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80C196 Datasheet

Part Manufacturer Description PDF Type
80C196CA Intel 16 MHz ADVANCED 16-BIT CHMOS MICROCONTROLLER WITH INTEGRATED CAN 2.0 Original
80C196CB Intel 16 MHz ADVANCED 16-BIT CHMOS MICROCONTROLLER WITH INTEGRATED CAN 2.0 Original
80C196EA Intel CHMOS 16-BIT MICROCONTROLLER Original
80C196EA Intel CHMOS 16-BIT MICROCONTROLLER Original
80C196KB Intel COMMERCIAL/EXPRESS CHMOS MICROCONTROLLER Original
80C196KB16 Intel COMMERCIAL/EXPRESS CHMOS MICROCONTROLLER Original
80C196KC N/A COMMERCIAL-EXPRESS CHMOS MICROCONTROLLER Original
80C196KC Intel COMMERCIAL/EXPRESS CHMOS MICROCONTROLLER Scan
80C196KC20 Intel Commercial/express Chmos Microcontroller Original
80C196KT Intel COMMERCIAL CHMOS MICROCONTROLLER Scan
80C196MC Intel INDUSTRIAL MOTOR CONTROL Original
80C196MD Intel INDUSTRIAL MOTOR CONTROL MICROCONTROLLER Original
80C196MD Intel 8XC196MH INDUSTRIAL MOTOR CONTROL CHMOS MICROCONTROLLER Original
80C196MH Intel 8XC196MH INDUSTRIAL MOTOR CONTROL CHMOS MICROCONTROLLER Original
80C196MH Intel INDUSTRIAL MOTOR CONTROL CHMOS MICROCONTROLLER Original
80C196NT Intel CHMOS MICROCONTROLLER WITH 1 MBYTE LINEAR ADDRESS SPACE Original
80C196NT Intel Chmos Microcontroller With 1 Mbyte Liner Address Space Scan

80C196

Catalog Datasheet MFG & Type PDF Document Tags

80C196 instruction set

Abstract: 80C196 assembly language implemented in assembler, not in a HLL like C Best efficiency is of the XA and the 80C196. The 80C196 , : The algorithm here follows the one outlined for the 80C196. Arguments: R4 = Dividend (extend into , Philips Semiconductors Application note XA benchmark versus the architectures 68000, 80C196 , implemented in assembler language of the compared controllers: Motorola 68000, Intel 80C196, Philips 80C552 , ,942 1,560 1089.24 402.6 PERFORMANCE RATIO 80C196 XA 1.0 3.81 5.45 14.7
Philips Semiconductors
Original
80C196 instruction set 80C196 assembly language intel 80c196 INSTRUCTION SET 80C196 assembly language PROGRAM 80C196 users manual difference between 8051 microcontroller and 80196 80C51 AN703 SU00600A SU00601 SU00602

80C196 instruction set

Abstract: intel 80c196 INSTRUCTION SET like C Best efficiency is of the XA and the 80C196. The 80C196 includes 3-parameter instructions , here follows the one outlined for the 80C196. Arguments: R4 = Dividend (extend into R5 for 32 bits , INTEGRATED CIRCUITS AN703 XA benchmark versus the architectures 68000, 80C196, and 80C51 , note XA benchmark versus the architectures 68000, 80C196, and 80C51 AN703 Author: Santanu Roy , 68000, Intel 80C196, Philips 80C552 and Philips XA. The total execution times of a program "engine
Philips Semiconductors
Original
intel 80C196 users manual 80C196 manual 80c196 operand intel 80196 assembly language 80c196 instruction SC68000

intel 80c196 INSTRUCTION SET

Abstract: 80C196 instruction set like C Best efficiency is of the XA and the 80C196. The 80C196 includes 3-parameter instructions , here follows the one outlined for the 80C196. Arguments: R4 = Dividend (extend into R5 for 32 bits , Philips Semiconductors Application note XA benchmark versus the architectures 68000, 80C196 , assembler language of the compared controllers: Motorola 68000, Intel 80C196, Philips 80C552 and Philips , management routine. 8051 68000 80C196 XA 8051 Evaluation of performance in a High Level
Philips Semiconductors
Original
80196 instruction set 80196 ld clr instruction set difference between 8051 microcontroller and 80c51 80c552 instruction set intel 80196 users manual Example 80c552

