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Abstract: 39 rx_base0 Output Base output data 0 40 rx_base1 Output Base output data 1 41 rx_base2 Output Base output data 2 42 rx_base7 Output Base output data 7 43 rx_base3 Output Base output data 3 44 rx_base8 Output Base output data 8 , Base output data 4 48 rx_base9 Output Base output data 9 49 rx_base5 Output Base output data 5 50 rx_base10 Output Base output data 10 51 VCC3P3 Power TerasIC Technologies
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Abstract: synchronizing signal. After the synchronizing signal has been sent, the base will transmit any data in its buffer. The amount of data that the base station can transmit per hop is determined by the base slot size parameter. If there is no data to be sent, the base station will not transmit data until the next , is similar to the base station without the synchronizing signal. The amount of data a remote can , whatever data is in its buffer limited to 65,536 bytes or as limited by the base slot size. If the base Cirronet
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WIT2411 HSW-2411 WIT2400 16 pin male header Loctite 576 CLP-108-02-G-D WIT2411D
Abstract: of data that the base station can transmit per hop is determined by the base slot © 2000- 2004 , base station per hop is 208 bytes. If there is no data to be sent, the base station will not transmit , base slot size and the number of registered remotes. 212 bytes per hop is the maximum data length a , 2.2.3. Minimum data length and data transmit delay operate the same as with the base station. Except , point-to-point mode, unless data transmit delay or minimum data length have been set, the base station will Cirronet
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WIT2410 HSW-2410 M-2410-0000 WIT2410M4 Cirronet WIT2410M WIT910
Abstract: amount of data that the base station can transmit per hop is determined by the base slot © 2000- 2005 , base station per hop is 208 bytes. If there is no data to be sent, the base station will not transmit , base slot size and the number of registered remotes. 212 bytes per hop is the maximum data length a , 2.2.3. Minimum data length and data transmit delay operate the same as with the base station. Except , point-to-point mode, unless data transmit delay or minimum data length have been set, the base station will Cirronet
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RF Module 900MHz CLP WIT2450 wt-200 900MH HSW-910M M-0910-0000
Abstract: Configuration Data Base (CDB) file. Read-only file. No longer used as a source file. Running Tconf Scripts , other intellectual property of TI. Reproduction of information in TI data books or data sheets is , make up 50% of the code in the module. Optimizes internal data structures. Detects , script have the same base name, but this naming convention simplifies the scripts and their maintenance , example script, we invoked prog.gen() with no argument. If no argument is supplied, the base name for the Texas Instruments
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SPRU007H TCI6486 omap 5948 DSK6416 omap 5946 dsk6713 interrupt
Abstract: Data Area Base Data Store FFFF DLC Area I/O FFFF HITACHI Page 2 Proposed Solution , the base code, base data and shared data located at the correct addresses so that the default , the correct place, as should be shared data and the base code. However it is not necessary to have , . However the base code will be incorrect as it will contain accesses to base data, which will be at , stages the interface is correct between the base code and data, or the dynamically linked code and data Hitachi Semiconductor
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ICCH8500 E000-FEFF Hitachi DSA00296 ICCH85 APPS/007/1
Abstract: Offset Base address + 0x00 Data Byte 3 Byte 2 Byte 1 Byte 0 Base address + 0x04 Byte , Data Base address + 0x5C Byte 95 Byte 94 Byte 93 Byte 92 Base address + 0x60 Byte , address bus) and FROMData (8-bit FROM data bus) and should be routed to the top-level of your subsystem , . FROM Data Bus FROMData 8-bit FROM data bus This port should be connected to the subsystem top level for subsequent connection to an FROM instance. Programmer's Model The data stored in the Actel
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Abstract: Data Area Base Data Store FFFF DLC Area I/O FFFF HITACHI Page 2 Proposed Solution , the base code, base data and shared data located at the correct addresses so that the default , the correct place, as should be shared data and the base code. However it is not necessary to have , . However the base code will be incorrect as it will contain accesses to base data, which will be at , stages the interface is correct between the base code and data, or the dynamically linked code and data Hitachi Semiconductor
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CH-8500 1E7F CH8500 Hitachi DSA0071
Abstract: synchronizing signal. After the synchronizing signal has been sent, the base will transmit any data in its , M-2450-0000 Rev A WIT2450 size parameter. The maximum amount of data sent by a base station per hop is 208 bytes. If there is no data to be sent, the base station will not transmit until the next , amount of data a remote can send on one hop is dependent upon the hop duration, the base slot size and , length and data transmit delay operate the same as with the base station. Except for the registration Cirronet
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HSW-2450 MMCX-S50 4492a ICES-003
Abstract: ($ffffffff ) (data stored internally) Increment retry count Collision FREE after 64 bytes ? No , Peripheral Bus Rx_ER Rx_DV Receiver Control Unit Data FIFO Data FIFO Transmitter Control , only one of each of COL and CRS Rx_DV is asserted when valid data is present on RXD Tx_EN is asserted when valid data is present on TXD Rx_ER is asserted when the PHY detects error in frame (only , (Tx_ER) Transmit Nibble Data (TxD[3:0]) Transmit Enable (Tx_EN) Transmit Clock (Tx_clk) Collision Motorola
