The Datasheet Archive

32-byte Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - dw32

Abstract: mbus mbus master circuit TFB2010 TFB2022A mbus master MBus-to-Futurebus SN74ABT3614 mbus controllers
Text: read /write DW64 16- byte burst read /write 32-byte burst read /write DW64 32-byte burst read , DW32 32-byte burst read /write Eight individual word (4 byte ) reads /writes DW32 64- byte burst , Double-word (8 bytes) read /write DW64 16- byte burst read /write 16- byte burst read /write DW64 32-byte burst read /write 32-byte burst read /write DW64 64- byte burst read /write 6 Byte read , RESULTING HIF TRANSACTION TYPE Byte read /write DW32 single 1- byte read /write partial Half-word (2


Original
PDF SCAA019A 64-bit-only 32-bit 64-bit dw32 mbus mbus master circuit TFB2010 TFB2022A mbus master MBus-to-Futurebus SN74ABT3614 mbus controllers
1996 - dw32

Abstract: mbus TFB2010 TFB2022A free mbus master SN74ABT3614 m-bus mbus controllers
Text: 16- byte burst read /write 32-byte burst read /write DW64 32-byte burst read /write 64- byte , /writes DW32 16- byte burst read /write Four individual word (4 byte ) reads /writes DW32 32-byte , ) read /write DW64 16- byte burst read /write 16- byte burst read /write DW64 32-byte burst read /write 32-byte burst read /write DW64 64- byte burst read /write 6 Byte read /write 64- byte , TRANSACTION TYPE Byte read /write DW32 single 1- byte read /write partial Half-word (2 bytes) read


Original
PDF SCAA019A 64-bit-only 32-bit 64-bit dw32 mbus TFB2010 TFB2022A free mbus master SN74ABT3614 m-bus mbus controllers
2008 - FENA-01

Abstract: abb dc motor ACS350 FI-00381 ACS350 drives abb drives ABB ACS350 ABB Group ABB motor start wiring diagram 800-HELP-365
Text: No file text available


Original
PDF FENA-01 3AUA0000033371 FENA-01 FENA-01) FI-00381 800-HELP-365 abb dc motor ACS350 ACS350 drives abb drives ABB ACS350 ABB Group ABB motor start wiring diagram 800-HELP-365
AB-40

Abstract: No abstract text available
Text: LISTINGS NAME Math_32_Module PUBLIC Load 16, ?Load_16? byte PUBLIC Load~32, ?Load 32? byte PUBLIC Mul_16, ?Mul_16? byte PUBLIC Div_16,?Div_16? byte PUBLIC Add_16,?Add_16? byte PUBLIC Sub_I6,?Sub_I6?byte PUBLIC Add~32, ?Add" 32? byte PUBLIC Sub_32, ?Sub_32? byte PUBLIC LcwJL6, Mid_16, High_16 / Math_32_Data SEOOEWT DATA Math_32_Code SEGMENT CODE f RSEG Math 32 Data ?Load_16? byte : DS 2 7Load_32? byte : DS 4 ?Mul_16? byte : DS 2 ?Div_16? byte : DS 2 ?Add_16? byte : DS 2 ?Sub_16? byte : DS 2 7Add_32? byte : DS 4 ?Sub_32? byte : DS 4 OP


OCR Scan
PDF AB-40 32-Bit /xxxx/0296/B
Not Available

Abstract: No abstract text available
Text: the byte enable lines of the processor, this allows the processor necessity for complex multi-layer PC boards is virtually itself to determine which byte (s) to access. This eliminates eliminated. _ , Low Logic Low Logic Low BYTE 1 NC NC NC BYTE 1 BYTE 1 BYTE 2 BYTE 2 NC BYTE 3 NC BYTE 4 , are as follows: BYTE BYTE BYTE BYTE 1 2 3 4 byte byte byte byte enable enable , . The byte enable lines are used to control which byte valid data will be available. When BYTE 1 is low


OCR Scan
PDF M4194 4194Kb
1999 - semiconductors

Abstract: MITSUBISHI CPU AND BUS INTERFACE mitsubishi date code
Text: transfer Serial I/O FIFOs: IN IN IN IN IN 16- byte 512- byte 32-byte 16- byte 16- byte OUT 16- byte OUT 800- byte OUT 32-byte OUT 16- byte OUT 16- byte D- Date: Sept.1,99 Page: 6 of , Endpoint Endpoint 0: 1: 2: 3: 4: IN IN IN IN IN 16- byte OUT 512- byte OUT 32-byte OUT 16- byte OUT 16- byte OUT Code: M37640 16- byte 800- byte 32-byte 16- byte 16- byte Date