intel 80c196 INSTRUCTION SET

Abstract: 80C196 instruction set like C Best efficiency is of the XA and the 80C196. The 80C196 includes 3-parameter instructions , here follows the one outlined for the 80C196. Arguments: R4 = Dividend (extend into R5 for 32 bits , Philips Semiconductors Application note XA benchmark versus the architectures 68000, 80C196 , implemented in assembler language of the compared controllers: Motorola 68000, Intel 80C196, Philips 80C552 , of engine management routine. 8051 68000 80C196 XA 8051 Evaluation of performance
Philips Semiconductors
Original
motorola 68000 architecture intel 80c196 microcontroller intel 68000 INSTRUCTION SET 80196 ld clr instruction set -benchmark 16 bit 80196 8051 microcontroller Assembly language program

intel 80c196 INSTRUCTION SET

Abstract: instruction set and programming of 8096 AB-32 APPLICATION BRIEF Upgrade Path from 8096-90 to 8096BH to 80C196 April 1989 Order , TO 80C196 CONTENTS PAGE 80C196 OVERVIEW 2 DESIGN GUIDELINES 2 AB , external address 0000H The following is the latest information on upgrading a NMOS 8096 to a CHMOS 80C196 1 AB-32 The chip which is the CHMOS 8096BH replacement is designated the 80C196 The part can , arbitrarily swap out a NMOS 8096 and replace it with the 80C196 However if a few rules are followed the
Intel
Original
instruction set and programming of 8096 8096 intel 8096 instruction set 80c196 application note Microcomputer 8096 8x9x 8X9X-90

temperature controller using 8096

Abstract: 80C196 instruction set circuitry interfacing to the chip should be capable of interfacing to the 80C196. The I/O lines on 80C196 , Converting From the NMOS MCS 96 Family Members to the CHMOS 8XC196KB The 80C196 is the replacement , and enhanced features. 1. 80C196 OVERVIEW First, some background on the 80C196 is needed. The , timings. The crystal is divided by 2 on the 80C196, instead of 3, as on the 8096. This means that the 80C196 running at 8 MHz will have a 250 Ns state time, just like an 8096 running at 12 MHz. An 80C196
Intel
Original
temperature controller using 8096 temperature control of 8096 intel 80c196 kb INSTRUCTION SET mcs-96 software 8X9XBH mcs 96 programming 8X9X90

80c196

Abstract: psd3xx /IBM 80C196 Intel/AMD 80C186 & 80C188 Intel/AMD 80C386EX Intel 80960 Motorola 68HC05 Motorola , MCU ADDRESS PSD CONTROL 16-Bit MCU ­ Multiplexed Address/Data · · · Intel 80C196 & , Return to Main Menu wsi98web4a.ppt 15 ,-/97+/9,1234"#55+.55 80C196 FAMILY , wsi98web4a.ppt 16 ,-/971234"655+055 80C196 FAMILY PSD4XX PSD5XX P1 0-7 P3 0-7 , 80C196 FAMILY PSD6XX/7XX PSD8XXF P1 0-7 P3 0-7/AD 0-7 ADDRESS/DATA AD0-7/A0-7 P2 0-7
WaferScale Integration
Original
psd3xx 80C31 intel 80C198 80c251 A815 zilog z80 80C31/51 80C251 80C51XA 68HC11 683XX 68HC16

psd3xx

Abstract: 27C256 wsi higher performance. Today, 16-bit embedded controllers such as the 80C196 and 683XX families provide , PSD3XX interfaces to microcontrollers such as the 80C196 and 68302. Typical 16-Bit Microcontroller , controller applications. For a typical 80C196 design, the basic building block consists of two address , , 64K bytes of program memory/EPROM, and a 2K byte SRAM for scratch pad are required. Since the 80C196 , require 3 wait states with the exception of the I/O latch. The configuration register of the 80C196 is
WaferScale Integration
Original
27C256 wsi 27C256 74AC373 74AC374 AD10 AD11

80C386EX

Abstract: 80C196 , Philips, Dallas, Etc.) Intel 80C251 Philips 80C51XA Intel/IBM 80C196 Intel/AMD 80C186 & 80C188 Intel , 80C51XA SRAM 68HC11 80C196 683XX MCU PSD PLDs CPLDs I/O 80C186 MCU Interface , · Intel 80C196 & 80C186 Families National HPC Family DATA DATA ­ Non-Multiplexed Address , 14 &')01%)0&+)%(, 80C196 FAMILY PSD211R PSD3XX P1 0-7 P3 0-7/AD 0-7 ADDRESS/DATA , condition Presentation #8, 9902Awebmcuinterface 15 &')01+-,%*, 80C196 FAMILY
WaferScale Integration
Original
80c386 psd5xx motorola 68HC11 processors psd4xx motorola 68000 87C196 9902A AD8-15/A8-15
Abstract: WINSLOW ADAPTICs WAxx127DAJT PLCC TO PGA ADAPTER Pin out shown is for representation only Device Pin No WA020127DAJT Generic 20 WA028127DAJT Generic 28 WA032127DAJT Generic 32 WA044127DAJT Generic 44 WA052127DAJT Generic 52 WA068127DAJT Generic 68 WA068127DAJTIntel 80C196 68 80C196 WA084127DAJT Generic 84 A 17.78 19.05 17.78 20.32 22.86 27.94 B 17.78 19.05 15.24 20.32 22.86 27.94 J 1.6 1.6 1.6 1.6 1.6 1.6 K 6.5 6.5 6.5 6.5 6.5 6.5 25.4 Winslow ADAPTICs
Original
127DAJT WA068127DAJTI

