Philips data handbook IC12
Abstract: 8051 using I2C BUS PCF8574 pcf8574 i2c i2c berr four 7segment to 8051 "EZ-USB"
Text: Programming the EZ-USB I2C Interface Introduction The Cypress EZ-USB family contains a general-purpose I2C interface through which the 8051 accesses standard I2C devices connected to the SCL and SDA pins. The I2C interface is actually dual-purpose, serving as an ID/boot loader during
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PCF857or
Philips data handbook IC12
8051 using I2C BUS
PCF8574
pcf8574 i2c
i2c berr
four 7segment to 8051
"EZ-USB"
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source code for eeprom 24LC
Abstract: 24lc 211 datasheet 24lc 211 8051 using I2C BUS EEPROM 24LC 24LC00 eeprom interfacing 8051 with eeprom movx 24LC00 24LC
Text: Programming a 24LC00 EEPROM using the EZ-USB I2C Port Introduction I2C The Cypress EZ-USB family contains a general-purpose interface through which the 8051 accesses standard I2C devices connected to the SCL and SDA pins. In normal operation, a small EEPROM connected to the I2C port supplies
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24LC00
16-byte
source code for eeprom 24LC
24lc 211 datasheet
24lc 211
8051 using I2C BUS
EEPROM 24LC
24LC00 eeprom
interfacing 8051 with eeprom
movx
24LC
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AN2824
Abstract: STM32 stm32f100 stm32f105 errata stm32f105 STM32F10* I2C STM32F10* I2C errata stm32f105* errata STM32F101 DMA stm32
Text: AN2824 Application note STM32F10xxx I2C optimized examples Introduction The aim of this application note is to provide I2C firmware optimized examples based on polling, interrupts and DMA, covering the four I2C communication modes available in the STM32F10xxx, that is, slave transmitter, slave receiver, master transmitter and master
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AN2824
STM32F10xxx
STM32F10xxx,
STM32F101xx
STM32F103xx
STM32F105/107xx
STM32F100xx
STM32F10xxx.
AN2824
STM32
stm32f100
stm32f105 errata
stm32f105
STM32F10* I2C
STM32F10* I2C errata
stm32f105* errata
STM32F101
DMA stm32
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24C08 code example assembly
Abstract: 24C08 datasheet 24C08 M24C08 M24CXX ST24C08 ST72251
Text: APPLICATION NOTE I2C COMMUNICATION BETWEEN ST7 AND M24Cxx EEPROM by 8-Bit Micro Application 1 INTRODUCTION The goal of this application note is to present an practical example of communication using the I2C peripheral of the ST7. It shows a basic single master communication between a ST7 microcontroller and an M24Cxx I2C bus EEPROM. The purpose is to implement, from the ST7
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M24Cxx
24C08 code example assembly
24C08 datasheet
24C08
M24C08
ST24C08
ST72251
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eeprom 24c08
Abstract: 24C08 code example assembly 24C08 code example 24C08 ST24C08 ST72251 assembler 24c08 st microelectronics ld MEMORY EEPROM 24C08
Text: APPLICATION NOTE R I2C COMMUNICATING BETWEEN ST7 AND EEPROM by 8-Bit Micro Application 1 INTRODUCTION The goal of this application note is to present an practical example of communication using the I2C peripheral of the ST7. It shows a basic single master communication between a ST7 microcontroller and an I2C bus EEPROM. The purpose is to implement, from the ST7 through
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Serial communication I2C in
Abstract: i2c software program st7 for I2C
Text: APPLICATION NOTE ST7 ROUTINE FOR I2C SLAVE MODE MANAGEMENT by Microcontroller Division Applicatio n Team 1 INTRODUCTION The goal of this application note is to present a useful example of communication using the I2C peripheral of the ST7. The ST7 microcontroller is used as a slave and can communicate