Original
PDF M37640 M66290 M16C/24 M37641 M37532 M37536 semiconductors MITSUBISHI CPU AND BUS INTERFACE mitsubishi date code
1997 - Bytes

Abstract: dallas nvram nv ram data sheet DS1993 DS1995 DS1994 DS1992 DS1991 DS1990A DS2404S
Text: is available on request. A laser­programmed ROM­section, containing a 6­ byte device­unique serial number, a one­byte family code, and a CRC verification byte , is also common to all Touch Memories , versions. Thus 128 different standard devices can be coded. C.2. Serial Number The 48­bit (6­ byte , incorporates a serial number with family code and CRC. To this it adds a 64­ byte nonvolatile scratchpad RAM , , general­purpose read/write memory. The first byte to be transmitted out of the ROM is the family code. After


Original
PDF DS1990A DS1991 DS1992 DS1993 DS1994 DS1995 DS1996 DS1982 DS1985 DS1986 Bytes dallas nvram nv ram data sheet DS1993 DS1995 DS1994 DS1992 DS1991 DS1990A DS2404S
secucalm

Abstract: HT80C51 ARM10 H285 I18N SecuCalm16
Text: 3 4 5 6 7 8 1. System LSI (S) 7. Rom Master 0 : 0K byte 2 : 2K byte 4 : 4K byte 6 : 6K byte 8 : 8K byte A : 48K byte C : 96K byte E : 176K byte G : 384K byte I : 768K byte (S-SIM) K : 1M byte M : 4M byte T : 16M byte V : 192K byte 2. Large Classification , : 88 8-bit A : 15 Other 1 : 1K byte 3 : 12K byte 5 : 16K byte 7 : 24K byte 9 : 32K byte B : 64K byte D : 128K byte F : 256K byte H : 512K byte J : 768K byte L : 2M byte R : 8M byte U


Original
PDF 16-bit 32-bit ARM10 16-bit HT80C51 SC-200 128-be secucalm ARM10 H285 I18N SecuCalm16
fBGA package tray 12 x 19

Abstract: FCCSP HT80C51 SecuCalm a44e ARM10 uLGA I18N 64 pin IC microcontroller LCD cortex my
Text: 4 5 6 7 8 1. System LSI (S) 7. Rom Master 0 : 0K byte 2 : 2K byte 4 : 4K byte 6 : 6K byte 8 : 8K byte A : 48K byte C : 96K byte E : 176K byte G : 384K byte I : 768K byte (S-SIM) K : 1M byte M : 4M byte T : 16M byte V : 192K byte 2. Large Classification , : 88 8-bit A : 15 Other 1 : 1K byte 3 : 12K byte 5 : 16K byte 7 : 24K byte 9 : 32K byte B : 64K byte D : 128K byte F : 256K byte H : 512K byte J : 768K byte L : 2M byte R : 8M byte U


Original
PDF 16-bit 32-bit ARM10 16-bit HT80C51 SC-200 128-bit fBGA package tray 12 x 19 FCCSP SecuCalm a44e ARM10 uLGA I18N 64 pin IC microcontroller LCD cortex my
secucalm

Abstract: SecuCalm16 FCCSP fBGA package tray 12 x 19 ARM10 HT80C51 I18N 1Z89
Text: No (1Z) 8 9 10 11 12 13 14 15 7. Rom Master 0 : 0K byte 2 : 2K byte 4 : 4K byte 6 : 6K byte 8 : 8K byte A : 48K byte C : 96K byte E : 176K byte G : 384K byte I : 768K byte (S-SIM) K : 1M byte M : 4M byte T : 16M byte V : 192K byte 1 : 1K byte 3 : 12K byte 5 : 16K byte 7 : 24K byte 9 : 32K byte B : 64K byte D : 128K byte F : 256K byte H : 512K byte J : 768K byte L : 2M byte R : 8M byte U : 1.5M byte W : 144K byte 8. Version A~Z *1st Version X 9~10. Mask Option