sram 6164

Abstract: 61128 SRAM 80C31 68HC11 80C196 68302 t t t t Z8/Z80 80C166 ST9026 NEURON ® 3150TM 68332 t DPLD , : t 16-Bit Multiplexed Mode Intel 8096, 80C196, 80C186 families. National HPC16000 family. Siemens , csi csiop datal XX XX 55 FF 55 55 rs0 Interfacing To The 80C196 Family Of Microcontrollers The 80C196 Bus The 80C196 family of microcontrollers has a 16-bit multiplexed address/data bus , both the SRAM and EPROM, thus increase system performance and throughput. The 80C196 bus control
WaferScale Integration
Original
sram 6164 61128 SRAM Zilog Z80 family 6164 sram sram 6164 datasheet ST90R26

NEC D71055

Abstract: D71055 ) /EW2 Adr: 1E80h - 1EFFh (read/write - 8 Bit Data) 5.2 Programm- und Datenspeicher Der 80C196-Controller , und Vectoren des 80C196-Controllers im Adressraum. Da der Controller 80C196 auf dem miniCON-196 mit , Europakartenformat 100x160 mm mit dem 80C196KC von Intel. Mit zwei EPROMs und zwei RAMs ist die Schaltung für echte , miniCON196 muß sich auf dem Bildschirm folgende Meldung zeigen: * 80C196 Monitor V1.1 * © PHYTEC , Adressdecoder-Bausteins alle Möglichkeiten berücksichtigt, die der Controller 80C196 bietet. Die beiden für
PHYTEC
Original
NEC D71055 D71055 datenbuch J6-J12 rtc72423a schema eeprom CON-196 L-034 D-55135

80c85

Abstract: vhdl code for rs422 interface in fpga RS-422 Spacecraft C&DH Interface 8 MByte Flash Memory (Configurations) 80C196 , microprocessor selected (UTMC 80C196) is a moderate performance 16-bit processor. The selection of , responding to the spacecraft command and data handling interfaces. The 80C196 offers sufficient throughput , between the configuration data loaded into the Xilinx and the readback data. The 80C196 processor , the semiconductor parts in the AIM is shown in Table 1. LM193 UTMC 80C196 Microprocessor
Xilinx
Original
80c85 vhdl code for rs422 interface in fpga Fairchild 54ac14 HS26C32 54AC14 seu mongoose XQR4062XL

radar match filter design

Abstract: intel C196 power of a 16 MHz 80C196. The time it takes to do an A/D conversion is almost exactly the time it takes , MCS 96: Digital Filter Techniques Using the 80C196 ABSTRACT This TechBit describes how to implement a 2-pole, 4-pole and 6-pole IIR filter using the 80C196KC Eval Board. Introduction Digital , coefficient A2 80C196 Filter Software All numbers associated with the digital filter will be signed , . -The filters in this TechBit were developed to run on an 80C196KC Eval Board running at 16 MHz. In
Intel
Original
radar match filter design intel C196 DSP16A Park transformation 80C196KC instruction set circuit diagram for iir and fir filters C196KC MCS96

WD-33C93

Abstract: WD42c 25 MHz 80C 188/186 and 16 MHz 80C196. The ESBC re quires supervision from the microprocessor only in , INTRODUCTION 1.0 1.1 WD33C95A AND WD33C96A microprocessor can access the internal registers and FIFO through this port. The ESBC can inter face with various high perform ance microproces sors _such as 80C196, 80C188 and 80C186. RE and WE control access through this port. The ESBC can also access the internal registers through DMA bus pins BD[7:0], This m ode is useful in the a p p lica tio n s w
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OCR Scan
WD-33C93 WD42c WD42C22 D33C95A D33C96A WD33C93 D33C93

80C196 BOOT

Abstract: 80c196 55 ns* 0 0 1 0 0 1 0 0 1 0 0 1 0 0 0 1 0 80C196 10 MHz 12 MHz 80186 10 MHz 12 MHz 12
-
OCR Scan
80C196 BOOT 80386 Advanced Micro Devices