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ST72E251
Serial communication I2C in
i2c software program st7
for I2C
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i2c berr
Abstract: motorola an1042 ADD01 AN971 ST72251 ST72E251 i2c software program st7 EV31 for I2C
Text: APPLICATION NOTE ST7 ROUTINE FOR I2C SLAVE MODE MANAGEMENT by Microcontroller Division Application Team 1 INTRODUCTION The goal of this application note is to present a useful example of communication using the I2C peripheral of the ST7. The ST7 microcontroller is used as a slave and can communicate
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ST72E251
i2c berr
motorola an1042
ADD01
AN971
ST72251
i2c software program st7
EV31
for I2C
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motorola an1042
Abstract: AN971 ST72251 ST72E251 i2c software program st7 i2c berr
Text: APPLICATION NOTE ST7 ROUTINE FOR I2C SLAVE MODE MANAGEMENT by Microcontroller Division Application Team 1 INTRODUCTION The goal of this application note is to present a useful example of communication using the I2C peripheral of the ST7. The ST7 microcontroller is used as a slave and can communicate
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ST72E251
motorola an1042
AN971
ST72251
i2c software program st7
i2c berr
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Serial communication I2C in
Abstract: AN1042 AN971 ST72F264 i2c software program st7
Text: AN1042 APPLICATION NOTE ST7 ROUTINE FOR I2C SLAVE MODE MANAGEMENT by Microcontroller Division Application Team INTRODUCTION The goal of this application note is to present a useful example of communication using the I2C peripheral of the ST7. The ST7 microcontroller is used as a slave and can communicate
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AN1042
ST72264
10-bit
Serial communication I2C in
AN1042
AN971
ST72F264
i2c software program st7
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st24c08 i2c serial eeprom
Abstract: 24C08 code example assembly 24C08 M24C08 M24CXX ST24C08 ST72251 24C08 code example
Text: APPLICATION NOTE I2C COMMUNICATION BETWEEN ST7 AND M24Cxx EEPROM by 8-Bit Micro Application 1 INTRODUCTION The goal of this application note is to present an practical example of communication using the I2C peripheral of the ST7. It shows a basic single master communication between a ST7 microcontroller and an M24Cxx I 2C bus EEPROM. The purpose is to implement, from the ST7
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M24Cxx
st24c08 i2c serial eeprom
24C08 code example assembly
24C08
M24C08
ST24C08
ST72251
24C08 code example
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24C08 code example assembly
Abstract: stmicroelectronics 24c08 i2c serial eeprom 24C08 code example Serial communication I2C in Serial communication I2C in basics ST24C08 st24c08 i2c serial eeprom eeprom 24c08 M24CXX
Text: APPLICATION NOTE I2C COMMUNICATION BETWEEN ST7 AND M24Cxx EEPROM by 8-Bit Micro Application 1 INTRODUCTION The goal of this application note is to present an practical example of communication using the I2C peripheral of the ST7. It shows a basic single master communication between a ST7 microcontroller and an M24Cxx I 2C bus EEPROM. The purpose is to implement, from the ST7
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M24Cxx
24C08 code example assembly
stmicroelectronics 24c08 i2c serial eeprom
24C08 code example
Serial communication I2C in
Serial communication I2C in basics
ST24C08
st24c08 i2c serial eeprom
