SERIAL COMMUNICATION I2C IN Search Results
SERIAL COMMUNICATION I2C IN Result Highlights (5)
Part | ECAD Model | Manufacturer | Description | Download | Buy |
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TP82530-6 |
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82530 - Serial Communication Controller |
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CS-SAS2MUKPTR-000.5 |
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Amphenol CS-SAS2MUKPTR-000.5 External Mini-SAS Cable (Pull-Tab) - 4x Mini-SAS (SFF-8088) to 4x Mini-SAS (SFF-8088) 0.5m | |||
CS-SAS2MUKPTR-006 |
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Amphenol CS-SAS2MUKPTR-006 External Mini-SAS Cable (Pull-Tab) - 4x Mini-SAS (SFF-8088) to 4x Mini-SAS (SFF-8088) 6m | |||
CS-SAS2MUKPTR-002 |
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Amphenol CS-SAS2MUKPTR-002 External Mini-SAS Cable (Pull-Tab) - 4x Mini-SAS (SFF-8088) to 4x Mini-SAS (SFF-8088) 2m | |||
CS-SASMINTOHD-001 |
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Amphenol CS-SASMINTOHD-001 1m (3.3') External 4x Mini-SAS to HD Mini-SAS Cable - 4x Mini-SAS HD (SFF-8644) to 4x Mini-SAS 26-pin (SFF-8088) Passive Copper Cable [30 AWG] - 6G SAS 2.1 / iPass+™ HD |
SERIAL COMMUNICATION I2C IN Datasheets Context Search
Catalog Datasheet | Type | Document Tags | |
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F07AContextual Info: APPLICATION NOTE H8/38076R Master-Slave Communication Using I2C Clock-Synchronous Serial Format Introduction In this example the I2C2 Inter IC Bus Interface 2 module of the H8/38076R is used for master-slave communication in I2C clock-synchronous serial format. |
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H8/38076R H8/38076R REJ06B0536-0100/Rev F07A | |
PCF85741
Abstract: AN-561 philips 8574 VALVO philips pcf i2c C1995 AN561 pcf 8574 8582
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AK6416A
Abstract: AK93C12A AK93C10 Hex schmitt trigger ecl NATIONAL LINEAR VOL2 AK93C10AF NATIONAL LINEAR VOL1 93c45a AN0050
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AK93CXX AK64XX AK98XX AK9824 12Kbit AN018-00 AN019 AK9822 AK6416A AK93C12A AK93C10 Hex schmitt trigger ecl NATIONAL LINEAR VOL2 AK93C10AF NATIONAL LINEAR VOL1 93c45a AN0050 | |
Contextual Info: APPLICATION NOTE M16C/28, M16C/29 Group Multimaster I2C-BUS Interface 1. Summary The Multimaster I2C-BUS Interface is a circuit to perform serial communication based on the I2C-BUS data transfer format of Philips. Its arbitration-lost detect function makes multimaster communication possible. |
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M16C/28, M16C/29 M16C/28 REJ05B0715-0100/Rev | |
M16C
Abstract: M30290FCTHP HN58X2402SI I2C Bus Interface
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M16C/28, M16C/29 M16C/28 HN58X2402SI. REC05B0030-0100/Rev M16C M30290FCTHP HN58X2402SI I2C Bus Interface | |
HA2C
Abstract: ascii protocols D1U-W-1600-12-HA2 D1U eeprom
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100kHz) 400kHz) ACAN29 HA2C ascii protocols D1U-W-1600-12-HA2 D1U eeprom | |
HA2CContextual Info: D1U4 Communication Protocol Application Note Communication Protocol Support The D1U family of power supplies currently supports 3.3V-bus and 5V-bus standardmode 100kHz and fast-mode (400kHz) I2C Serial Communication as outlined in Philips Semiconductors ‘The I2C Bus Specification Version 2.1’ (January 2000). |
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100kHz) 400kHz) ACAN31 HA2C | |
BA 5053
Abstract: a00a 020C 24AA024 500C DA05
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100kHz) 400kHz) ACAN31 BA 5053 a00a 020C 24AA024 500C DA05 | |
MPR121
Abstract: AN3895 I2C protocol
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AN3895 MPR121 MPR121, AN3895 I2C protocol | |
MPR121
Abstract: AN3895
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AN3895 MPR121 MPR121, AN3895 | |
Z80 i2c INTERFACING
Abstract: intel 8049 8051 using I2C BUS PCA9564 intel 8051 architecture PCA9564 Intel 8051 20 MHz PCA9564BS-T motorola 6800 datasheet z80 intel 8051 microcontroller architecture
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PCA9564 80C51 PCA9564D PCA9564D-T PCA9564PW PCA9564PW-T PCA9564BS-T Z80 i2c INTERFACING intel 8049 8051 using I2C BUS PCA9564 intel 8051 architecture PCA9564 Intel 8051 20 MHz PCA9564BS-T motorola 6800 datasheet z80 intel 8051 microcontroller architecture | |
