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0X29

Catalog Datasheet MFG & Type PDF Document Tags

0x39

Abstract: transmitted with the MSB first. The I2C bus address of this device can be 0x29, 0x39 or 0x49, depending on the state of AD pin. When AD is connected to VDD, the address is 0x29. When AD is not connected (floating , Addresses (0x29, 0x39 and 0x49), Pin Selectable Less than 240 mA Active Power Consumption in Normal , slave addresses (0x29, 0x39 or 0x49) depending on if this pin is connected to VDD, NC (open) or VSS at , begin with the master sending an I2C start sequence followed by the seven bit slave address (e.g. 0x29
ON Semiconductor
Original
0x39 NOA1312 505AD NOA1312/D

NOA1312CUTAG

Abstract: first. The I2C bus address of this device can be 0x29, 0x39 or 0x49, depending on the state of AD pin. When AD is connected to VDD, the address is 0x29. When AD is not connected (floating), the address is , Three I2C Slave Addresses (0x29, 0x39 and 0x49), Pin Selectable Less than 240 mA Active Power , slave addresses (0x29, 0x39 or 0x49) depending on if this pin is connected to VDD, NC (open) or VSS at , the master sending an I2C start sequence followed by the seven bit slave address (e.g. 0x29) and the
ON Semiconductor
Original
NOA1312CUTAG

JESD22-C101D

Abstract: UM10204 SDL SCL 1.8V IO IO SFH 5712-1/2 0x297 0 R/W = 1R/W = 0 Address 0x29 Bit 7 6 5 1 I2C , / Address 0x29 W A A / Register 0x80 A 0x03 A P S S / Address 0x29 / Address 0x29 W R A A / Register 0x8C A LSB / LSB Data A NA P P S S / Address 0x29 / Address 0x29 W R A A / Register 0x8D A MSB / MSB Data A NA P P S / Address 0x29 W A / Register 0x80 A , external pull-up resistor SFH 5712-1/2 operates always as slave, address is 0x29 (7 bites). Bit 0 is used
OSRAM
Original
JESD22-C101D UM10204 lux sensor JESD22-C101-D SFH 5712 Q65110A8485

Sunlight sensor

Abstract: OHF04366 Address 0x29 W A Register 0x80 A 0x03 A P 0x00 A P S Address 0x29 W A Register 0x8C A P S Address 0x29 R A LSB DATA NA P S Address 0x29 W A Register 0x8D A P S Address 0x29 R A MSB DATA NA P S Address 0x29 W A Register 0x80 A Communication from master to SFH 5712 Communication , level is set with external pull-up resistor · SFH 5712-1/2 operates always as slave, address is 0x29 (7bits). Bit 0 is used to change between Read (R/W bit =1) and Write mode (R/W bit =0). Address 0x29
OSRAM
Original
Sunlight sensor OHF04366 D-93055

Sunlight sensor

Abstract: UM10204 S Address 0x29 W A Register 0x80 A 0x03 A P 0x00 A P S Address 0x29 W A Register 0x8C A P S Address 0x29 R A LSB DATA NA P S Address 0x29 W A Register 0x8D A P S Address 0x29 R A MSB DATA NA P S Address 0x29 W A Register 0x80 A Communication from master to SFH 5712 , 0x29 (7bits). Bit 0 is used to change between Read (R/W bit =1) and Write mode (R/W bit =0). Address 0x29 Bit 7 6 5 4 3 2 1 Address default 0 1 0 1 R/W bit 0 0
OSRAM
Original
0x29
Abstract: Option for I2C The I2C address is determined before placing an order; the default address is 0x29. , 0101001 (0x29, MSB to LSB, A6 to A0). All the Send Byte protocol, the Receive Byte protocol and Receive , this device on I2C bus is always 0x29 (hexadecimal number 29). Registers of the slave device can be , the device, issue an Send Byte protocol (see Figure 13-a) with the device address 0x29 followed by a , protocol with the device address 0x29 followed by a command byte of 0x08. Everlight Electronics Co., Ltd EVERLIGHT
Original
ALS-PDIC17-57B/TR8 DLS-00000
Abstract: 's response to ambient light. Address Option for I2C The device address is 0x29. ADC Register The ADC , (0x29, MSB to LSB, A6 to A0). All the Send Byte protocol, the Receive Byte protocol and Receive Word , -57B is capable of working as an I C slave. Address of this device on I C bus is always 0x29 2 , protocol (see Figure 13-a) with the device address 0x29 followed by a command byte of 0x04 to activate the , issuing Send Byte protocol with the device address 0x29 followed by a command byte of 0x08. 2 (4). EVERLIGHT
Original
DLS-0000049