eeprom 24c08
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407x
Abstract: LPC408X_7X MX25L6436 Pm25LD256 pm25lq032 PM25LD512 MX25L6465 MX25L12865 mx25L3206 NXP TDA 12156
Text: UM10562 LPC408x/407x User manual Rev. 3 — 12 March 2014 User manual Document information Info Content Keywords ARM, ARM Cortex-M4, 32-bit, USB, Ethernet, LCD, CAN, I2C, I2S, Flash, EEPROM, Microcontroller Abstract LPC408x/407x user manual UM10562 NXP Semiconductors
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UM10562
LPC408x/407x
32-bit,
0x400F
0x4008
407x
LPC408X_7X
MX25L6436
Pm25LD256
pm25lq032
PM25LD512
MX25L6465
MX25L12865
mx25L3206
NXP TDA 12156
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NXP TDA 12156
Abstract: pm25lq032 TDA 12156 ps block diagram pin connections TDA 12156 equivalent en25q80 MX25L1606
Text: UM10470 LPC178x/7x User manual Rev. 2.1 — 6 March 2013 User manual Document information Info Content Keywords ARM, ARM Cortex-M3, 32-bit, USB, Ethernet, LCD, CAN, I2C, I2S, Flash, EEPROM, Microcontroller Abstract LPC178x/7x user manual UM10470 NXP Semiconductors
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UM10470
LPC178x/7x
32-bit,
LPC177x/8x
NXP TDA 12156
pm25lq032
TDA 12156 ps block diagram pin connections
TDA 12156 equivalent
en25q80
MX25L1606
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Untitled
Abstract: No abstract text available
Text: UM10562 LPC408x/407x User manual Rev. 2 — 6 March 2013 User manual Document information Info Content Keywords ARM, ARM Cortex-M4, 32-bit, USB, Ethernet, LCD, CAN, I2C, I2S, Flash, EEPROM, Microcontroller Abstract LPC408x/407x user manual UM10562 NXP Semiconductors
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LPC408x/407x
32-bit,
LQFP100.
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HE10
Abstract: LQFP44
Text: ST72321BLJ6-Auto 3.3V range 8-bit MCU for automotive with 32 Kbyte Flash, 10-bit ADC, 5 timers, SPI, SCI, I2C interface Features Memories • 32 Kbyte dual voltage high density Flash HDFlash with readout protection capability (in-application programming and in-circuit
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ST72321BLJ6-Auto
10-bit
LQFP44
16-bit
HE10
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HE10
Abstract: LQFP44
Text: ST72321BLJ6-Auto 3.3V range 8-bit MCU for automotive with 32 Kbyte Flash, 10-bit ADC, 5 timers, SPI, SCI, I2C interface Features Memories • 32 Kbyte dual voltage high density Flash HDFlash with readout protection capability (in-application programming and in-circuit
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ST72321BLJ6-Auto
10-bit
LQFP44
16-bit
HE10
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550 wk2
Abstract: 6.000 mhz code for FUZZY MICROCONTROLLER digital filter calculus 303UC 1SO1 bel 187 transistor fuzzy micro controller Many-Time Programmable Flash LFBGA36
Text: ST52510xx ST52510xx ST52513xx 8-bit intelligent controller unit ICU , two timer/PWMs, ADC, I2C, SPI, SCI NOT FOR NEW DESIGN Memories • 8 Kbytes Single Voltage Flash Memory ■ 256 bytes of Register File ■ 256 bytes of RAM ■ 256 bytes Data EEPROM
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ST52510xx
ST52510xx
ST52513xx
LFBGA36
10-bit
550 wk2
6.000 mhz
code for FUZZY MICROCONTROLLER
digital filter calculus
303UC
1SO1
bel 187 transistor
fuzzy micro controller
Many-Time Programmable Flash
LFBGA36
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PM0044
Abstract: ckm5 i2c software program st7 STM8 CPU programming manual STM8AF5189 QFN 7X7 32-pin EIA 481-C LM motor driver LQFP-48 thermal pad push pul