D1U eeprom
Abstract: D1U-H-2800-52-HB1DC hb1c hb2dc D1U-H-2800 2800-52-HB2C HB2-dc
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D1U-H-2800-52-HB1C 100kHz) ACAN30 D1U eeprom D1U-H-2800-52-HB1DC hb1c hb2dc D1U-H-2800 2800-52-HB2C HB2-dc | |
pic16f877 full instruction set
Abstract: instruction set of pic16f877 microcontroller pic16f877 basic instruction set PIC16F877 interfacing circuit PIC16F877 APPLICATION NOTE PIC16F877 interfacing PIC16F877 picture application for pic16f877 PIC16F877 interfacing circuit serial eeprom pickit 2 pic16F877
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AN966 requirem334-8870 DS00966A-page pic16f877 full instruction set instruction set of pic16f877 microcontroller pic16f877 basic instruction set PIC16F877 interfacing circuit PIC16F877 APPLICATION NOTE PIC16F877 interfacing PIC16F877 picture application for pic16f877 PIC16F877 interfacing circuit serial eeprom pickit 2 pic16F877 | |
Contextual Info: Freescale Semiconductor Application Note Document Number: AN3895 Rev. 2, 02/2013 MPR121 Serial Communication INTRODUCTION The MPR121 uses an I2C Serial Interface. The I2C protocol implementation and the specifics of communicating with the Touch Sensor Controller are detailed in this application note. |
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AN3895 MPR121 MPR121, | |
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RM0005Contextual Info: RM0005 Reference manual QST standard communication protocol Introduction This manual provides details on the three possible communication interfaces which are offered by QST devices: ● Inter-Integrated Circuit I2C ● Serial Peripheral Interface (SPI) |
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RM0005 RM0005 | |
0X00
Abstract: Hitachi DSA00296
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APPS/025/1 H8/300 0X00 Hitachi DSA00296 | |
motorola ups schematic
Abstract: 74LVC125 MAX1236 MAX1270 MAX3000E MAX3373E MAX3390E MAX4194 MAX6901 TN2501
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MAX1236: MAX1270: MAX3000E: MAX3372E: MAX3373E: MAX3390E: MAX4194: motorola ups schematic 74LVC125 MAX1236 MAX1270 MAX3000E MAX3373E MAX3390E MAX4194 MAX6901 TN2501 | |
8 bit microprocessor using vhdl
Abstract: 4 bit microprocessor using vhdl FPGA with i2c eeprom 4 bit microprocessor using vhdl software 5TN100C LC4256ZE 4000ZE LFXP2-5E-5M132C NM24C16 RD1006
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RD1006 4000ZE 8 bit microprocessor using vhdl 4 bit microprocessor using vhdl FPGA with i2c eeprom 4 bit microprocessor using vhdl software 5TN100C LC4256ZE LFXP2-5E-5M132C NM24C16 RD1006 | |
4 bit microprocessor using vhdl
Abstract: 4000ZE LFXP2-5E-5M132C LC4256ZE NM24C16 RD1006 8 bit microprocessor using vhdl FPGA with i2c eeprom vhdl i2c latticexp2
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RD1006 1-800-LATTICE 4000ZE 4 bit microprocessor using vhdl LFXP2-5E-5M132C LC4256ZE NM24C16 RD1006 8 bit microprocessor using vhdl FPGA with i2c eeprom vhdl i2c latticexp2 | |
HCS12 I2C
Abstract: AN2318 HCS12
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AN2318/D HCS12 16-bit HCS12 I2C AN2318 | |
Contextual Info: PRELIMINARY DATA I2C Port Expander with 4 Push-Pull Outputs and 4 Open-Drain I/Os The +6V tolerant RST input clears the serial interface, terminating any I2C* communication to or from the MAX7323. The MAX7323 uses two address inputs with four-level logic to allow 16 I2C slave addresses. The slave address |
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MAX7323. MAX7323 300ns MAX7323 | |
stm32 spi
Abstract: PC13-TAMPER-RTC BAI 59 STEVAL-PCC009V1 transistor j4 ss 88 1117d M6 transistor microcontroler PA15 PC10
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STEVAL-PCC009V1 STM32 STM32. stm32 spi PC13-TAMPER-RTC BAI 59 STEVAL-PCC009V1 transistor j4 ss 88 1117d M6 transistor microcontroler PA15 PC10 | |
PC13-TAMPER-RTC
Abstract: 91 c6 EXB-38V472JV transistor j4 ss 88 usb to i2c spi STEVAL-PCC009V1 ST microcontroler PA15 PC10 PC11
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STEVAL-PCC009V1 STM32 STM32. PC13-TAMPER-RTC 91 c6 EXB-38V472JV transistor j4 ss 88 usb to i2c spi STEVAL-PCC009V1 ST microcontroler PA15 PC10 PC11 | |
MCCP3001
Abstract: Renesas spi COP472-3 LM74
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H8/300L AN0303011/Rev1 MCCP3001 Renesas spi COP472-3 LM74 |