0675070

Abstract: 80C196 host communications are handled by a 32-bit 68020 microprocessor, while a 16-bit 80C196 processor , processor 16-bit 80C196 I/O processor IEEE floating-point math Detect communication errors from
Opto 22
Original
0675070 62421a Intelligent Automatic Plant watering System work of led dial clock M4SENET-100

80C196

Abstract: MIL-STD-1750 following functions: · Intel 80C31® equivalent · Intel 80C196® equivalent · MIL-STD-1553 functions
UTMC Microelectronic Systems
Original
MIL-STD-1750 80C196 intel UT0.25UCRH intel 80C31 1553 VHDL ASIC, 1750 MIL-PRF-38535 0E-10

intel 80C31

Abstract: 80C196 cores. UTMC's core library includes the following functions: · Intel 80C31® equivalent · Intel 80C196
Aeroflex
Original
CMOS Process Family 54XX microcontroller radiation microcontroller using vhdl

Orion 8800

Abstract: Orion Instruments zero-wait-states. MICROCONTROLLERS SUPPORTED: 80C196Kx, 80C196Nx D E V E L O P M E N T P L AT F O R M S , providing robust, zero-wait-state support for Intel's 80C196 family. Designed especially for real-time
Orion Instruments
Original
Orion 8800 Orion Instruments 80C196K 80C196N

IN4148 5T

Abstract: 80C196 instruction set address of the relevant ADC Latch. AD7774-80C196 Interface Figure 11 shows a typical interface between the AD7774 and the 80C196 microcomputer. The microcomputer is configured in its 8-bit bus cycle mode , to 80C196 Interface Conversion is initiated on the selected AD7774 ADC channel using a single I/O , 80C196 register file or is immediate data. Writing data to the relevant AD7774 DAC or to the AD7774 ADC , address of the ADC control register and D is a location in the 80C196 register file or is immediate data
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OCR Scan
IN4148 5T IN4148 TMS320C10 ADG527A ADGS27A AD712 AD7774KN AD7774KP P-28A
Abstract: Latch. ♦ ADDITIONAL PINS OMITTED FOR CLARITY AD7774-80C196 Interface Figure 11 shows a typical interface between the AD7774 and the 80C196 microcomputer. The microcomputer is configured in its 8 , out­ puts with the addition of some logic gates. Figure 11. AD7774 to 80C196 Interface Figure , selected channel and D is a location in the 80C196 register file or is immediate data. Writing data to , location in the 80C196 register file or is immedi­ ate data. Two write operations are required to load -
OCR Scan

80C196 instruction set

Abstract: S2AA2 instruction < IN A,ADC > where ADC is the address of the relevant ADC Latch. AD7774â'"80C196 Interface Figure 11 shows a typical interface between the AD7774 and the 80C196 microcomputer. The microcomputer is , order address bus. Figure 11. AD7774 to 80C196 Interface Conversion is initiated on the selected AD7774 , selected channel and D is a location in the 80C196 register file or is immediate data. Writing data to the , 80C196 register file or is immediate data. Two write operations are required to load the 11 bits of data
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OCR Scan
S2AA2

AD7774KN

Abstract: AD7774KP > where ADC is the address of the relevant ADC Latch. AD7774â'"80C196 Interface Figure 11 shows a typical interface between the AD7774 and the 80C196 microcomputer. The microcomputer is configured in its , address bus. Figure 11. AD7774 to 80C196 Interface Conversion is initiated on the selected AD7774 ADC , channel and D is a location in the 80C196 register file or is immediate data. Writing data to the relevant , relevant DAC address or the address of the ADC control register and D is a location in the 80C196 register
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OCR Scan
AD7174

2u48 diode

Abstract: AD7774 > where ADC is the address of the relevant ADC Latch. AD7774-80C196 Interface Figure 11 shows a typical interface between the AD7774 and the 80C196 microcomputer. The microcomputer is configured in its 8-bit bus , . AD7774 to 80C196 Interface Conversion is initiated on the selected AD7774 ADC channel using a single I/O , 80C196 register file or is immediate data. Writing data to the relevant AD7774 DAC or to the AD7774 ADC , address of the ADC control register and D is a location in the 80C196 register file or is immediate data
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OCR Scan
2u48 diode rele nais cs1065 TS1075 6bhc11 lc 76 adg

intel 80c196 INSTRUCTION SET

Abstract: 196NU a causal discrete time system using a new generation of Intel 80C196 embedded controllers with digital signal processing capabilities. The 80C196, in addition to its register to register architecture , 80C196 device can be used to implement recursive filters with the required response and is not limited
Intel
Original
196NU 80C196NP z-transform applications low pass FIR filter realization fir filter design code fir filter 0FF2080H
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