assembly language
Abstract: INTEL FLASH MEMORY DATA SHEET 16M 16777216 M30800MC
Text: APPLICATION NOTE M16C/80 Series Programming Guidelines <Assembly Language> Preface This manual describes the basic knowledge of application program development for the M16C/80 series of Renesas CMOS 16-bit microcomputers. The programming language used in this manual
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M16C/80
M16C/80
16-bit
REJ05B0087-0101Z/Rev
assembly language
INTEL FLASH MEMORY DATA SHEET 16M 16777216
M30800MC
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M30600SFP
Abstract: No abstract text available
Text: APPLICATION NOTE M16C/60, M16C/20 Series Programming Guidelines <Assembly Language> Preface This manual describes the basic knowledge of application program development for the M16C/60, M16C/20 series of Renesas CMOS 16-bit microcomputers. The programming language used in
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M16C/60,
M16C/20
16-bit
REJ05B0085-0102Z/Rev
M30600SFP
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AN10256
Abstract: philips assembly location CODE16 LDR SPECIFICATION specification of ldr
Text: INTEGRATED CIRCUITS ABSTRACT This application note provides code samples in C and assembly, which will help the end user use the In-Application Programming IAP technique for programming the on-chip Flash. AN10256 Philips LPC210x microcontroller family Amitkumar Bhojraj
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AN10256
LPC210x
AN10256
philips assembly location
CODE16
LDR SPECIFICATION
specification of ldr
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mulxss
Abstract: NII51003-7
Text: 3. Programming Model NII51003-7.1.0 Introduction This chapter describes the Nios II programming model, covering processor features at the assembly language level. The programmer’s view of the following features are discussed in detail: • ■ ■ ■
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mulxss
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NII51003-10
Abstract: partition look-aside table
Text: 3. Programming Model NII51003-10.0.0 Introduction This chapter describes the Nios II programming model, covering processor features at the assembly language level. Fully understanding the contents of this chapter requires prior knowledge of computer architecture, operating systems, virtual
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NII51003-10
partition look-aside table
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mj 1504 transistor datasheet
Abstract: mj 1504 violin melody mj 1504 transistor SN66007 SN66010 SN66012 SN66016 SN66020
Text: SN66000 PROGRAMMING GUIDE ! OVERVIEW SN66 series is a series of 7-340 seconds single chip four-channel synthesizer IC containing several I/O ports and a tiny controller. By programming the tiny controller, user’s applications can then be implemented. Since the micro assembly language is very time-consumed and sometimes
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SN66000
mj 1504 transistor datasheet
mj 1504
violin
melody
mj 1504 transistor
SN66007
SN66010
SN66012
SN66016
SN66020
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tda 85630
Abstract: tda 9580 LDR type orp 12 str w 6554 a LDR orp 11 TDA 9583 str 6554 tda 5652 TDA 4963 tda 8130
Text: ST120 DSP-MCU PROGRAMMING MANUAL Release 1.0 This is advance information on a new product now in development or undergoing evaluation. Details are subject to change without notice. ST120 DSP-MCU PROGRAMMING MANUAL TABLE OF CONTENTS Page 1 ST120 DSP-MCU ASSEMBLY SYNTAX SPECIFICATIONS .