siemens mc35i

Abstract: MC35i 0xb6 0x7d 0x29 0x7d 0x2b 0x81 0x7d 0x26 0xd3 0x89 0x82 0x7d 0x23 0x83 0x7d 0x26 0xd3 0x89 0x82 0x7d , 0x20 0xff 0x7d 0x31 0x5c 0x54 0x7d 0x2a 0xb6 0x7d 0x29 0x7d 0x2b 0xca 0x75 0x81 0x3c 0x7d 0x20 0x64 , 0x20 0xff 0x7d 0x31 0x5c 0x54 0x7d 0x2a 0xb6 0x7d 0x29 0x7d 0x2b 0xca 0x75 0x81 0x3c 0x7d 0x20 0x64 , 0x31 0x5c 0x54 0x7d 0x2a 0xb6 0x7d 0x29 0x7d 0x2b 0xca 0x75 0x81 0x3c 0x7d 0x20 0x64 0x7d 0x24 0x7d , 0x7d 0x26 0x5c 0x5d 0x7d 0x2a 0xb6 0x7d 0x29 0x7d 0x2b 0xca 0x75 0x81 0x3c 0x7d 0x20 0x50 0x7d 0x24
-
Original
siemens mc35i MC35i siemens mc35i Terminal state machine control digram SEM 2006 subscriber identity module diagram

bck-6

Abstract: MSM9566 4.6.3 4CRC4DDJ 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , 1 DB0CLRCRC 4CRCDDJ4CRC 2 DB1MEMTEST "0" 3 DB2CLRPFIX "0" 4 DB3CLRMEM 0x29RAM 5 DB5DB7DDJ , DB7L4CRCOUT4CRC 14CRC 2 3 , 04CRC 4CRC/DDJ 2 3 , 2 DB5DB6STARTPCT0STARTPCT1 4CRC/DDJ4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/DDJ4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/DDJ 5.9.24CRC DB7 , W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × × ×
OKI Electric Industry
Original
MSM9566 bck-6 QFP44 db3 531 1999OKIELECTRICINDUSTRYCO DARCFM76

DB5T

Abstract: bck-6 4.6.3 4CRC4DDJ 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , 1 DB0CLRCRC 4CRCDDJ4CRC 2 DB1MEMTEST "0" 3 DB2CLRPFIX "0" 4 DB3CLRMEM 0x29RAM 5 DB5DB7DDJ , DB7L4CRCOUT4CRC 14CRC 2 3 , 04CRC 4CRC/DDJ 2 3 , 2 DB5DB6STARTPCT0STARTPCT1 4CRC/DDJ4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/DDJ4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/DDJ 5.9.24CRC DB7 , W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × × ×
OKI Electric Industry
Original
MSM9567 DB5T

20/LTR-303ALS-01

Abstract: lux sensor Slave Address The 7 bits slave address for this sensor is 0x29H. A read/write bit should be appended , Address (0x29H) W/R Command Type Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0 , is 0x00 (in Standby mode). Slave_Addr = 0x29 // Enable ALS Register_Addr = 0x80 Command = 0x01 , (integration time 100ms, repeat rate 500ms) Slave_Addr = 0x29 // Slave address of LTR-303 device // Set , be read as a group, with the lower address being read first. Slave_Addr = 0x29 // Read back
Lite-On Technology
Original
20/LTR-303ALS-01 LTR-303ALS-01 BNS-OD-C131/A4

2db3

Abstract: MSM9567 4.6.3 4CRC4DDJ 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , 1 DB0CLRCRC 4CRCDDJ4CRC 2 DB1MEMTEST "0" 3 DB2CLRPFIX "0" 4 DB3CLRMEM 0x29RAM 5 DB5DB7DDJ , DB7L4CRCOUT4CRC 14CRC 2 3 , 04CRC 4CRC/DDJ 2 3 , 2 DB5DB6STARTPCT0STARTPCT1 4CRC/DDJ4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/DDJ4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/DDJ 5.9.24CRC DB7 , W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × × ×
OKI Electric Industry
Original
2db3

