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udma

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Abstract: interrupt source of PPG is not cleared by uDMA. However at using only PPG (not using uDMA), this bug is not , implement permanent countermeasure (hardware revision). Use the interrupt of PPG but not uDMA. , behavior I2C INTERFACE, Note added Interrupt by uDMA, usage of uDMA Low power consumption mode , -10121-3e-corr-x1-02.doc 2 / 5 HWM90480003 TOP Chapter 3.6 Interrupt by uDMA There might be problems when using uDMA with UART or PPG. 1) Detailed of bug for uDMA transmission Fujitsu found the bug, as uDMA Fujitsu
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MB90487 mb90487a mb90488b mb90486b MB90F488 fujitsu MB90486 MB90480 CM42-10121-3E HWM90480001 HWM90480002 MB90370 MB90485
Abstract: -BIT MICROCONTROLLER ALL SERIES EIIOS & uDMA APPLICATION NOTE EIIOS & uDMA Revision History Revision , -900080-10 -2- © Fujitsu Microelectronics Europe GmbH EIIOS & uDMA Warranty and Disclaimer Warranty , © Fujitsu Microelectronics Europe GmbH -3- AN-900080-10 EIIOS & uDMA Contents Contents , . 15 3.2 uDMA Function . 15 3.2.1 uDMA Register Fujitsu
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MB90385 MB90390 MB90435 MB90455 MB90460 FMEMCU-AN-900080-10 MC16LX 16-BIT
Abstract: -BIT MICROCONTROLLER ALL SERIES EIIOS & uDMA APPLICATION NOTE EIIOS & uDMA Revision History Revision , . MCU-AN-390080-E-V10 -2- © Fujitsu Microelectronics Europe GmbH EIIOS & uDMA Warranty and , © Fujitsu Microelectronics Europe GmbH -3- MCU-AN-390080-E-V10 EIIOS & uDMA Contents Contents , . 15 3.2 uDMA Function . 15 3.2.1 uDMA Register Fujitsu
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39-008-0
Abstract: . internal frequency is 16MHz to guarantee correct working of uDMAC. HWM90470002 TOP PLL Clock , cleared by uDMA. However at using only PPG (not using uDMA), this bug is not occurred. 2) Target devices , countermeasure (hardware revision). Use the interrupt of PPG but not uDMA. hm90470-cm44 , 12.05.04 1.01 03.08.04 1.02 HWM90470003 15.11.05 1.03 Restrictions when using uDMAC PLL Clock , Interface, Note added Interrupt by uDMA, restrictions added Transition to standby mode, description Fujitsu
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MB90470 CM44-10115-3E CM42-10115-3E HWM90470001 HWM90470004 HWM90470005
Abstract: (Processor operating current is 40mA) CompactFlash / Hard Disk Drive Functionality UDMA Modes 0.4 , Windows OS Supports Microsoft PD-DRM UDMA CF Benchmark Numbers UDMA 2 ­ 20MB/Sec Reads & 16MB/Sec Writes UDMA 4 ­ 35MB/Sec Reads & 28MB/Sec Writes UDMA 4 UDMA 2 0 10 20 30 UDMA 2 UDMA 4 Writes in MB/Sec 16 28 Reads in MB/Sec 20 40 35 3.5" Hard Disk Drive -
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SHA-256 seagate hard disk drive diagram HARD DISK diagram diagram maxtor hard disk drive diagram disk drive diagram hdd controller 20MB/S 16MB/S 35MB/S 28MB/S 250GB
Abstract: GPIFHOLDAMOUNT has been added as well as three UDMA CRC related registers: UDMACRCH, UDMACRCL, and , state" feature to the GPIF. The motivation behind this feature was to extend GPIF to handle ATAPI UDMA. It was therefore created with UDMA in mind, but is not limited to UDMA. By covering UDMA as a , value and lifetime that extends beyond just UDMA. This is in keeping with the basic philosophy of GPIF , State implementation, refer to the "Interfacing FX2 to ATAPI Using UDMA" appnote. Flow State Cypress Semiconductor
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AN4051 E6C6 E6C8
Abstract: . PIO -4, UDMA -4 66 MP 8Gb MC8DE 8G5APP- XA 5. PIO 4, UDMA -4 66 6Gb MC8DE 6G5APP- XA 5. PIO -4, UDMA -4 66 32Gb MCAQE32G5APP- XA 5. PIO -4, UDMA -4 66 8Gb SLC base 8Gb MC8GE 8G5MPP- 3A 5. PIO 4, UDMA 4 66 ES 6Gb MC8GE 6G5MPP- 3A 5. PIO -4, UDMA 4 66 32Gb MCADE32G5MPP- 3A 5. PIO 4, UDMA 4 66 64Gb MCBQE64G5MPP- 3A 5. PIO 4, UDMA 4 66 .8" 4Gb SLC base 4Gb MC4GE 4G8APR- XA 3.3 PIO 4, UDMA 4 66 MP 8Gb MC8DE 8G8APR- XA 3.3 PIO 4, UDMA 4 66 6Gb MCAQE 6G8APR- XA 3.3 PIO -4, UDMA 4 66 32Gb -
