LPC2300
Abstract: LPC2400 NXP LPC2000 CAN driver with FullCAN mode LPC2900 lcd display MDK311 AN10674 mcb2300 lcd display program in keil uvision3 mdk311 LP2900
Text: AN10674 NXP LPC2000 CAN driver with FullCAN mode Rev. 01 — 10 January 2008 Application note Document information Info Content Keywords Application Note, CAN Bus, Full CAN, LPC2000, ARM7, SJA1000 Abstract This application note describes the Full CAN driver routines for the CAN
|
Original
|
AN10674
LPC2000
LPC2000,
SJA1000
LPC2000.
MCB2300.
AN10674
LPC2300
LPC2400
NXP LPC2000 CAN driver with FullCAN mode
LPC2900
lcd display MDK311
mcb2300
lcd display program in keil uvision3
mdk311
LP2900
|
PDF
|
NI4882
Abstract: No abstract text available
Text: Application Note 032 NATIONAL INSTRUMENTS The Software is the Instrument ® Dynamic System Configuration Using NI-488.2 Routines L. Golla Introduction GPIB system programmers who develop turnkey applications targeted for end-users face added challenges when
|
Original
|
NI-488
NI4882
|
PDF
|
calculator ti 83 texas
Abstract: No abstract text available
Text: Appendix B: Service and Warranty Information This appendix describes routines that may help you correct any problems in using your BA-SOLAR calculator, as well as the service and warranty provided by Texas Instruments. Table of Contents In Case of Difficulty . B-2
|
Original
|
83P99APB
TI-83
calculator ti 83 texas
|
PDF
|
AT24CXXX
Abstract: atmel 1050 AT17 AT17C010 AT90S8515 AT17CXXX
Text: Industry-standard 2-wire Protocol “Bit-banged” C Routines for the AVR Microcontroller/ISP Code for the AT17CXXX FPGA Configuration Memories Features • C Routines for Serial Interface • Example Circuit for AVR Programming • • • • FPGA Configuration Memories
|
Original
|
AT17CXXX
AT24CXXX
AT90S8515
AT17C
04/20/99/xM
AT24CXXX
atmel 1050
AT17
AT17C010
|
PDF
|
master ssc 1
Abstract: A166 C161 C161O C166 C16X L166
Text: Microcontrollers ApNote AP164901 or æ additional file AP164901.EXE available Emulating a synchronous serial interface SSC interface via software routines Abstract: The solution presented in this paper and in the attached source files emulates the most
|
Original
|
AP164901
AP164901
C161V/K/O,
KitCON161
KitCON-161
master ssc 1
A166
C161
C161O
C166
C16X
L166
|
PDF
|
DSP56200
Abstract: adaptive FILTER implementation in c language fixed point goertzel GOERTZEL ALGORITHM SOURCE CODE DSP56K IIR FILTER implementation in c language GOERTZEL ALGORITHM SOURCE CODE for dtmf in c iir adaptive Filter using of lms algorithm Motorola DSP56200 LMS adaptive filter
Text: SECTION 11 ADDITIONAL SUPPORT Motorola ola DSP Audio: Codec Routines: DTMF Routines: Fast Fourier Transforms: Filters: Floating-Point Routines: Functions: Lattice Filters: Matrix Operations: Reed-Solomon Encoder: Sorting Routines: Speech: Standard I/O Equates:
|
Original
|
DSP56000CLASx
DSP56000ADSx
891-3098wrence
DSP56200
adaptive FILTER implementation in c language
fixed point goertzel
GOERTZEL ALGORITHM SOURCE CODE
DSP56K
IIR FILTER implementation in c language
GOERTZEL ALGORITHM SOURCE CODE for dtmf in c
iir adaptive Filter using of lms algorithm
Motorola DSP56200
LMS adaptive filter
|
PDF
|
74LS07
Abstract: AN84 X24F128 AN844
Text: Application Note AN84 TM Interfacing to the X24F128 2-Wire SerialFlash Memory by Gray Creager, May 1996 The following code is intended to provide generic C routines that can be used with Xicor’s 3-byte protocol 2 I C-compatible memory devices. This code was
|
Original
|
X24F128
AN84-7
74LS07
AN84
AN844
|
PDF
|
6U8A
Abstract: 74F08 74F138 74F245 74F32 74F74
Text: Application Note AN96 Interfacing to Xicor's X84F016/064/128 MPSTM Flash by Gray Creager, May 1997 The following C routines can be used for interfacing to an MPS Flash and can be easily adapted for many different hardware platforms. For debugging purposes,
|
Original
|
X84F016/064/128
301h-307h,
309h30Fh,
311h-317h,
319h-31Fh.