MSM9566

Abstract: QFP44 4.6.3 4CRC4DDJ 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , 1 DB0CLRCRC 4CRCDDJ4CRC 2 DB1MEMTEST "0" 3 DB2CLRPFIX "0" 4 DB3CLRMEM 0x29RAM 5 DB5DB7DDJ , DB7L4CRCOUT4CRC 14CRC 2 3 , 04CRC 4CRC/DDJ 2 3 , 2 DB5DB6STARTPCT0STARTPCT1 4CRC/DDJ4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/DDJ4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/DDJ 5.9.24CRC DB7 , W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × × ×
OKI Electric Industry
Original

20/LTR-303ALS-01

Abstract: Master-to-Slave 2 I C Slave Address The 7 bits slave address for this sensor is 0x29H. A read/write bit , . I2C Slave Address (0x29H) W/R Command Type Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 , Slave_Addr = 0x29 // Enable ALS Register_Addr = 0x80 Command = 0x01 // Slave address of LTR-303 device , ) Slave_Addr = 0x29 // Slave address of LTR-303 device // Set ALS Integration Time 200ms, Repeat Rate , . Slave_Addr = 0x29 // Read back ALS_DATA_CH1 Register_Addr = 0x88 ReadByte(Slave_Addr, Register_Addr, Data0
Lite-On Technology
Original
BNS-OD-FC002/A4

CA850

Abstract: RX850 . The MSB position can be programmed using internal register 0x29. 125uS FSC DIN DOUT 8bit u-law , programmed through the Tiger560B-CG register 0x29. CCLK tB tCDOUTd CSB DIN 0 a6 a5 , uP interface control register 0x29 TDM FS delay control 0x2a AUX pin input level / edge selection , enabling of HA[5:4] and Suspend. Register 0x29 bit 5 enables SPI pin definition. These functions are , bit 5 of register0x29 is set to 1. Registers 0x26 to 0x29 are used to control the transfer of data
NEC
Original
RX-FS850 RX850 CA850 U15637JJ4V0UM00 2003CP U15637JJ4V0UM

bd3702

Abstract: C2078B C Slave Address The 7 bits slave address for this sensor is 0x29H. A read/write bit should be , Part No. : LTR-329ALS-01 BNS-OD-FC002/A4 Optical Sensor LTR-329ALS-01 I2C Slave Address (0x29H , (in Standby mode). Slave_Addr = 0x29 // Enable ALS Register_Addr = 0x80 Command = 0x01 // Slave , (integration time 100ms, repeat rate 500ms) Slave_Addr = 0x29 // Slave address of LTR-329 device // Set , be read as a group, with the lower address being read first. Slave_Addr = 0x29 // Read back
Texas Instruments
Original
SPNA102 TMS470 bd3702 C2078B 498E-12 bd-db TMS470R1B1M HET a42e

TigerJet Network

Abstract: TIGER560BCG 0x29 0x29 0x29 2 bNbrPorts 1 HUB 0x04 0x04 0x05 0x32 0x32
TigerJet Network
Original
TigerJet Network TIGER560BCG Tiger560B-CG tigerjet KEYPAD 4X8 SWITCH keypad 4x4 pin configuration TIGER560B-CG W681511 560B-CG

0X29H

Abstract: . This is followed by another read, which has the desired cell number (0x00 to 0x29) for its address , followed by another write, which has the desired cell number (0x00 to 0x29) for its address, and the new
Lite-On Technology
Original
0X29H

uPD72011

Abstract: upd72011g Slave_Addr = 0x29 // Enable ALS Register_Addr = 0x80 Command = 0x01 // Slave address of LTR-303 device , ) Slave_Addr = 0x29 // Slave address of LTR-303 device // Set ALS Integration Time 200ms, Repeat Rate , . Slave_Addr = 0x29 // Read back ALS_DATA_CH1 Register_Addr = 0x88 ReadByte(Slave_Addr, Register_Addr, Data0 , read only. Slave_Addr = 0x29 // Slave address of LTR-303 device // Read back Register , before device is in active mode. Slave_Addr = 0x29 // Slave address of LTR-303 device // Set
NEC
Original
DIP600 uPD72011 upd72011g UPD72011GB-3B4 100kx4 AT-49 uPD72011CU PD72011 PD72011CU PD72011GB-3B4-3 QFP10 S12651JJ1V0DS00

