AK6416A
Abstract: AK93C12A AK93C10 Hex schmitt trigger ecl NATIONAL LINEAR VOL2 AK93C10AF NATIONAL LINEAR VOL1 93c45a AN0050
Text: DATASHEET Microwire type . SCI type Serial Communication Interface . I2C™ type . DAC+EEPROM .
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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
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BA 5053
Abstract: a00a 020C 24AA024 500C DA05
Text: D1U4CS Communication Protocol Application Note Communication Protocol Support The available address lines currently allows for communication with up to 8 D1U4CS power supplies on a single serial communication bus. The D1U4CS family of power supplies currently supports 3.3V-bus and 5V-bus standard-mode 100kHz and fast-mode (400kHz) I2C Serial Communication as outlined in
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100kHz)
400kHz)
ACAN31
BA 5053
a00a
020C
24AA024
500C
DA05
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MPR121
Abstract: AN3895 I2C protocol
Text: Freescale Semiconductor Application Note AN3895 Rev 1, 03/2010 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,
AN3895
I2C protocol
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MPR121
Abstract: AN3895
Text: Freescale Semiconductor Application Note AN3895 Rev 0, 9/2009 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,
AN3895
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D1U eeprom
Abstract: D1U-H-2800-52-HB1DC hb1c hb2dc D1U-H-2800 2800-52-HB2C HB2-dc
Text: D1U Communication Protocol D1U-H-2800-52-HB1C Application Note Communication Protocol Support The D1U family of power supplies currently supports 3.3V-bus and 5V-bus standardmode 100kHz I2C Serial Communication as outlined in Philips Semiconductors ‘The
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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
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Untitled
Abstract: No abstract text available
Text: 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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verilog code for i2c
Abstract: RD1006 NM24C16
Text: I2C Controller for Serial EEPROMs February 2002 Reference Design RD1006 Introduction The I2C bus provides a simple two-wire means of communication. This protocol is used in many applications. SDRAM modules implement a serial EEPROM that supports the I2C protocol. This is used so that a microprocessor can read the EEPROM for configuration purposes.
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RD1006
1-800-LATTICE
verilog code for i2c
RD1006
NM24C16
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motorola ups schematic
Abstract: 74LVC125 MAX1236 MAX1270 MAX3000E MAX3373E MAX3390E MAX4194 MAX6901 TN2501
Text: INTERFACE CIRCUITS Aug 05, 2002 Level Translators For SPI and I2C™ Bus Signals A serial interface is often used for board-level communication between different integrated circuits, especially in space-constrained applications at low-to medium data-rates. The most popular serial interfaces are I2C™ and
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MAX1236:
MAX1270:
MAX3000E:
MAX3372E:
MAX3373E:
MAX3390E:
MAX4194:
motorola ups schematic
74LVC125
MAX1236
MAX1270
MAX3000E
MAX3373E
MAX3390E
MAX4194
MAX6901
TN2501
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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
Text: I2C Controller for Serial EEPROMs November 2010 Reference Design RD1006 Introduction The I2C bus provides a simple two-wire means of communication. This protocol supports multi-masters and provides a low-speed connection between intelligent control devices, such as microprocessors, and general-purpose
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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
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Untitled
Abstract: No abstract text available
Text: 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
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stm32 spi
Abstract: PC13-TAMPER-RTC BAI 59 STEVAL-PCC009V1 transistor j4 ss 88 1117d M6 transistor microcontroler PA15 PC10
Text: STEVAL-PCC009V1 Universal USB to serial communication interface demonstration board based on the STM32 Data brief Features • Two PC GUIs are supported: – Universal dongle PC GUI: this PC GUI allows interfacing SPI, I2C and UART interface and controlling the communication
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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
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MCCP3001
Abstract: Renesas spi COP472-3 LM74
Text: PRELIMINARY APPLICATION NOTE General Serial Peripheral Interface SPI & Inter-IC (IC2) (SPI_I2C) Introduction This Application note provide a general view on SPI and I2C, comparison of the two communication standard is also detailed. The H8/300L Super Low Power (SLP) series of 8-bit mircocontrollers has at least one Serial Communication Interface (SCI) channel.
