Untitled
Abstract: No abstract text available
Text: Application Note 070 Creating 32-Bit Object Modules for LabWindows/CVI in Borland C+ 4.5 Reid Lee, Dave Jernigan and Andrew Barton Introduction LabWindows/CVI is a 32-bit ANSI C programming environment for building data acquisition and instrument control applications under Windows. With the built-in C compiler, users can develop and execute ANSI Ccompatible source code directly within the LabWindows/CVI environment. The LabWindows/CVI environment is
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RTI-815
Abstract: RTI-800 RTI-820 RTI-802 RTI-817 RTI-860 rti 820 RTl-817 WIN800 RTI 820 manual
Text: a FEATURES Supports Popular Languages Windows 3.1 Microsoft Visual BASIC for Windows Microsoft Visual C+ for Windows Borland Turbo C+ for Windows Borland Turbo Pascal for Windows MS-DOS Microsoft Interpreted GWBASIC IBM Interpreted BASIC Microsoft QuickBASIC
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SW-800
RTI-800
RTI-815
RTI-820
RTI-802
RTI-817
RTI-860
rti 820
RTl-817
WIN800
RTI 820 manual
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RC40xx
Abstract: RC4X00
Text: Software Development Tools Accelerated Technology, Inc. Nucleus PC+ Prototyping Environment for Nucleus PLUS Features Description ◆ Test software using PC software tools Borland C/C+ and Microsoft C/C+ ◆ Recompile with IDT RC30xx or RC40xx dependent files for
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RC30xx
RC40xx
BP116
F--91944
D-29308
RC4X00
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intel MCS-51 microcontroller
Abstract: EMUL51 mcs 96 opcode intel microsoft EMUL51-PC Intel MCS-51
Text: EMULATORS CHIPTOOLS, INC. ChipView-51 Nohau EMUL51 Emulator Debugger • ■ ■ ■ ■ ■ ■ ■ Key-Compatible With Borland’s Turbo Debugger High-Level Debug C, PL/M51, and Assemblers Full Support For All EMUL51 Pods, Bank Boards, and Trace Boards Cycle Timing and Trace Window
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ChipView-51
EMUL51
PL/M51,
ChipView-x96
8xC51Fx,
8xL51Fx
CV51-NOH
intel MCS-51 microcontroller
mcs 96 opcode
intel microsoft
EMUL51-PC
Intel MCS-51
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16 MHZ crystal
Abstract: 16 MHZ crystal oscillator eb67 MC68HC908AS32A MC68HC08AZ60A MC68HC908AZ32A pcb crystal design ,4 MHz Crystal Oscillator
Text: Freescale Semiconductor Engineering Bulletin Document Number: EB675 Rev. 0, 01/2007 Limitations of 16 MHz Crystal Oscillators Covers MC68HC08AZ60A, MC68HC908AZ32A, and MC68HC908AS32A Microcontrollers by: Gordon Borland 8/16-Bit Applications Engineering East Kilbride, Scotland
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EB675
MC68HC08AZ60A,
MC68HC908AZ32A,
MC68HC908AS32A
8/16-Bit
MC68HC908AS32A
MC68HC08AZ60A.
16 MHZ crystal
16 MHZ crystal oscillator
eb67
MC68HC08AZ60A
MC68HC908AZ32A
pcb crystal design
,4 MHz Crystal Oscillator
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mc9s12hy64
Abstract: bosch window motor MC9S12HY AN2612 AN4021 BOSCH ABS 8.1 DEMO9S12HY64 interrupts in mc9s12hy64 HCS12 MC9S12HY64RM
Text: Freescale Semiconductor Application Note Document Number: AN4021 Rev. 0, 11/2009 MC9S12HY-Family Demonstration Lab Training by: Gordon Borland, Steven McLaughlin Microcontroller Solutions Group. Auto R & D 1 Introduction This publication serves to document the demonstration
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AN4021
MC9S12HY-Family
MC9S12HY
MC9S12HY64
DEMO9S12HY64
bosch window motor
AN2612
AN4021
BOSCH ABS 8.1
interrupts in mc9s12hy64
HCS12
MC9S12HY64RM
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Untitled
Abstract: No abstract text available
Text: Systems in Silicon Contact Information: Borland International, Inc. 408-431-1000 100 Borland Way Scotts Valley, CA 95066 URL: www.borland.com AMD Embedded Processor Division, FusionE86 Support
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FusionE86
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OMF86
Abstract: 80186 c compiler 80C186XL compiler 80C186 Microsoft intel 386 MASM 80C186 80C188 80C186 Microsoft C Compiler
Text: LINKERS/LOCATORS SYSTEMS & SOFTWARE, INC. Link&Locate* 386 Absolute Linker/Locator • ■ ■ ■ ■ ■ ■ ■ ■ 32-Bit Protected Mode Development 16-Bit Real- and Protected Mode Development C/C+ Support Supports Microsoft, Borland, MetaWare and WATCOM Compilers
