In addition, an on-chip DMA controller (DMAC) and data transfer controller (DTC) are provided, enabling high-speed data transfer without CPU intervention.
另外，还提供了内置dma控制器(DMAC)和数据传送控制器(DTC)，可实现无cpu干预的高速数据传送。
The transfer object is a transient hash used to move data back and forth between controller and view.
传输对象是一个短暂的hash，用于在控制器与视图之间来回移动数据。
To transfer instrument commands and data on the bus, the Controller addresses one Talker and one or more Listeners.
为了在总线上传输仪器命令和数据，控制器给一个呼叫口和一个或几个响应口分配地址。
VMEbus Controller, which has the complete data transfer capability, is the key device of the VMEbus system.
VME总线控制器是VME总线系统的关键设备，具有完整的VME总线数据传输能力。
The speed of data transfer between SCSI devices is upto 160MB/s implemented by the setting of registers in the SCSI controller and the intercourse of expended SCSI protocol messages.
通过对SCSI控制器相关寄存器的设置和SCSI协议扩展消息的交互，实现了主机存储通道的数据传输速度达到160MB/s。
The SBCP controller is utilized on the system detection and data transfer.
选用SBCP控制器进行系统检测和数据传输。
The complex control has communication function, which can transfer data with remote controller.
该复杂控制器具有通信功能，可以和远程监控端传送数据。
Processing AD transfer, data have been processed by the Programmable Logic controller, it obtains control signal of Temperature, it has flexibility and reliability of control.
通过AD变换，由可编程序控制器进行数据处理，获得温度控制信号，使控制灵活、可靠。
The real-time problem of the data transfer was solved and especially for the lower PRI information when the utility of controller area network (CAN) fieldbus was high.
解决CAN现场总线在网络带宽利用率高时，数据传输的实时性问题，尤其是保证了低优先级信息的实时性；
The ECC controller transmits the data to a direct memory access (DMA) buffer for transfer to the host device, and to an ECC block for error detection and correction of the data.
ECC控制器将数据发送给用于将数 据传送到主机装置的直接存储器存取（DMA）缓冲器以及用于对数据进行错误检测和纠错的ECC块。
The controller module includes the solid state software, which supports the data transfer protocol for the handset.
所述控制器模块包括固化软件，该固化软件支持手机的数据传输协议。
The hardware design using AT89S51 micro-controller and PDIUSBD12 and TLC2543 chips to achieve USB data transfer is carried out. And the firmware program design is introduced in detail too.
介绍了AT 89s51和PDIUSBD12固件的特点，以及采用AT 89s51单片机结合PD IUSBD12和TLC2543芯片实现USB数据传输的硬件设计，对固件编程的具体实现给出了详细说明。
The hardware design using AT89S51 micro-controller and PDIUSBD12 and TLC2543 chips to achieve USB data transfer is carried out. And the firmware program design is introduced in detail too.
介绍了AT 89s51和PDIUSBD12固件的特点，以及采用AT 89s51单片机结合PD IUSBD12和TLC2543芯片实现USB数据传输的硬件设计，对固件编程的具体实现给出了详细说明。
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