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H8/300L
AN0303011/Rev1
MCCP3001
Renesas spi
COP472-3
LM74
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IS24C02C
Abstract: IS24C02C-2GLI IS24C02C-2
Text: IS24C02C 2K-bit 2-WIRE SERIAL CMOS EEPROM with Special Write-Protection Modes PRELIMINARY INFORMATION MARCH 2008 FEATURES Description • Two-Wire Serial Interface, I2CTM compatible The IS24C02C is an electrically erasable PROM device that uses the industry-standard I2C communication protocol. The IS24C02C contains a non-volatile memory
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IS24C02C
IS24C02C
048-bits
IS24C02C-2GLI
IS24C02C-2
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abp 651
Abstract: Potentiometers single 40mm
Text: 19-3379; Rev 0; 8/04 Dual, 256-Tap, Nonvolatile, I2C-Interface, Digital Potentiometers The devices feature an internal, nonvolatile EEPROM used to store the wiper position for initialization during power-up. A write-protect feature prevents accidental overwrites of the EEPROM. The fast-mode I2C -compatible serial interface allows communication at data
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256-Tap,
400kbps,
MAX5477/MAX5478/MAX5479
MAX5477)
MAX5478)
MAX5479)
35ppm/
MAX5477/MAX5478/MAX5479
abp 651
Potentiometers single 40mm
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max7315
Abstract: pcf8574 "pin-compatible" MAX7319 MAX7320 MAX7320AEE MAX7320ATE MAX7321 MAX7322 MAX7323 MAX7328
Text: 19-3879; Rev 0; 10/05 I2C Port Expander with Eight Push-Pull Outputs The MAX7320 2-wire serial-interfaced peripheral features eight push-pull outputs with selectable power-up logic states. The +5.5V tolerant RST input clears the serial interface, terminating any I 2 C † communication to or from the
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MAX7320
MAX7320.
400kHz,
MAX7320
max7315
pcf8574 "pin-compatible"
MAX7319
MAX7320AEE
MAX7320ATE
MAX7321
MAX7322
MAX7323
MAX7328
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pcf8574 "pin-compatible"
Abstract: MAX6965
Text: 19-3879; Rev 0; 10/05 I2C Port Expander with Eight Push-Pull Outputs The MAX7320 2-wire serial-interfaced peripheral features eight push-pull outputs with selectable power-up logic states. The +5.5V tolerant RST input clears the serial interface, terminating any I 2 C † communication to or from the
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MAX7320
MAX7320.