0x300
X84MPS
0x303
6U8A
74F08
74F138
74F245
74F32
74F74
|
PDF
|
00E7
Abstract: transistor 010C N 341 AB 001B 001C 80C31 AN1151 X9241 X9241Quad 80C31 instruction set
Text: Interfacing the X9241 E2POT Digital Potentiometer to 8051 Microcontrollers Application Note July 11, 2005 AN1151.0 Author: Gray Creager In keeping with the tradition of Intersil's microcontroller solutions handbook, we present the following routines for the control of an X9241 quad digitally controllable
|
Original
|
X9241
AN1151
00E7
transistor 010C
N 341 AB
001B
001C
80C31
X9241Quad
80C31 instruction set
|
PDF
|
PWMF32X
Abstract: LIB21
Text: a Introduction to the ADMCxxx Library Routines a Introduction to the ADMCxxx Library Routines Analog Devices Inc., January 2000 Page 1 of 9 a Introduction to the ADMCxxx Library Routines Table of Contents SUMMARY. 3
|
Original
|
ASM21
inclF32X
-dADMCF32X
-dADMCF32X
libF32X\TRIGONO
LIB21
libF32X\PWMF32X
PWMF32X
|
PDF
|
AVR301
Abstract: AT17 AT17A AT90S8515 ATMEL PROTOCOL
Text: AVR301: C Code for Interfacing AVR to AT17CXXX FPGA Configuration Memories Features • • • • C Routines for Software 2-wire Interface Example Circuit for AVR Programming FPGA Configuration Memories User Programmable Speed Supports AT17C/LVXXX and AT24Cxxx Families of EEPROM
|
Original
|
AVR301:
AT17CXXX
AT17C/LVXXX
AT24Cxxx
AT90S8515
AT17C/LVXXX
1450B
04/01/xM
AVR301
AT17
AT17A
ATMEL PROTOCOL
|
PDF
|
AVR306
Abstract: RXB8 RXB8 receiver RXB8* application UART Program Examples AT90S8515 baudrate 1451a0 IO851 1451a08
Text: AVR306: Using the AVR UART in C Features Interrupt Controlled UART • Setup and Use of the AVR UART • Code Examples for Polled and The UART generates an interrupt when the UART has finished transmitting or receiving a byte. The interrupt handling routines uses modulo 2n addressing of
|
Original
|
AVR306:
AT90S8515
08/99/xM
AVR306
RXB8
RXB8 receiver
RXB8* application
UART Program Examples
AT90S8515
baudrate
1451a0
IO851
1451a08
|
PDF
|
3003FD
Abstract: 80C51 83C751 83C752 AN423
Text: Philips Semiconductors Microcontroller Products Application note Software driven serial communication routines for the 83C751 and 83C752 microcontrollers DESCRIPTION The need often arises to make use of a serial port in connection with a microcontroller that
|
Original
|
83C751
83C752
RS-232
AN423
00E0H
00F6H
FF75H
0012H
00A8H
009FH
3003FD
80C51
AN423
|
PDF
|
binary bcd conversion
Abstract: BCD DIVISION bcd arithmetic bcd binary conversion application note binary bcd conversion application note binary numbers multiplication M1616 AN13 0A09 Ubicom Semiconductor
Text: SX Arithmetic Routines Application Note 13 November 2000 1.0 Introduction The following program segment illustrates 32 bit binary addition. The 4-byte operand1 and the 4-byte operand2 are added together. The result is put back into operand2. This application note presents programming techniques
|
Original
|
AN13-02
binary bcd conversion
BCD DIVISION
bcd arithmetic
bcd binary conversion application note
binary bcd conversion application note
binary numbers multiplication
M1616
AN13
0A09
Ubicom Semiconductor
|
PDF
|
|
|
Untitled
Abstract: No abstract text available
Text: ç $5&+,9 5 Contents/Index Archiver Contents/Index Archiver Figure 6-0. Listing 6-0. Table 6-0. The archiver processes object files from the assembler into members in an archive file. When linking, the linker can search an archive for routines (archive members that you have referred to in other objects and link these
|
Original
|
|
PDF
|
crystal 7.3728MHz
Abstract: at90s8515 c programming avr 128 c programming i2c.h atmel isp EEPROM I2C atmel ATSTK200 7,3728 7.3728MHZ AT90S8515
Text: AVR301: C Code for Interfacing AVR to AT17CXXX FPGA Configuration Memories Features • C Routines for Software I2C Interface • Example Circuit for AVR Programming FPGA Configuration Memories • User Programmable Speed • Supports AT17Cxxx and AT24Cxxx
|
Original
|
AVR301:
AT17CXXX
AT24Cxxx
AT90S8515
AT17C010
10/99/xM
crystal 7.3728MHz
at90s8515 c programming
avr 128 c programming
i2c.h
atmel isp
EEPROM I2C atmel
ATSTK200
7,3728
7.3728MHZ
|
PDF
|
24C04 code example assembly
Abstract: 0E-18 24LC04 28AD AN554 24C04 24CXX 24LC01 PIC16C64 PIC16C71