Original
PDF 16-bit 32-bit ARM10 16-bit HT80C51 SC-200 128-bit SC-100 secucalm SecuCalm16 FCCSP fBGA package tray 12 x 19 ARM10 I18N 1Z89
2009 - MX29GL320E

Abstract: No abstract text available
Text: x 4Kword(8KB) boot sector - MX29GL320E H/L: 64 x 32Kword(64KB) Uniform sector · 16- byte /8-word page read buffer · 32-byte /16-word write buffer · Extra 128-word sector for security - Features factory , , and program operations - V I/O voltage must tight with VCC - VI/O=VCC=2.7V~3.6V · Byte /Word mode , 29 28 27 26 25 A16 BYTE # GND Q15/A-1 Q7 Q14 Q6 Q13 Q5 Q12 Q4 VCC Q11 Q3 Q10 Q2 Q9 Q1 Q8 Q0 OE# GND CE# A0 48 LFBGA A B C D E F G H 6 5 4 3 2 1 A13 A12 A14 A15 A16 BYTE # Q15/ A


Original
PDF MX29GL320E PM1509 32Kword
MB88F332

Abstract: aardvark i2c ARGB1555 ARGB8888 indigo MB88F33 RGB565
Text: -22 GRAPHICS CONTROLLERS MB88F332 `INDIGO' BYTE ORDER APPLICATION NOTE Graphics Competence Center `Indigo' Software Starter Kit Internal MB88F332 'Indigo' Byte Order Revision History Revision , Europe GmbH MB88F332 'Indigo' Byte Order Warranty and Disclaimer Warranty and Disclaimer To the , -3- an-mb88f332-IndigoByteOrder-rev0-22 MB88F332 'Indigo' Byte Order Contents Contents , MB88F332 'Indigo' Byte Order Chapter 1 Introduction 1 Introduction This application note discusses the


Original
PDF an-mb88f332-IndigoByteOrder-rev0-22 MB88F332 13-Oct-2008 03-Dec-2008 06-Apr-2009 20-May-2010 an-mb88f332-Ie MB88F332 aardvark i2c ARGB1555 ARGB8888 indigo MB88F33 RGB565
2009 - MX29GL320E

Abstract: No abstract text available
Text: x 4Kword(8KB) boot sector - MX29GL320E H/L: 64 x 32Kword(64KB) Uniform sector · 16- byte /8-word page read buffer · 32-byte /16-word write buffer · Extra 128-word sector for security - Features factory , , and program operations - V I/O voltage must tight with VCC - VI/O=VCC=2.7V~3.6V · Byte /Word mode , 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 A16 BYTE # GND Q15/A-1 Q7 Q14 Q6 Q13 Q5 Q12 , A12 A14 A15 A16 BYTE # Q15/ A-1 Q13 GND A9 A8 RESET# WP#/ ACC A17 A10 A11


Original
PDF MX29GL320E PM1509 32Kword
DIMM 72 pin out

Abstract: No abstract text available
Text: . 72 Type Pin 4 Pin 4 Pin 4 Pin 4 Pin 4 Pin 4 Byte SO Byte SO Byte SO Byte SO Byte SO Byte SO , . . 143 IBM11S2320HM. 72 Pin 4 Byte SO DIM M . 2M x 3 2 . 11/10, 5.0V . 63 IBM11S2320HP.72 Pin 4 Byte SO DIM M . 2M x 3 2 . 11/10, 3.3V . 63 IBM11S2320LM. 72 Pin 4 Byte SO , . 72 Pin 4 Byte SO DIM M . 2M x 3 2 . 10/10, 3.3V . 23


OCR Scan
PDF IBM11S1320LM. IBM11S1320LP. IBM11S1320NM. IBM11S1320NP. IBM11S1325LM. IBM11S1325LP. IBM11T1645LP. IBM11T2640HP. IBM11T2645HP IBM11T4640MP. DIMM 72 pin out
2012 - xr20m1172il32-f