pcf8574 "pin-compatible"
MAX6965
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40 pin laptop LCD connector
Abstract: LCD216S SVA2 20 pin laptop lcd connector laptop display lcd connector pins
Text: App199/1.0 R8C/17 I2C Sample Project Using HEW4 and E8 Introduction The purpose of this application note is to provide example serial communication code for the R8C17 device. The application utilises an MBR8C17 board, an E8 debugger and a dual power supply. This
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App199/1
R8C/17
R8C17
MBR8C17
40 pin laptop LCD connector
LCD216S
SVA2
20 pin laptop lcd connector
laptop display lcd connector pins
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LCMXO2-1200HC-4TG100
Abstract: DS1821 DS18S20 LCMXO2280C-3T100C LCMXO2-1200HC-4TG100C slot machine block diagram vhdl
Text: Single-Wire Controller for Digital Temperature Sensors November 2010 Reference Design RD1099 Introduction A single-wire interface can be used for serial protocol applications, such as I2C and SPI buses. It provides a smallfootprint communication channel between a controller and low-cost components on the board such as temperature
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RD1099
LCMXO2280C-3T100C,
DS1821
DS18S20
1-800-LATTICE
LCMXO2-1200HC-4TG100
DS1821
DS18S20
LCMXO2280C-3T100C
LCMXO2-1200HC-4TG100C
slot machine block diagram vhdl
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3C80
Abstract: H8/3048F 3c80 material 68B9 SDA 555E 3C80 SPECIFICATIONS 1A80 207-010032 83 HC14 sd4841
Text: H8/3048F / H8/3047F On-Board Programming Examples H8/3048F Example of On-Board Programming Using High-Speed Serial Communication H8/3437F Example of On-Board Programming Using I2C Bus H8/3048F Example of 1-to-N On-Board Programming H8/3048F Example of On-Board Programming Using Parallel Interface
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H8/3048F
H8/3047F
H8/3048F
H8/3437F
60-kbyte
3C80
3c80 material
68B9
SDA 555E
3C80 SPECIFICATIONS
1A80
207-010032
83 HC14
sd4841
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Z9023306FSCRxxxx
Abstract: v-chip basic television block diagram Z9023406PSC
Text: Z90233, Z90234, and Z90231 eZVision 200 Television Controller with On-Screen Display Product Brief PB006902-1102 Product Block Diagram • Four channels of 4-bit analog-to-digital converter 16/24 KBytes ROM • 27 general-purpose I/O pins • Provides I2C master serial communication port
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Z90233,
Z90234,
Z90231
PB006902-1102
42-pin
44-pin
124-pin
Z90239)
Z90233/Z90234
Z90231
Z9023306FSCRxxxx
v-chip
basic television block diagram
Z9023406PSC
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Untitled
Abstract: No abstract text available
Text: Si890x-PWR-EVB S i890 X D I G I TA L I SOLATOR - B ASED , 1 0 - B IT I SOLATED M ONITORING ADC U SER ’ S G UIDE 1. Introduction The Si890x are isolated ADCs suitable for low-frequency analog data acquisition applications. These devices integrate an isolated 10-bit SAR ADC with I2C, UART, or SPI serial communication ports. Isolation ratings of 2.5 or
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Si890x-PWR-EVB
Si890x
10-bit
Si8900
Si890xPWR-EVB
Si8900
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mpc823 i2c
Abstract: PA15 MPC823 PA12 PA13
Text: Communication Processor Module 16.13 THE I2C CONTROLLER I2C The inter-integrated circuits I2C controller enables the MPC823 to exchange data with a number of other I2C devices, such as microcontrollers, EEPROMs, real-time clock devices, A/D converters, and LCD displays. The I2C controller is a synchronous, multimaster bus that
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MPC823
0xFFFF0000)
OD31--Open-Drain
mpc823 i2c
PA15
PA12
PA13
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HT45R37
Abstract: No abstract text available
Text: Transmitting Data Using the I2C Bus in the HT45R37 C Language Transmitting Data Using the I2C Bus in the HT45R37 (C Language) D/N：HA0206E Introduction The HT45R37 provides a SIM serial data transfer function, which includes both SPI and 2 2 I C types. The following application uses the I C serial interface function in the HT45R37.
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HT45R37
D/NHA0206E
HT45R37
HT45R37.
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8051 using I2C BUS
Abstract: philips 8051 i2c microcontroller project using 8051 microcontroller bus system "test bus" microcontroller "test bus" 80C552 register map
Text: C Compiler • Real-Time OS • Simulator • Training • Evaluation Boards Using and Programming the I2C BUS Application Note 153 June 8, 2000, Munich, Germany by Keil Support, Keil Elektronik GmbH [email protected] +49 89 456040-0 This Application Note describes programming of the I2C Bus for various devices. Included is the
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8xC591
87C591
87LPC764
AN422
8XC751
8051 using I2C BUS
philips 8051 i2c
microcontroller project using 8051
microcontroller bus system "test bus"
microcontroller "test bus"
80C552 register map
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