Text: STM8AF51xx STM8AF6169 STM8AF617x STM8AF618x STM8AF619x STM8AF61Ax Automotive 8-bit MCU, with up to 128 Kbytes Flash, data EEPROM, 10-bit ADC, timers, LIN, CAN, USART, SPI, I2C, 3 to 5.5 V Features • Core – Max fCPU: 24 MHz – Advanced STM8A core with Harvard
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STM8AF51xx
STM8AF6169
STM8AF617x
STM8AF618x
STM8AF619x
STM8AF61Ax
10-bit
PM0044
ckm5
i2c software program st7
STM8 CPU programming manual
STM8AF5189
QFN 7X7 32-pin
EIA 481-C
LM motor driver
LQFP-48 thermal pad
push pul
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Untitled
Abstract: No abstract text available
Text: ST52T520/E520/T521 ST52T520/E520/T521 8-BIT INTELLIGENT CONTROLLER UNIT ICU Two Timer/PWMs, ADC, I2C, SPI PRELIMINARY DATASHEET Memories • Up to 8 Kbytes EPROM/OTP ■ Up to 512 bytes of RAM ■ Readout protection Core ■ Register File based architecture
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Untitled
Abstract: No abstract text available
Text: ST72321R/AR 8-BIT MCU WITH NESTED INTERRUPTS, FLASH, 10-BIT ADC, FIVE TIMERS, SPI, SCI, I2C INTERFACE • ■ ■ ■ ■ Memories – 32K to 60K dual voltage High Density Flash HDFlash or ROM with read-out protection capability. In-Application Programming and
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ST72321R/AR
10-BIT
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ST72
Abstract: ST72321AR ST72321R TQFP64 smd diode marking code 500 MCC 18 AR32K
Text: ST72321R/AR 8-BIT MCU WITH NESTED INTERRUPTS, FLASH, 10-BIT ADC, FIVE TIMERS, SPI, SCI, I2C INTERFACE • ■ ■ ■ ■ Memories – 32K to 60K dual voltage High Density Flash HDFlash or ROM with read-out protection capability. In-Application Programming and
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ST72321R/AR
10-BIT
ST72
ST72321AR
ST72321R
TQFP64
smd diode marking code 500
MCC 18
AR32K
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TRANSISTOR SMD w2
Abstract: TRANSISTOR SMD MARKING CODE a6 321J ST72 ST72321J TQFP44 ST72F321J7T6
Text: ST72321J 8-BIT MCU WITH NESTED INTERRUPTS, FLASH, 10-BIT ADC, 5 TIMERS, SPI, SCI, I2C INTERFACE • ■ ■ ■ ■ Memories – 48 to 60K dual voltage High Density Flash HDFlash or ROM with read-out protection capability. In-Application Programming and
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ST72321J
10-BIT
TRANSISTOR SMD w2
TRANSISTOR SMD MARKING CODE a6
321J
ST72
ST72321J
TQFP44
ST72F321J7T6
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LFBGA36
Abstract: 550 wk2 fuzzy micro controller FUZZY MICROCONTROLLER ldpr 006h Many-Time Programmable Flash ST52510F3 ST52513F3 ST52513G3 ST52513Y3
Text: ST52510xx ST52510xx ST52513xx 8-bit intelligent controller unit ICU , two timer/PWMs, ADC, I2C, SPI, SCI NOT FOR NEW DESIGN Memories • 8 Kbytes Single Voltage Flash Memory ■ 256 bytes of Register File ■ 256 bytes of RAM ■ 256 bytes Data EEPROM
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ST52510xx
ST52510xx
ST52513xx
LFBGA36
10-bit
LFBGA36
550 wk2
fuzzy micro controller
FUZZY MICROCONTROLLER
ldpr 006h
Many-Time Programmable Flash
ST52510F3
ST52513F3
ST52513G3
ST52513Y3
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rcf art
Abstract: CTS256 JEDEC to 243 ST LQFP32 LQFP44 LQFP64 ST72321 ST72324 jrc 2218 ST72P3
Text: ST72325xxx-Auto 8-bit MCU for automotive with 16 to 60 Kbyte Flash, ADC, CSS, 5 timers, SPI, SCI, I2C interface Features • ■ Memories – 16 to 60 Kbyte dual voltage High Density Flash HDFlash with readout protection capability. In-application programming and
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ST72325xxx-Auto
rcf art
CTS256
JEDEC to 243 ST
LQFP32
LQFP44
LQFP64
ST72321
ST72324
jrc 2218
ST72P3
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