Text: M AN554 Software Implementation of I2C Bus Master Author: Amar Palacherla Microchip Technology Inc. INTRODUCTION This application note describes the software implementation of I2C interface routines for the PIC16CXXX family of devices. Only the master mode of
|
Original
|
AN554
PIC16CXXX
PIC16C64
PIC16C74,
PIC16CXXX
PIC16C71
PIC16C84,
24C04 code example assembly
0E-18
24LC04
28AD
AN554
24C04
24CXX
24LC01
|
PDF
|
16Cxx
Abstract: p16c FP24.A16 P16CR84 75419 AN575 IEEE754 PIC16 PIC17 GA 88
Text: M AN575 IEEE 754 Compliant Floating Point Routines Author: Frank J. Testa FJT Consulting INTRODUCTION This application note presents an implementation of the following floating point math routines for the PICmicro microcontroller families: • • • •
|
Original
|
AN575
16Cxx
p16c
FP24.A16
P16CR84
75419
AN575
IEEE754
PIC16
PIC17
GA 88
|
PDF
|
16c54a
Abstract: lsd 0007 Embedded Control Handbook volume ii 0A4B 16c58b AN526 FXD1507U FXD1515U FXD1608S FXD3115U
Text: AN526 PIC16C5X / PIC16CXXX Math Utility Routines Author: Amar Palacherla Microchip Technology Inc. PLEASE NOTE: This application note uses the old Microchip Math Routine format. It is intended for reference purposes only and is being provided for those of you still implementing Binary Coded Decimal BCD routines. For any new designs, please
|
Original
|
AN526
PIC16C5X
PIC16CXXX
PIC16CXXX
16x16
16c54a
lsd 0007
Embedded Control Handbook volume ii
0A4B
16c58b
AN526
FXD1507U
FXD1515U
FXD1608S
FXD3115U
|
PDF
|
705P6A
Abstract: 68HC705P6A AN1818 AN1240 HC05 MC68HC705J1A motorola application note
Text: Order this document by AN1818/D Motorola Semiconductor Application Note AN1818 Software SCI Routines with the 16-Bit Timer Module By Brad Bierschenk MMD Applications Engineering Austin, Texas Introduction Many applications that communicate to off-board devices require an
|
Original
|
AN1818/D
AN1818
16-Bit
705P6A
68HC705P6A
AN1818
AN1240
HC05
MC68HC705J1A
motorola application note
|
PDF
|
RS-232 to SPI converter MAX232
Abstract: LM331 sil8 SK623 TEMPERATURE CONTROL USING MICROCONTROLLER soft starter bc547b-npn-45v IT 78L05 J1 HE10 MAX232 I2C control display
Text: R ST623x-KIT STARTER KIT FOR ST6230 and ST6232 MCUs HARDWARE FEATURES • Immediate evaluation of ST6230 and ST6232 devices, with stand-alone demonstration routines. ■ Simulation and debugging within the user’s real application environment. ■ In-socket programming of all OTP and EPROM
|
Original
|
ST623x-KIT
ST6230
ST6232
ST6232
ST6230
DIP28)
SDIP42)
RS-232 to SPI converter MAX232
LM331
sil8
SK623
TEMPERATURE CONTROL USING MICROCONTROLLER
soft starter
bc547b-npn-45v
IT 78L05
J1 HE10
MAX232 I2C control display
|
PDF
|
DPS DPTR
Abstract: No abstract text available
Text: CHAPTER 8 80C521 Family Software Routines DUAL DATA POINTER ROUTINES The Dual Data Pointer feature enhances the manipula tion of external memory by providing an easy way to use two separate 16-bit pointers with external memory and to selectively switch between them. This can increase
|
OCR Scan
|
80C521
16-bit
DPS DPTR
|
PDF
|
8052AH-BASIC
Abstract: fprog2 programmer BASIC-52 8052ah basic fprog 2 fprog II fprog assembly language program for speed control of dc fprog programmer 8032AH
Text: in te i” 8052AH-BASIC Full BASIC Interpreter in ROM on a Single Chip BCD Floating Point Math Generates All Timing Necessary to Program EPROMS and E2PROMS Fast Tokenized Interpreter “Stand Alone” Software Development All Arithmetic and Utility Routines Can
|
OCR Scan
|
8052AH-BASIC
8052AH-BASIC
isan8052AH
BASIC-52,
fprog2 programmer
BASIC-52
8052ah basic
fprog 2
fprog II
fprog
assembly language program for speed control of dc
fprog programmer
8032AH
|
PDF
|
A81DC
Abstract: a21dc a51dc SG 2368 FE8800 ED8000 E78000 FA6400 0110FFFF e7040
Text: MOTOROLA Order at ANE408/0 SEMICONDUCTOR APPLICATION NOTE ANE408 Previously ANE008 Logarithmic/Linear Conversion Routines for DSP56000/1 Prepared by: Eric Cheval Motorola G eneva, Switzerland I. INTRODUCTION DSP chips are often connected to mono-circuits (cofidecs) in telecommunication applications. When programmed *Cs multichannel DTMF
|
OCR Scan
|
ANE408/D
DSP56000/1
ANE408
ANE008)
DSP56000/1
300-3400hz
A81DC
a21dc
a51dc
SG 2368
FE8800
ED8000
E78000
FA6400
0110FFFF
e7040
|
PDF
|