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rtl
相关语句
  rtl级
    The design of system of RTL Level is discripted by verilog HDL in the top-down way.
    在设计过程中,用高级硬件描述语言verilog HDL 进行RTL 级描述。
短句来源
    So an aim is achieved that the Boolean value of cell test in MTU may control microprogram branch. At last, the VHDL description of RTL level of MTU has been synthesized and simulated successfully in MENTOR GRAPHICS of EDA tools and its results of simulation prove MTU valid.
    多任务管理单元 MTU的 RTL级 VHDL描述经 EDA工具 MENTOR GRAPHICS的综合与仿真验证了多任务管理单元 RTL级 VHDL描述的正确性与有效性。
短句来源
    The RTL simulation is fulfilled and design is fitted into EPM9400LC84-15(a kind of CPLD products that made e2v). The hardware of driving schedule generator is also finished.
    针对ALTERA公司的EPM9400LC84-15对设计进行了RTL级仿真及配置,完成了时序发生器的硬件电路.
短句来源
  “rtl 8019”译为未确定词的双语例句
    The signed divider, which is the crucial part of the quantizer, is implemented using an IP core that adopts RTL Verilog HDL to design.
    量化器的核心功能单元有符号除法器采用编写可综合Verilog 代码设计参数可调IP 软核的方法实现。
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Multitask management unit (MTU) is a test unit which implements multitask management in a protected mode in microprocessors, and provides hardware support for tasks switch in microprocessor level. Firstly, a scheme for MTU is established, based on the scheme tasks switch algorithm given to switch tasks. Secondly, by analyzing the data structure and definition for multitask management, a kind of cell group architecture for MTU is put forward. The architecture consists of cells, each of which processes a kind...

Multitask management unit (MTU) is a test unit which implements multitask management in a protected mode in microprocessors, and provides hardware support for tasks switch in microprocessor level. Firstly, a scheme for MTU is established, based on the scheme tasks switch algorithm given to switch tasks. Secondly, by analyzing the data structure and definition for multitask management, a kind of cell group architecture for MTU is put forward. The architecture consists of cells, each of which processes a kind of test and outputs Boolean value to microprogram controller. So an aim is achieved that the Boolean value of cell test in MTU may control microprogram branch. At last, the VHDL description of RTL level of MTU has been synthesized and simulated successfully in MENTOR GRAPHICS of EDA tools and its results of simulation prove MTU valid.

确立了多任务管理单元 MTU的设计方案 ,探讨了多任务管理的定义、数据结构 ,给出了微处理器多任务切换算法 ,提出了多任务管理单元 MTU细胞群结构。细胞群结构由细胞组成 ,每个细胞可进行一种测试并输出测试的布尔值给微程序控制器来控制微程序的转移。多任务管理单元 MTU的 RTL级 VHDL描述经 EDA工具 MENTOR GRAPHICS的综合与仿真验证了多任务管理单元 RTL级 VHDL描述的正确性与有效性。

Driving schedules of CCD47-20 Backthinned NIMO produced by e2v have been examined.The driving schedule generator with frame frequency and exposure time and its hardware have been designed for space array CCD camera.Complex programmable logic device(CPLD) is chosen as the hardware design platform.Driving schedule generator is described with VHDL.The RTL simulation is fulfilled and design is fitted into EPM9400LC84-15(a kind of CPLD products that made e2v).The hardware of driving schedule generator is also...

Driving schedules of CCD47-20 Backthinned NIMO produced by e2v have been examined.The driving schedule generator with frame frequency and exposure time and its hardware have been designed for space array CCD camera.Complex programmable logic device(CPLD) is chosen as the hardware design platform.Driving schedule generator is described with VHDL.The RTL simulation is fulfilled and design is fitted into EPM9400LC84-15(a kind of CPLD products that made e2v).The hardware of driving schedule generator is also finished.The experiments show that designed generator is suitable for the driving of space array CCD camera,furthermore frame frequency and exposure time of camera could be adjusted according to different applications.

在分析e2v公司的CCD47-20 Backthinned NIMO型CCD器件驱动时序关系的基础上,设计了可调帧频和曝光时间的空间面阵CCD相机驱动时序发生器及其硬件电路.选用可编程逻辑器件作为硬件设计载体,使用VHDL语言对驱动时序发生器进行了硬件描述.针对ALTERA公司的EPM9400LC84-15对设计进行了RTL级仿真及配置,完成了时序发生器的硬件电路.硬件实验结果表明,所研制的驱动时序发生器不仅可以满足空间CCD相机的驱动要求,而且还可以调节帧频和曝光时间.

>=In this paper, we introduce a measuring system for intensity distribution of aerial flash lamp. In order to measure the intensity space distribution of aerial flash lamp, we place a series of photoelectric detectors on X and Y two directions around the lamp. Using single chip microcontroller C8051F020 as central process unit, the system can acquire and process data of luminosity in multi-channel. So we achieve to measure the space distribution characteristic and the time distribution characteristic of intensity....

>=In this paper, we introduce a measuring system for intensity distribution of aerial flash lamp. In order to measure the intensity space distribution of aerial flash lamp, we place a series of photoelectric detectors on X and Y two directions around the lamp. Using single chip microcontroller C8051F020 as central process unit, the system can acquire and process data of luminosity in multi-channel. So we achieve to measure the space distribution characteristic and the time distribution characteristic of intensity. It can communicate with PC via an Ethernet Controller RTL80I9. Furthermore, we use an oversample technique to improve the system's measure precision.

本文介绍了一种航空闪光灯光强分布测量系统,该系统通过在xy二维方向上放置多个光电探测器以测量航空警示灯的光强空间分布特性。本系统以C8051F020单片机作为中央处理单元,对光度量进行多通道并行数据采集和处理,实现了光度量空间分布特性和时间分布特性的测量;使用网卡芯片RTL8019作为单片机与PC的通信接口设备,实现了该测量装置和PC的双向通信;通过在单片机程序中采用过采样技术,提高了系统的测量精度。

 
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