CS61584A

Abstract: 4.6.3 4CRC4VICS 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , /VICS4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/VICS4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/VICS , B1 B0 W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × , 0x29 /4CRC 4CRC 00000000 R/W /4CRC 4CRC P51 R/W 0x29 4CRC
Cirrus Logic
Original
CS61584A DS261PP4 AN07REV2 TB261BPP1

RS780M

Abstract: RX781 4.6.3 4CRC4VICS 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , /VICS4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/VICS4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/VICS , B1 B0 W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × , 4CRC/VICS P50 110­0000 R/W 0x29 /4CRC 4CRC 00000000 R/W /4CRC 4CRC P51 R/W 0x29 4CRC ­­­­­­­0 4CRC P52 ­­­­­­­0 R 0x2A 0x2A
Advanced Micro Devices
Original
RS780 RS780C RS780D RS780M RS780E RS780MC RX781 790GX AMD RS780
Abstract: 0xEC Configuration 27 0x27 0x28 0x8F Ports P2­P5 Configurable Logic CLA0 0x28 0x29 0x00 Ports P6­P9 Configurable Logic CLA1 0x29 0x2A 0x00 Write Ports P2­P5 Same Data , . CLA1 (P6­P9) Configuration Register Setting (0x29) FUNCTION REGISTER BIT D5 D4 D3 D2 , MAX7302 Table 14. CLA1 (P6­P9) Configuration Register Setting (0x29)(continued) REGISTER BIT , (addresses 0x28 and 0x29) cannot be changed. The configurable logic-array lock register is unlocked on Cypress Semiconductor
Original
CYUSB330 CYUSB331 CYUSB332

MSM9565

Abstract: MSM9565GA 4.6.3 4CRC4VICS 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , /VICS4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/VICS4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/VICS , B1 B0 W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × , 4CRC/VICS P50 110­0000 R/W 0x29 /4CRC 4CRC 00000000 R/W /4CRC 4CRC P51 R/W 0x29 4CRC ­­­­­­­0 4CRC P52 ­­­­­­­0 R 0x2A 0x2A
OKI Electric Industry
Original
MSM9565 MSM9565GA

MSM9564

Abstract: MSM9564GA 4.6.3 4CRC4DDJ 0x29 0x2A 4 4 4 CRC tIWRWR2 tIWRWR3 WR tIWRRD1 , DB7L4CRCOUT4CRC 14CRC 2 3 , 04CRC 4CRC/DDJ 2 3 , 2 DB5DB6STARTPCT0STARTPCT1 4CRC/DDJ4DB5DB6-1 0x29 4CRC 3 DB0DB4PCT0PCT4 4CRC/DDJ4DB0DB4 0x29 4CRC All"0" 5.9.2 4CRC/DDJ 5.9.24CRC DB7 , W B7 B6 B5 B4 B3 B2 B1 B0 0x29 R/W × × × × × × , VICS 4CRC/DDJ P50 110­0000 R/W 0x29 /4CRC 4CRC 00000000 R/W /4CRC
OKI Electric Industry
Original
MSM9564 MSM9564GA

BAT54

Abstract: MAX7302 uP interface control register 0x29 TDM FS delay control 0x2a AUX pin input level / edge selection , enabling of HA[5:4] and Suspend. Register 0x29 bit 5 enables SPI pin definition. These functions are , . The MSB position can be programmed using internal register 0x29. 125uS FSC DIN DOUT 8bit u-law , bit 5 of register0x29 is set to 1. Registers 0x26 to 0x29 are used to control the transfer of data , programmed through the Tiger560B-CG register 0x29. CCLK tB tCDOUTd CSB DIN 0 a6 a5
Maxim Integrated Products
Original
BAT54 MAX7302AEE MAX7302ATE SPP-012 MO220
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