N80C88 harris 6616 412A11 D80C88 62C88 HM-8616 M302371 80CBB C80C88 I80C88 16-WI

8085 opcode sheet

Abstract: instruction set opcode 8086 .8MHz (80C88-2) · Low Power Operation - ICCSB. . . . . . . . . . . . . . . . . . . . . . . . . 500µA , initialization of the 80C88. INPUT BUFFER INPUT PROTECTION CIRCUITRY FIGURE 6A. BUS HOLD CIRCUITRY , buffer the local bus, signals DT/R and DEN are provided by the 80C88. A write cycle also begins with , A8-A15: These pins are only address outputs on the 80C88. These address lines are latched internally and , 80C88 ® Data Sheet February 22, 2008 FN2949.4 CMOS 8-/16-Bit Microprocessor
Intersil
Original
8085 opcode sheet instruction set opcode 8086 intel 8085 opcode sheet IR07 8085 memory organization 8086 microprocessor pin description

M80C88

Abstract: CP80C88 SYSTEM 80C88 SYMBOL PARAMETER 80C88-2 MIN MAX MIN MAX UNITS TEST CONDITIONS , . . . . . . . . . . . . . . .8MHz (80C88-2) · Low Power Operation - ICCSB . . . . . . . . . . . . , initialization of the 80C88. NMI will not be recognized if asserted prior to the second CLK cycle following the , required to buffer the local bus, signals DT/R and DEN are provided by the 80C88. A write cycle also , on the 80C88. These address lines are latched internally and remain valid throughout a bus cycle in
Harris Semiconductor
Original
8085 opcode

M80C88

Abstract: 8085 opcode sheet . . . . . . 5MHz (80C88) - DC . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8MHz (80C88-2 , COMPLEXITY SYSTEM 80C88 SYMBOL PARAMETER 80C88-2 MIN MAX MIN MAX UNITS TEST , up, to allow complete initialization of the 80C88. Interrupts result in a transfer of control to , (82C86/82C87) is required to buffer the local bus, signals DT/R and DEN are provided by the 80C88. , pins are only address outputs on the 80C88. These address lines are latched internally and remain
Intersil
Original
intel 82c88 source code for water level indicator 8086 80c86 intel application CMOS/80C88 cpu intel 8085

intel 8085 Arithmetic and Logic Unit -ALU

Abstract: . . . . . . . . . . . . . . . . . . . . . . . 8MHz (80C88-2) · Low Power Operation - ICCSB . . . . . , , to allow complete initialization of the 80C88. NMI will not be recognized if asserted prior to the , and DEN are provided by the 80C88. A write cycle also begins with the assertion of ALE and the , following functional changes: · A8-A15: These pins are only address outputs on the 80C88. These address , to 1.0V PARAMETER MIN MAX 80C88-2 MIN MAX UNITS TEST CONDITIONS TA = 0oC to +70oC (C80C88, C80C88
Intersil
Original
intel 8085 Arithmetic and Logic Unit -ALU

intel 80C88

Abstract: intel 82c84 clock generator . . . . . . 5MHz (80C88) - DC . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8MHz (80C88-2 , +125oC (M80C88) MINIMUM COMPLEXITY SYSTEM 80C88 SYMBOL PARAMETER 80C88-2 MIN MAX MIN , up, to allow complete initialization of the 80C88. Interrupts result in a transfer of control to , (82C86/82C87) is required to buffer the local bus, signals DT/R and DEN are provided by the 80C88. , only address outputs on the 80C88. These address lines are latched internally and remain valid
Intersil
Original
HS-6616

M80C88

Abstract: M80C88-2 (80C88) D C .8MHz (80C88-2) - â'¢ Low , 80C88. Interrupts result in a transfer of control to a new program location. A 256 element table , local bus, signals DT/R and DEN are provided by the 80C88. A write cycle also begins with the , the 80C88. These address lines are latched internally and remain valid throughout a bus cycle in a , 80C88 HARRIS a S E M I C O N D U C T O R A st 1996 ugu C M O S 8/16-B it M
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OCR Scan
Abstract: 80C88. TABLE C. S4 S3 0 0 1 1 0 1 0 1 CHARACTERISTICS Alternate Data (Extra , of Paragraph 1.2.1. The Harris 80C88/883 high performance 8/16-bit CMOS CPU is manufactured , '¢ 5MHz O p e ra tio n .80C88/883 Full TTL compatibility (with , Harris CMOS peripherals. â'¢ 8MHz O p e ra tio n .80C88-2/883 , 4-98 8 0 C 8 8 /8 8 3 Pin Description The following pin function descriptions are for 80C88/883 -
OCR Scan
Q0C8Q/Q83 80C88-2/883
Abstract: Operation. 80C88/883 â'¢ 8MHz Operation. 80C88-2/883 â'¢ Low Power Operation ⺠IC C S B . 500(jA , Temperature . . . -5 5 °c to +125°C Range The Harris 80C88/883 high performance 8/16-bit CMOS CPU is , microprocessors allows use of existing software in new designs. Pinouts 80C88/683 (CERAMIC DIP) TOP VIEW , /OIV MAX MOPE ctv MIN MODE 80C88/S83 (CERAMIC LC C) TOP VIEW ? s ¡3 *> â -
OCR Scan
Abstract: ELECTRICAL PERFORMANCE CHARACTERISTICS 80C88/883: VCCL = 4.5V, VCCH = 5.5V, 80C88-2/883: VCCL = 4.75V, VCCH = 5.25V 80C88-2/883 PARAMETER SYMBOL C O N D IT IO N S N O TE S TEMPERATURE 80C88 , initialization of the 80C88. NMI will not be recognized if asserted prior to the second CLK cycle following the , 80C88/883 HARRI S CMOS 8 /16 Bit Microprocessor J u n e 1989 Features D escrip tio , U N IT Ã AL BH CH OH BL CL DL SP BP SI 01 4 -9 8 80C88 /88 3 Pin D -
OCR Scan

microprocessors interface 8253 "Real Time Clock"