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ST120
ST120PM
tda 85630
tda 9580
LDR type orp 12
str w 6554 a
LDR orp 11
TDA 9583
str 6554
tda 5652
TDA 4963
tda 8130
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SPRU005
Abstract: TMS32010 SPRU001A
Text: Chapter 4 Programming Examples This chapter supplements Chapter 3 with example routines that perform various I/O functions with the AIB. Information about TMS32010 assembly language is provided in the following documents: TMS32010 User’s Guide SPRU001A
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TMS32010
SPRU001A)
SPRU002B)
XDS/22
SPDU015)
SPRU005)
SPRU005
SPRU001A
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adsp-210XX
Abstract: mrf 174 RMS-2 ADSP-21020 ADSP-21060 ADSP-21061 ADSP-21062
Text: I INDEX C/assembly interface See Mixed C/assembly programming -21062 (ADSP-21062 macro) compiler switch 2-45 Symbols @ filename (command file) compiler switch 2-44 _asm_ keyword 2-45 _dm_ keyword 2-45 _inline_ keyword 2-45 _pm_ keyword 2-45 _STDC_ macro 2-45
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ADSP-21062
Cc21k)
ADSP-2106x
adsp-210XX
mrf 174
RMS-2
ADSP-21020
ADSP-21060
ADSP-21061
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tms320c2000
Abstract: tms320c2000 datasheet C2000 FP 801 PIC Assembly Programming Guide AR04 tms320c2000 instruction SPRA590
Text: Application Report SPRA590 Writing a C Callable Assembly Function Using the TMS320C2000 Vivian Shao Application Engineer Abstract Mixing C and assembly language is an important task of digital signal processing DSP programming. It is very common for a software designer to write the kernel in C language and
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SPRA590
TMS320C2000
TMS320C2000
tms320c2000 datasheet
C2000
FP 801
PIC Assembly Programming Guide
AR04
tms320c2000 instruction
SPRA590
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centronics db25 programming
Abstract: 32 MHZ OSCILLATOR ASM800 P1284 Z80185 Z8018500ZCO Z80195 EIA-570 berg headers Z80 CPU DIMENSIONS
Text: Z8018500ZCO Zilog CUSTOMER P ROCUREMENT S PECIFICA TION Z8018500ZCO Z80185/195 DEVELOPMENT KIT FEATURES • Supported Devices: Part Number Z80185 Z80195 ■ Full Assembly Language Programming Support Provided in a Cross-Assembler and Linker/Loader Package
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Z8018500ZCO
Z80185/195
Z80185
Z80195
100-Pin
Z8018500ZCO
Z80185/
195-based
centronics db25 programming
32 MHZ OSCILLATOR
ASM800
P1284
Z80185
Z80195
EIA-570
berg headers
Z80 CPU DIMENSIONS
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Untitled
Abstract: No abstract text available
Text: VITA 1.6 Conduction Cooled Keying Calmark has the answer for those IEEE 1101.10 applications with keying requirements, but do not have front panels. IEEE 1101.10 specifications provides a method for keying slots using programming keys inserted into the front panel assembly
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CCKP01-ZA
CCKJ01-ZA
CCKP32-ZA
CCKJ32-ZA
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CCKJ32-ZA
Abstract: CCKJ32-ZD
Text: VITA 1.6 CONDUCTION COOLED KEYING Birtcher has the answer for those IEEE 1101.10 applications with keying requirements, but do not have front panels. IEEE 1101.10 specifications provides a method for keying slots using programming keys inserted into the front panel assembly
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CCKP01-ZA
CCKJ01-ZA
CCKP32-ZA
CCKJ32-ZA
CCKJ32-ZA
CCKJ32-ZD
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radix-2 dit fft flow chart
Abstract: DSP56300 mac 226 40N160 40n220
Text: Appendix C BENCHMARK PROGRAMS C-1 INTRODUCTION The following benchmarks illustrate the source code syntax and programming techniques for the DSP56300 Core. The assembly language source is organized into 6 columns as shown below. Label Opcode Operands X Bus Data Y Bus Data Comment
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DSP56300
50MHz
60MHz
radix-2 dit fft flow chart
mac 226
40N160
40n220
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68HC908GP32
Abstract: M68ICS08GP 40 pin ide to 44 pin ide adapter cable 68HC908 M68CBL05C M68EML08GP32 M68MMDS0508 M68MMPFB0508 KITMMDS08GP M68CBL05B
Text: BR1794/D Motorola’s M68ICS08GP development tool kit provides an economical means of developing and debugging target systems that incorporate the 68HC908GP32 microcontroller MCU . This kit provides Windows -based editing, assembly, software simulation, in-circuit simulation, programming, realtime debug and emulation – everything a designer needs
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BR1794/D
M68ICS08GP
68HC908GP32
M68CBL05C
M68TB08GP32P40
40-pin
M68TB08GP32B42
42-pin
M68TC08GP32FB44
40 pin ide to 44 pin ide adapter cable
68HC908
M68CBL05C
M68EML08GP32
M68MMDS0508
M68MMPFB0508
KITMMDS08GP
M68CBL05B
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XPGWHT-L1-0000-00G53
Abstract: CREEXPSTAR101MH 1210 LED linear led 2501-2-00-44-00-00-07-0 batery 66-LGA 252AA LTM8040 P9001