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32-Bit
16-Bit
16and
80x86
OMF86
80186 c compiler
80C186XL compiler
80C186 Microsoft
intel 386
MASM
80C186
80C188
80C186 Microsoft C Compiler
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report on colpitts oscillator
Abstract: frequency stability analysis colpitts oscillator colpitts oscillator DG128 HC12
Text: Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. Application Note AN2219/D Rev. 0, 12/2001 Using PLL to Indicate Oscillator Start-Up Performance during Power On Reset By Gordon Borland Applications Engineering Motorola, East Kilbride Introduction
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AN2219/D
50affiliates,
report on colpitts oscillator
frequency stability analysis colpitts oscillator
colpitts oscillator
DG128
HC12
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program delphi
Abstract: software delphi DLL4882 ni application note ni488 NI-488
Text: Application Note 085 Using NI-488.2M Software with 32-Bit Delphi Applications L. Rantanen Introduction Borland Delphi version 2.0 , one of the latest visual programming languages, uses Rapid Application Development (RAD) tools. With RAD tools, one can quickly and easily create Windows applications. Delphi is based on Object
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NI-488
32-Bit
gpib-32
support/gpib/pc/delphi/win32/
program delphi
software delphi
DLL4882
ni application note
ni488
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CRC-16-CCITT
Abstract: 9S08Ac60 AN3494 CRC16-CCITT 9S08 AC60 HCS08 MC9S08AC60 MC9S08AW60 SBR12
Text: Freescale Semiconductor Application Note AN3494 Rev. 1, 04/2008 Migrating from the MC9S08AW60 to MC9S08AC60 by: Gordon Borland 8-Bit Applications Engineering Micro-Controller Division East Kilbride, Scotland 1 Introduction Freescale provides the MC9S08AC60 as a more flexible,
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AN3494
MC9S08AW60
MC9S08AC60
MC9S08AC60
MC9S08AW60.
HCS08
CRC-16-CCITT
9S08Ac60
AN3494
CRC16-CCITT
9S08
AC60
MC9S08AW60
SBR12
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Untitled
Abstract: No abstract text available
Text: Application Note 094 NATIONAL INSTRUMENTS The Software is the Instrument ® How to Integrate 32-Bit LabWindows/CVI 4.0 Libraries into Microsoft Visual C/C+ or Borland C/C+ Patrick Williams Introduction C/C+ programmers comfortable with their current 32-bit development environment do not need to migrate to
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32-bit
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Untitled
Abstract: No abstract text available
Text: NATIONAL INSTRUMENTS Application Note 071 The Software is the Instrument ® Creating Windows 3.1 16-Bit Dynamic Link Libraries DLLs in Visual C+ or Borland C+ 4.5 for LabWindows/CVI by Dave Jernigan, Reid Lee, and Andrew Barton Introduction LabWindows/CVI is a 32-bit ANSI C programming environment for building data acquisition and instrument
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OMF386
Abstract: omf-386
Text: LINKERS/LOCATORS CONCURRENT SCIENCES INC. CSi-Link* Embedded Application Linker/Locator • ■ ■ ■ ■ ■ ■ ■ Supports C/C+ Compilers from Microsoft, Borland, Metaware, and Watcom Supports Microsoft and Borland Assemblers Generates OMF386 or OMF86 Files
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OMF386
OMF86
32-Bit
omf-386
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COACH 11
Abstract: coach 12 cpu assembly menu
Text: Analyzing a Sample Borland * JBuilder* 2 Application Using VTune Performance Enhancement Environment 3.0 double dz[] = new double [3000]; for i=0; i<3000; i+ dk[i] = i; startTime = System.currentTimeMillis(); scale (dk, dx, dy, dz, 2.); endTime = System.currentTimeMillis();
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72-MDC-32ADC
Abstract: RS485A 72-UMM 72-UMM-D 72-UMM-DDE
Text: System 50 CONTROLLERS MicroDAC Optomux FEATURES • Each Unit Controls/Monitors up to 32 Analog (G5 Only) and/or Digital I/O Modules • Executes On-Board Programs Created With Borland C • Network up to 64 MicroDACs per Host Serial Port, Each Separated
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RS-422/485
W-UM-MDL32
95/98/NT
72-MDC-32ADC
RS485A
72-UMM
72-UMM-D