Abstract: interface 8254 with 8086 Compatible · High Speed, No "Wait State" Operation with 8MHz 80C86 and 80C88 Pin Compatible with NMOS , /O Pins · Fully TTL Compatible · High Speed, No "Wait State" Operation with 8MHz 80C86 and 80C88 , : -80C86/80C88 (5/8MHz) -80186/80188 (6/8MHz) -8086/8088 (5/8MHz) -8089 20 Ld CerDIP, 20 Ld PDIP 82C89 · Pin Compatible with Bipolar 8289 · Performance Compatible with: 80C86/80C88 (5/8MHz) · , CerDIP, 40 Ld PDIP 80C86/883 CMOS 16-Bit Microprocessor 40 Ld CerDIP 80C88 CMOS 8/16
Intersil
Original
microprocessors interface 8253 "Real Time Clock" interface 8254 with 8086 HSP50415 crystal oscillator 8MHz 4 pins cic compensation filters 8089 microprocessor Features 1-888-INTERSIL HSP50110 HSP50210 HSP43124 HSP43168 MQ82C55A

64Kx8 CMOS RAM

Abstract: oki 80C88 I/O Pins · Fully TTL Compatible · High Speed, No "Wait State" Operation with 8MHz 80C86 and 80C88 , 8MHz 80C86 and 80C88 44 Ld MQFP MP82C55A · Pin Compatible with OKI MSM82C55A - No Bus Hold , " Operation with 8MHz 80C86 and 80C88 40 Ld PDIP 82C59A · 12.5MHz, 8MHz and 5MHz Versions Available , Performance Compatible with: - 80C86/80C88 (5MHz/8MHz) - 80186/80188 (6MHz/8MHz) - 8086/8088 (5MHz/8MHz) - , Compatible with: 80C86/80C88 (5MHz/8MHz) · Provides Multi-Master System Bus Control and Arbitration 20 Ld
Intersil
Original
64Kx8 CMOS RAM oki 80C88 256X4 CMOS RAM 64Kx8 bit CMOS Static RAM 4702 8089 bus MS82C55A 80C286 80C286/883 CDP1802A CDP68HC68T1
Abstract: MAXimum mode software HALT executed by the 80C86 or 80C88. Once this state has been recognized, the , with the Har­ ris 80C86 and 80C88 16-bit Static CMOS Microprocessor Family, the 82C85 can also be , 80C86 and 80C88 software HALT instruction decode logic in the 82C85 enables software-based clock , PROCESSOR CLOCK: CLK is the clock output used by the 80C86 or 80C88 processor and other peripheral devices , the Harris 80C86 and 80C88 CMOS 16-bit static micropro­ cessors, the 82C85 can also be used for -
OCR Scan
MD82C85 MR82C85 MIL-STD-883 CLK50
Abstract: 80C86 or 80C88. Once this state has been recognized, the 82C85 stops the clock (F/C HIGH) and oscillator , directly compatible with the Har ris 80C86 and 80C88 16-bit Static CMOS Microprocessor Family, the 82C85 , ) or slow (crystal/EFI frequency divided by 768) mode operation. Automatic maximum mode 80C86 and 80C88 , mode operation. PROCESSOR CLOCK: CLK is the clock output used by the 80C86 or 80C88 processor and other , operation. While it is directly compatible with the Harris 80C86 and 80C88 CMOS 16-bit static micropro -
OCR Scan
Abstract: â'¢ Com patible with NMOS 80 88 The Harris 80C88 high performance 8 /1 6-bit CMOS CPU is man , are for 80C88 systems in either minimum or maximum mode. The â' local busâ' in these descriptions , connection to the 80C88 (without regard to additional bus buffers). DESCRIPTION AD D R ESS DATA BUS , operating power until, at a DC input frequency, the power requirement is the 80C88 standby current , The requirements for supporting minimum and maximum 80C88 systems are sufficiently different that -
OCR Scan
IP80C

CD82C85

Abstract: 80C86 Intersil 80C86 and 80C88 16-bit Static CMOS Microprocessor Family, the 82C85 can also be used for general , 80C86 and 80C88 software HALT instruction decode logic in the 82C85 enables software-based clock , 80C88 processor and other peripheral devices. When SLO/FST is high, CLK has an output frequency which , operation. While it is directly compatible with the Intersil 80C86 and 80C88 CMOS 16-bit static , 20 KHz DC DC 15MHz 15MHz DC 82C85 24.7mA 16.9mA 14.1mA 24.4mA 80C88
Intersil
Original
CD82C85 CS82C85 ID82C85 IS82C85 74HCxx logic table
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