Abstract: HVQFN32 Sc2698 SC16C654BIBM,128 SCC2681AC1A44 SC16C752B SCC2691AC1A28 SC28L198
Text: UART with 32-Byte FIFO SINGLE UART XR16L570IL32-F Smallest 1.62 V to 5.5 V UART with 16- Byte , with 128- byte FIFO, VLIO Interface XR16M681IL24-F 1.62 V to 3.63 V UART with 32-byte FIFO, VLIO , XR16M681IL32-F 1.62 V to 3.63 V UART with 32-byte FIFO, VLIO interface QFN-32 Similar Part SC16C850VIBS 1.8 V UART with 128- byte FIFO, VLIO Interface XR16M681IB25 1.62 V to 3.63 V UART with 32-byte , ST16C650ACJ44-F or IJ44-F 2.90 V to 5.5 V UART with 32-Byte FIFO PLCC-44 Drop-in SC16C650BIA44 2.5


Original
PDF SC16C85xS WLAN/802 SC28L202 xr20m1172il32-f HVQFN32 Sc2698 SC16C654BIBM,128 SCC2681AC1A44 SC16C752B SCC2691AC1A28 SC28L198
2006 - LC74799

Abstract: LC74799M MFP30S EN5834
Text: function. Commands consist of a command identification code in the first byte and command data in the , written using the I2C bus. Display Control Command Table First byte Command Second byte Command , , a first byte command identification code is stored until the next first byte is written. However , display character data write mode, and another first byte cannot be written. When the CS pin is set high , LC74799, 74799M COMMAND0 (Display memory write address setup command) · First byte DA 0 to 7


Original
PDF EN5834 LC74799, 74799M LC74799 LC74799M 3193-DIP30SD LC74799] MFP30S EN5834
GBA 616

Abstract: 74ACTQ3283T B1623
Text: Transceiver with Parity Generator/Parity Checker and Byte Multiplexing with TRI-STATE® Outputs General , enables for the B side, and a 32-bit latch enable for the A side. Each byte is selectable separately for , in B-A direction ■Fully selectable byte multiplexing allows byte swapping, byte copying, and 32-bit to 8-bit/16-bit multiplexing ■Separate control logic for each byte Ordering Code: See Section 10 , Description The 'ACTQ3283T can operate in transparent or latched modes, with complete byte multiplexing


OCR Scan
PDF 74ACTQ3283T 32-Bit ACTQ3283T 16-bit 32-Bit) 16-Bit) TL/F/10979-15 GBA 616 B1623
1998 - bit 3193

Abstract: LC74799 LC74799M MFP30S PDC 140 1hs100
Text: function. Commands consist of a command identification code in the first byte and command data in the , written using the I2C bus. Display Control Command Table First byte Command Second byte Command , , a first byte command identification code is stored until the next first byte is written. However , display character data write mode, and another first byte cannot be written. When the CS pin is set high , LC74799, 74799M COMMAND0 (Display memory write address setup command) · First byte DA 0 to 7


Original
PDF EN5834 LC74799, 74799M LC74799 LC74799M 3193-DIP30SD LC74799] bit 3193 MFP30S PDC 140 1hs100
bowmar

Abstract: No abstract text available
Text: can be selected according to the byte enable lines of the processor, this allows the processor itself to determ ine w hich byte (s) to access. This eliminates any design overhead or external logic. A , NC NC WR NC RD CE GND NC L o g ic L o w I BYTE 1 BYTE BYTE 2 BYTE NC BYTE NC BYTE 1 2 3 4 NC L , inim um sup p ly curre nt, conn ect the unusecf data lines to VCC o r GND. M ODE CO NTRO LS The byte enable lines are used to control w hich byte valid data w ill be available. When BYTE 1 is low then data


OCR Scan
PDF 4194K M4194 M4194Kb bowmar
M4194E

Abstract: 76PIN
Text: , the data should be selected according to the byte enable lines of the processor. This allows the , GND AO GND GND RO CE GND BYTE 1 BYTE 1 BYTE 1 NC BYTE 2 BYTE 2 NC NC BYTE 3 NC NC BYTE 4 , . BYTE 1 (Pin 29) is used to enable the data on lines D0-D7. This line must be used in all modes. BYTE 1 is an active low input and is internally pulled-up. BYTE 2 (Pin 30) is used to enable the data on lines D8-D15. This line is used in 16- and 32-bit modes. Byte 2 is an active low input and is internally