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P512C MDC 3023 p128c DEBB20E3 10100M P128C P256C P1024C
Abstract: bi-colour indicator LEDs (24mA source/sink) · 8 bit PC/104 (IEEE996) interface · Link selectable base , LEDs. The following circuit should be used for connecting these LEDs: I/O Map Address Base +0x00 Base +0x01 Base +0x02 Base +0x03 Base +0x04 Base +0x05 Base +0x06 Base +0x07 Base +0x08 Base +0x09 Base +0x0A Base +0x14 Base +0x1F Base +0x20 Base +0x21 Device* SJA1000 SJA1000 SJA1000 , Register (Used for Philips Production Test Only) Transmit Buffer (2 descriptor bytes + 8 data bytes Arcom Control Systems
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AIM104-CAN ISO11898 SJA1000 application note Philips SJA1000 standalone CAN J552 DRIVING A BI-COLOUR LED Circuit TARGET188EB MIL-HDBK-217F SJA10 ISO9001
Abstract: /4 duty LCD applications Internal time base frequency sources Two selectable buzzer frequencies (2kHz/4kHz) Power down command reduces power consumption Built-in time base generator and WDT Time base or WDT overflow output · · · 8 kinds of time base/WDT clock sources 32 × 4 LCD driver , configuration feature Data mode and command mode instructions R/W address auto increment Three data , : Chip selection BZ, BZ: Tone outputs WR, RD, DATA: Serial interface COM0~COM3, SEG0~SEG31: LCD Holtek
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HT1621 HT162X HT1620 HT1622 HT16220 HT1623 HT16270 HT1627 HT1626 HT1625
Abstract: pedance); if fan < tTM., invalid data will be out at each I/O. 747 LG Semicon !M xl6 Base FPM , DATA OUT PAGE MODE READ MODIFY WRITE CYCLE 766 LG Semicon 4Mx4. 2Mx8 Base EDO DIMM Timing , DATA OUT PAGE MODE MIX CYCLE (1) 767 LG Semieon 4Mx4.2Mx8 Base EDO PIMM Timing RAS CAS , « < tTM , invalid data will be o u t at each I/O. 772 LG Semicon 1Mx16 Base EDO DIMM Timing , DATA OUT PAGE MODE READ CYCLE (2CAS TYPE) 778 LG Semicon 1M x 16 Base EDO DIMM Timing RAS -
OCR Scan
1Mx16 Iaa 775 trf 740
Abstract: . Table 2 shows how the FROM data appears to the processor. Table 2 · FROM Data Offset Base address + 0x00 Data Byte 3 Byte 2 Byte 1 Byte 0 Base address + 0x04 Byte 7 Byte 6 , 89 Byte 88 2 v2.1 CoreFROM Table 2 · FROM Data (Continued) Offset Data Base , address bus) and FROMData (8-bit FROM data bus) and should be routed to the top-level of your subsystem , to the subsystem top level for subsequent connection to an FROM instance. FROM Data Bus Actel
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Abstract: Parallel Port Secondary Base Address LSB Register 03h 64h R/W 00h POST Data Port Base Address MSB Register 03h 65h R/W 80h POST Data Port Base Address LSB Register 03h 70h , PD5 PD6 PD7 SPP/EPP TMOUT 1 1 ERR# SLCT PE Data Port Base 1+0h R/W , Address Port Base 1+3h R/W PD0 PD1 PD2 PD3 PD4 EPP Data Port0 Base 1+4h R/W PD0 PD1 PD2 PD3 EPP Data Port1 Base 1+5h R/W PD0 PD1 PD2 EPP Data Port2 Base 1+6h R/W Integrated Technology Express
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IT8711F PCI game port to COM 16C550 BUFFER FIFO IEEE1284
Abstract: .5 Reading Touch Data , .7 Audio Data Transformation , .9 1. $(BASE)\Kernel\HAL\cfwxsc1.c .10 2. $(BASE)\dirs Texas Instruments
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TSC2101 TSC2101SPI generic SPI PXA250 speaker with screen TSC2301 SLAA200
Abstract: wireless base station, where the speed of data transmission is crucial. This white paper describes the , User 7 2 2 1000.0001 . Base Station Controller . . Data Mobile , System Base Transceiver Station OVSF Code Index OVSF Code (4 to 256 bits) RAM CAM Data , 2 1000.0001 . Base Station Controller . . Data Mobile Station . , White Paper ® Designing Wireless Base Stations with APEX CAM Introduction Content Altera
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mobile switching centre GSM Network Station SubSystem visitor location register base station controller IS-95
Abstract: , Each with 32-Bit Addressing and 16-Bit Data Transfers. s DMA Modes Include Single Buffer , -Byte Data FIFOs for Receiver and Transmitter s Up to 12.5 MByte/sec (16-Bit) Data Bus Bandwidth s , with high-performance DMA facilitates higher data throughput than can be achieved with discrete , applications. The 20 Mbit/second data rate and multiple protocol support make it ideal for applications in , the transmitter. The on-chip DMA channels allow high speed data transfers for both the receiver and ZiLOG
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Z16C32 Bi-phase-M Coding AD10 AD11 AD12 AD14 680X0 PS97USC0200
Abstract: , Each with 32-Bit Addressing and 16-Bit Data Transfers. â  DMA Modes Include Single Buffer ,   â  â  32-Byte Data FIFOs for Receiver and Transmitter â  Up to 12.5 MByte/sec (16-Bit) Data Bus Bandwidth â  Multiprotocol Operation Under Program Control with In d e p e n d e n t M , facilitates higher data throughput than can be achieved with discrete serial/DMA chip combinations. 1 Z , configurable to satisfy a wide variety of serial com munication applications. The 20 M bit/second data rate -
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Abstract: Semiconductor data sheets and/or specifications can and do vary in different applications and actual , 2.3.3 External Data Signals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , Basic Data Flow . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . 12-68 12.5.2 Running with SDR (Single Data Rate , . . . . . . . . . . . . . . . . . 17-65 17.5.3 Time Base Generation . . . . . . . . . . . . . . . . Freescale Semiconductor
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MPC5553 mpc5554 ebi mpc5554 emios GCC mpc5554 MPC5566 up16 MPC5554 RM MPC5553/5554 MPC5554 MPC5553/54 CH370 MPC5553/MPC5554
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