72-UMM-DDE
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colpitts oscillator
Abstract: DG128 HC12 frequency stability analysis colpitts oscillator
Text: Freescale Semiconductor, Inc. Freescale Semiconductor Application Note AN2219/D Rev. 0, 12/2001 Using PLL to Indicate Oscillator Start-Up Performance during Power On Reset By Gordon Borland Applications Engineering Freescale, East Kilbride Introduction Customers have reported problems that have been traced to slow oscillator
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AN2219/D
colpitts oscillator
DG128
HC12
frequency stability analysis colpitts oscillator
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V55PI
Abstract: Am186ER-Am188ER tektronix 2214
Text: L O C AT E Presenting the complete solution for Intel, AMD, and NEC x86 embedded systems using the popular Borland C+, Microsoft C/C+, and Watcom C/C+ development tools. Consider the following facts: Only Paradigm LOCATE supports the entire line of Borland and Microsoft compilers
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MC9S12P128
Abstract: AN3937 MC9S12P-Family AN2883 DEMO9S12PFAME EEE example for S12P J503 HCS12 J102 MC9S12P
Text: Freescale Semiconductor Application Note Document Number: AN3937 Rev. 0, 09/2009 MC9S12P-Family Demonstration Lab Training by: Gordon Borland Matt Grant Lela Garofolo Steven McLaughlin MSG Auto R & D 1 Introduction This publication serves to document the demonstration
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AN3937
MC9S12P-Family
MC9S12P
MC9S12P128
DEMO9S12PFAME
AN3937
AN2883
EEE example for S12P
J503
HCS12
J102
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9s08dz60
Abstract: 3M05C 1M74K MC9S08DZ60 se110 AD10 HCS08 DZ60 MSCAN HCS08 an3776
Text: Freescale Semiconductor Application Note Document Number: AN3776 Rev. 0, 09/2008 MC9S08DZ60 Migrating from the 3M05C to M74K Mask Set by: D. Scott Brown Applications Engineering Microcontrollers Solutions Group Austin, TX, USA Gordon Borland Applications Engineering
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AN3776
MC9S08DZ60
3M05C
9S08DZ60
0M74K
1M74K
1M74K.
se110
AD10
HCS08
DZ60
MSCAN HCS08
an3776
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Intel i960 architecture
Abstract: No abstract text available
Text: OPERATING SYSTEMS ACCELERATED TECHNOLOGY, INC. Nucleus PC — Development Environment • ■ ■ ■ ■ Use With Nucleus RTX and Nucleus PLUS Interface Identical to Nucleus RTX Test Software Using PC Software Tools Borland C/C+ and Microsoft C/C+ Recompile With Intel i960
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468-NUKE
Intel i960 architecture
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intel MCS-51 microcontroller
Abstract: MCS-51 assembler
Text: DEVELOPMENT SOFTWARE CHIPTOOLS, INC. ChipView-51 ROM Monitor Debugger • ■ ■ ■ ■ ■ ■ ■ Key-Compatible With Borland’s Turbo Debugger High-Level Debug C, PL/M51, and Assemblers Royalty-Free 700 Byte Kernel Assembler Source Quick I/O Window For Interactive I/O
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ChipView-51
PL/M51,
ChipView-x96
intel MCS-51 microcontroller
MCS-51 assembler
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CLCD2481
Abstract: No abstract text available
Text: CL-CD2481 Programmable Communications Controller 6. rCIRRUS LOGIC PROGRAMMING EXAMPLES This section provides some examples of CL-CD2481 programming. Included are examples of Global and Per-Channel initialization, and two interrupt service routines. The code was written in Borland Turbo C+.
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CL-CD2481
CL-CD2481
com/pub/support/sio/cd2481/EvalBdv2
com/pub/support/sio/cd2481/Firmware
CLCD2481
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Untitled
Abstract: No abstract text available
Text: CL-CD2431 Advanced Multi-Protocol Communications Controller 5. _ _ CIRRUS LOGIC PROGRAMMING EXAMPLES This section provides some examples of the CL-CD2431 programming. Included are examples of global and per-channel initialization, and two interrupt service routines. The code is written in Borland Turbo C"1"1".
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CL-CD2431
CL-CD2431
pub/support/sio/cd2431/EvalBdv2
com/pub/support/sio/cd2431/EvalBdv2/
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