OCR Scan
PDF M4194E 76-Pin M4194E 150nSec, 100ns 76PIN
1996 - R2M diode

Abstract: diode r2m 26 EXR 101 M 25 A stcw code 00FF c-mac overview EXR 101 M 2 OMC952723009 R2M 45
Text: can process 1-bit, 4-bit (BCD), 8-bit ( byte ), 16-bit (word), and 32-bit (longword) data. Bit-manipulation instructions operate on 1-bit data by accessing bit n (n = 0, 1, 2, ., 7) of byte operand data. The DAA and DAS decimal-adjust instructions treat byte data as two digits of 4-bit BCD data. 1.5.1 , data 0 Lower Don't care RnL Upper Don't care Byte data RnH 4 3 7 7 0 Lower 0 Don't care MSB Byte data LSB RnL 7 0 Don't care MSB Figure 1-10


Original
PDF OMC952723009 H8S/2600 H8S/2000Series H8S/2000 32-bit 16-bit R2M diode diode r2m 26 EXR 101 M 25 A stcw code 00FF c-mac overview EXR 101 M 2 OMC952723009 R2M 45
2009 - MX29GL320E

Abstract: MX29GL320 mx29gl320et MX29GL320EBTI-70G MX29GL320ELT MX29GL320ebt mx29gl320ebxei MX29GL320ELT2I MX29GL320EHT2I-70G 29gl320
Text: 4Kword(8KB) boot sector - MX29GL320E H/L: 64 x 32Kword(64KB) Uniform sector · 16- byte /8-word page read buffer · 32-byte /16-word write buffer · Extra 128-word sector for security - Features factory locked , operations - V I/O voltage must tight with VCC - VI/O=VCC=2.7V~3.6V · Byte /Word mode switchable - 4 , 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 A16 BYTE # GND Q15/A , A B C D E F G H BYTE # Q15/ A-1 GND 6 A13 A12 A14 A15


Original
PDF MX29GL320E PM1509 32Kword MX29GL320 mx29gl320et MX29GL320EBTI-70G MX29GL320ELT MX29GL320ebt mx29gl320ebxei MX29GL320ELT2I MX29GL320EHT2I-70G 29gl320
2004 - Not Available

Abstract: No abstract text available
Text: TECHNICAL DATA INTELLIGENT 256- BYTE EEPROM WITH WRITE PROTECT FUNCTION AND PROGRAMMABLE , 32 addresses ( Byte 0.31) 32 x 1-bit organization of protection memory Two-wire link protocol End , 2.5 ms per byte for both erasing and writing Minimum of 104 write/erase cycles1) Data retention for , correct 3- byte programmable security code (security memory) Type Ordering Code Package KKE4442 M2 , written byte by byte . When erased, all 8 bits of a data byte are set to logical one. When written, the


Original
PDF 256-BYTE KK4442
2007 - 0x30303030

Abstract: MC9S12XDT512 HI-3585 DEMO9S12XDT512 MC9S12XDT AN-140 AN140
Text: // receive, left-shift then OR next byte j = txrx8bits(0x00,1); rxdata = rxdata | (j << 8); Load , transmitter FIFO: // send op code (ignore returned data byte ) dummy = txrx8bits(0x0E,1); // send MS byte (ignore returned data byte ) dummy = txrx8bits(char)(TxBusWord[i]>>24),1); // send next byte (ignore returned data byte ) dummy =txrx8bits(char)(TxBusWord[i]>>16)&0xFF),1); // send next byte (ignore returned data byte ) dummy =txrx8bits(char)(TxBusWord[i]>>8)& 0xFF),1); // send LS byte (ignore returned


Original
PDF AN-140 HI-3585 HI-3585. 32-word RINA-40 RINB-40 BOUT37 0x30303030 MC9S12XDT512 DEMO9S12XDT512 MC9S12XDT AN-140 AN140
Not Available

Abstract: No abstract text available
Text: 80386 operation, the data should be selected according to the byte enable lines of the processor. This , 32 29 — 30 — 3*1 — 32 — 3 3 —p . 3 4 — WR 35 — 3 6 _ RD 37 CE 38- BYTE t NC NC NC 1 BYTE BYTE NC NC NC NC 1 2 BYTE BYTE BYTE BYTE GND , -, and 32-bit modes. BYTE 1 (Pin 29) is used to enable the data on lines D0-D7. This line must be used in all modes. BYTE 1 is an active low input and is internally pulled-up. BYTE 2 (Pin 30) is used to


OCR Scan
PDF 15lj3fcic M4194E 76-Pin 150nSec, M4194E
Supplyframe Tracking Pixel