Text: MeshConnect LED Daughter Card Demo April 2010 LED Daughter Card Demo Assembly & Set-Up Sequence Purpose of Demo: To demonstrate use of MeshConnect modules, together with Cree LED and Linear LED Driver. Hardware Required: • • • • • One Computer used only for programming evaluation boards
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XPGWHTL1000000G53
CREEXPSTAR101MH
2297BG
LJLS1041GF
LJLS1081GF
IRLR8729PBF
LTM8040
XPGWHT-L1-0000-00G53
1210 LED
linear led
2501-2-00-44-00-00-07-0
batery
66-LGA
252AA
P9001
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AN3550
Abstract: APP3550 CRC16 DS80C320 DS80C400 DS80C410 DS80C411 ICC8051 8051 example programs MAXIM Assembly Locations OF CODE
Text: Maxim > App Notes > MICROCONTROLLERS Keywords: ds80c400, tini, iar, c programming, tinim400, embedded workbench, c libraries Jun 21, 2005 APPLICATION NOTE 3550 Using the IAR Compiler for the DS80C400 Abstract: The functionality of the ROM in the DS80C400 microcontroller can be accessed from programs written in 8051 assembly, C,
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ds80c400,
tinim400,
DS80C400
DS80C400
DS80C320:
DS80C400:
DS80C410:
AN3550
APP3550
CRC16
DS80C320
DS80C410
DS80C411
ICC8051
8051 example programs
MAXIM Assembly Locations OF CODE
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DC motor speed control using 555 and ir sensor
Abstract: line maze solving robot futaba servo motor motor servo futaba circuit on breadboard of remote control car vs2 servo motor FUTABA SERVO IR SENSOR to detect heart rate position control DC servo motor theory using 555 radar position control servo motor
Text: SumoBot – Mini-Sumo Robotics Assembly Documentation and Programming VERSION 2.1 WARRANTY Parallax Inc. warrants its products against defects in materials and workmanship for a period of 90 days from receipt of product. If you discover a defect, Parallax Inc. will, at its option, repair or replace the merchandise, or refund the
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE A SIMPLE GUIDE TO DEVELOPMENT TOOLS by K. Bigué WHAT ARE DEVELOPMENT TOOLS ? A microcontroller is a highly integrated device which generally carries out an application control function. To achieve this specific task, you must program several usually several hundred! instructions in the microcontroller. To develop and load the program, you require a set
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE A SIMPLE GUIDE TO DEVELOPMENT TOOLS by K. Bigué WHAT ARE DEVELOPMENT TOOLS ? A microcontroller is a highly integrated device which generally carries out an application control function. To achieve this specific task, you must program several usually several hundred! instructions in the microcontroller. To develop and load the program, you require a set
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE R A SIMPLE GUIDE TO DEVELOPMENT TOOLS by K. Bigué WHAT ARE DEVELOPMENT TOOLS ? A microcontroller is a highly integrated device which generally carries out an application control function. To achieve this specific task, you must program several usually several hundred! instructions in the microcontroller. To develop and load the program, you require a set
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Untitled
Abstract: No abstract text available
Text: APPLICATION NOTE A SIMPLE GUIDE TO DEVELOPMENT TOOLS by K. Bigué WHAT ARE DEVELOPMENT TOOLS ? A microcontroller is a highly integrated device which generally carries out an application control function. To achieve this specific task, you must program several usually several hundred! instructions in the microcontroller. To develop and load the program, you require a set
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M16C/80 M32C/80 Series Programming Guidelines
Abstract: NC308 NC30 SECT30
Text: APPLICATION NOTE M16C/80 & M32C/80 Series Programming Guidelines <C Language> Preface This application note is written for the Renesas M16C/80 and M32C/80 series 16-bit microcomputers. It explains the basics of C language programming and how to put your program
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M16C/80
M32C/80
M16C/80
16-bit
NC308
NC308,
M16C/80 M32C/80 Series Programming Guidelines
NC30
SECT30
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Assembly Programming Guide c code for convolution
Abstract: tms320c62x Architecture of TMS320CX TMS320Cx C6000 Architecture of TMS320C62x spru198b TMS320 TMS320 g.711 Assembly Programming Guide
Text: Guidelines for Software Development Efficiency on the TMS320C6000 VelociTI Architecture WHITE PAPER: SPRA434 Authors: Marie Silverthorn Leon Adams Richard Scales Digital Signal Processing Solutions April 1998 IMPORTANT NOTICE Texas Instruments TI reserves the right to make changes to its products or to discontinue any
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TMS320C6000
SPRA434
TMS320C6000
TMS320C62x/C67x
com/sc/psheets/spru198b/spru198b
TMS320Cx
com/sc/psheets/spru187c/spru187c
Assembly Programming Guide c code for convolution
tms320c62x
Architecture of TMS320CX
C6000
Architecture of TMS320C62x
spru198b
TMS320
TMS320 g.711
Assembly Programming Guide
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