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K9HCG08U5M K9WBG08U1M K9LAG08U0M-PCB0 KMAFN0000M KMBGN0000A K9MDG08U5M-PCB0 120GB 128MB 256MB 512MB 256MC99
Abstract: Modes 0 ­ 6 UDMA Modes 0 ­ 4 Transcend Information Inc. 2 Ver 1.0 Transcend 44-Piin IIDE , STOP (Stop UDMA Burst) 25 The host asserts this signal during an UDMA burst to stop the DMA burst , Data port. -HDMARDY (UDMA ready) When UDMA mode DMA Read is ready, -HDMARDY should be asserted by the host to indicate that the host is ready to receive DMA data-in burst. I HSTROBE (UDMA Strobe) 27 HSTROBE receives the data-out strobe signal from the host for an UDMA burst. IORDY (I Transcend Information
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Transcend Flash Drive transcend flash memory 4gb transcend ultra flash memory connector ide 40 pin to 44 pin DD10 32M-512M
Abstract: UDMA0 (ns) UDMA1 (ns) UDMA2 (ns) UDMA3 (ns) UDMA4 (ns) UDMA5 (ns) UDMA6 (ns , : Ultra DMA Sender and Recipient IC Timing Requirements Symbol UDMA0 UDMA1 UDMA2 UDMA3 UDMA4 UDMA5 UMDA6 Unit tDSIC (min) 14.7 9.7 6.8 6.8 4.8 2.3 2.3 ns , numbers are based on card being configured in TrueIDE mode with UDMA-6 supported. SLCFxGM4U(I)(-M , : UDMA 0-6, MWDMA 0-4, PIO 0-6 (SLC Flash Type) UDMA 0-6, MWDMA 0-2, PIO 0-4 (MLC Flash Type STEC
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mwdma MLC 8550 SLCF STEC compact flash pc diagnostic card MLC nand flashes serial flash memory 16gb format RM1805
Abstract: Requirements Symbol tDSIC (min) tDHIC (min) tDVSIC (min) tDVHIC (min) UDMA0 14.7 4.8 72.9 9.0 UDMA1 9.7 4.8 50.9 9.0 UDMA2 6.8 4.8 33.9 9.0 UDMA3 6.8 4.8 22.6 9.0 UDMA4 4.8 4.8 9.5 9.0 UDMA5 2.3 2.8 6.0 6.0 , IDE mode configuration with UDMA-6 support. PCMCIA I/O Mode: UDMA Modes Supported: Up to 6 PIO Modes Timing: Up to 80ns TrueIDE Mode: UDMA Modes Supported: Up to 6 MWDMA Modes Supported: Up to , ) Capacity: 8GB - 16GB CFA 4.1 and ATA-7 Compatible PCMCIA Memory Mode: UDMA Modes Supported: Up to 6 PIO STEC
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SLCF16GM4TU SLCF16GM4TUI
Abstract: 72.9 9.0 UDMA1 9.7 4.8 50.9 9.0 UDMA2 6.8 4.8 33.9 9.0 UDMA3 6.8 4.8 22.6 9.0 UDMA4 4.8 4.8 9.5 9.0 , extension do not support TrueIDE UDMA. Table 22: UDMA Burst Timing Requirements Symbol t2CYCTYP (min) tCYC , (No Moving Parts) Capacity: 128MB - 16GB CFA 4.1 and ATA-7 Compatible PCMCIA Memory Mode: UDMA , engineering to help customers through product design-ins PCMCIA I/O Mode: UDMA Modes Supported: Up to 4 PIO Modes Timing: Up to 80ns TrueIDE Mode: UDMA Modes Supported: Up to 4 MWDMA Modes Supported STEC
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SLCF128M2TUI STEC M2T CF 1.0.0 94000-01889 SLCF128M2TUI-S SLCF512M2TUI SLCF16GM2TUI
Abstract: Runs at 12MHz crystal Available in 48-pin LQFP package AU6320 USB2.0 UDMA CF Card Reader Controller , USB2.0 UDMA CF Card Reader Controller V1.00W 3. Pin Assignment AU6320 is available in 48-pin LQFP , GPON6 AU6320 USB2.0 UDMA CF Card Reader Controller V1.00W 3 Table 3.1 AU6320 Pin Descriptions , for UTMI Ground Power AU6320 USB2.0 UDMA CF Card Reader Controller V1.00W Pin # Pin Name , :Detected; "1":Undetected) AU6320 USB2.0 UDMA CF Card Reader Controller V1.00W 5 4. System Alcor Micro
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china DVD player card circuit diagram 8051 mp3 player circuit diagram Alcor Micro DVD usb player circuit diagram Alcor usb dvd player circuit diagram
Abstract: Multiword DMA (from MDMA-0 to MDMA-2) ­ up to 16.7 MBytes/sec Ultra DMA (from UDMA-0 to UDMA-2) ­ up to 33 , BestComm MDMA-2 16.7 core BestComm UDMA-0 16.7 core BestComm UDMA-1 25 , capable of UDMA-4 66 MBytes/sec mode. The programming model is the same as for UDMA-2. The impact of all , to avoid problems with noise and inductance although 40-pin cable is sufficient for modes up to UDMA-2 , /sec, for UDMA-2.) Compare this with the maximum theoretical throughput in Table 6. Table 6. ATA Freescale Semiconductor
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AN3223 MPC5200 MPC5200B 0x3a14 e3001 DD12 DD11 CS11
Abstract: Reference Design Notes (this document) UDMA White Paper Driver INF and .SYS files Operating Instructions , . This information includes the max PIO or UDMA speed supported and the serial number of the drive. If the device supports PIO-3, PIO-4 or UDMA, this routine will program the drive to run at the new , ] data TransferLen > 0 Yes Transfer data via PIO or UDMA [Read/WritePIO16 Read/WriteUDMA , functionality has been tested with both Phoenix and AMI BIOS. PIO-3 PIO-4 Multi-word DMA UDMA/33 UDMA/66 Cypress Semiconductor
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CY4611B CY3684 cyconsole fx2lp 0x1f6 8051 instruction set fx2 0X118 0X119 0X11A 0X11B 0X100
Abstract: flash onboard, 1x IDE 1x IDE 1x EIDE (UDMA-33) 1x EIDE (UDMA-33) 1x EIDE (UDMA-33) 1x EIDE (UDMA-33) 1x EIDE (UDMA-33) 1x EIDE (UDMA-33) 1x EIDE (UDMA-33) Graphic controller -
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MOPS/520 M1531 M1543C s3 via Twister mopslcd6 ALI m1543c lynxem PC/104 MOPS/386A MOPS/686 386SX SC520
Abstract: ) UDMA0 14.7 4.8 72.9 9.0 UDMA1 9.7 4.8 50.9 9.0 UDMA2 6.8 4.8 33.9 9.0 UDMA3 6.8 4.8 22.6 9.0 UDMA4 4.8 , being configured in TrueIDE mode with UDMA-6 supported. Advanced Wear-Leveling for Greater Flash , Memory Card (No Moving Parts) Capacity: 4GB - 32GB ATA-7 Compatible ATA Transfer modes: UDMA 0-6, MWDMA , UDMA protocol active) STOP (All Modes: UDMA protocol active) -IORD (True IDE Mode except UDMA protocol active) -HDMARDY (All Modes: UDMA protocol DMA Read) HSTROBE (All Modes: UDMA protocol DMA Write) INTRQ STEC
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ata standards ssd controller 90MB/
Abstract: UDMA modes 0-4 SiliconDrive EP technology is engineered exclusively for the high performance, high , 6: Initiating a UDMA Data-In Burst. 17 Figure 7: Sustained UDMA Data-In Burst . 18 Figure 8: Host Pausing a UDMA Data-In Burst. 18 Figure 9: Device Terminating a UDMA Data-In Burst SiliconSystems
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MIL-STD-810F 500.4 4210D-03DSR
Abstract: Ultra-DMA (UDMA) Mode 0 to Mode 4 with maximum UDMA Mode 4 performance up to 66 Mbytes/sec. · Supports , , self-clearing 0 ­ UDMA datapath will be through CPU 1 ­ UDMA datapath will be through USB WRITE_DMA_START , UDMA mode Tcyc 3:0 R/W 1000 Cycle time for UDMA mode N/A PIO Timing Parameters , programmable. The IDE Host Controller ensures that T4 is always equal to or greater than 30 ns. UDMA Timing Parameters Figure 3 illustrates the sustained UDMA data in burst. Figure 3: Sustained UDMA Data In Burst QuickLogic
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PXA320 2.5" ide dvd drive ide controller
Abstract: Mobile Storage Zoom Family â'' CF/SSD Controllers SM2232 Key Features UDMA Compact Flash/ PATA SSD 2-Channel Controller  Overview Host Interface Features - Compliant with CFA Specification v4.1 - Supports IDE PIO modes 0~6 and UDMA modes 0~6 The SM2232 incorporates , controller. The SM2232 is CFA 4.1 compliant that supports UDMA transfer on True-IDE and PCMCIA modes. - Supports PCMCIA UDMA modes 0~6 - Supports SMART command set and ATA security command set  NAND Silicon Motion
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sm223 55MB/ 50MB/ 35MB/ SM223/SM2231
Abstract: signal functions as STOP and is asserted when the host wants to terminate a running UDMA transfer , bus: Ultra DMA mode (UDMA) and Multiword DMA mode (MDMA). Selection is made using the ATA host , registers - This set contains the registers that hold the timing values for PIO, MDMA, and UDMA modes. The , tD ­ TIME_K - tk - UDMA timing registers ­ TIME_ACK - tACK ­ TIME_ENV - tENV ­ TIME_RPX - , register (for PIO­3 and above) 3. MDMA/UDMA initialization - Set either MDMA or UDMA timing registers Freescale Semiconductor
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AN3513 range of vuint16 TCD14
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