時鐘寄存器 的英文怎麼說

中文拼音 [shízhōngjìcúnqì]
時鐘寄存器 英文
clock register
  • 時 : shí］Ⅰ名1 （比較長的一段時間）time; times; days:當時at that time; in those days; 古時 ancient tim...
  • 鐘 : Ⅰ名詞1 （用銅或鐵製成的響器） bell 2 （計時器） clock 3 （指鐘點、時間） time 4 （沒有把兒的杯子...
  • 存 : 動詞1 （存在; 生存） exist; live; survive 2 （儲存; 保存） store; keep 3 （蓄積; 聚集） accumulat...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 時鐘 : [電學] [半] clock時鐘計數器 [自動化] clock counter
  1. To eliminate the bootless power dissipation of the redundant transition of the clock, a design method named det ( double - edge - triggered ) shift register is proposed

    摘要從消除時鐘信號冗餘跳變而致的無效功耗的要求出發，提出雙邊沿移位寄存器的設計思想。
  2. Then, we propose a design method named det ( double - edge - triggered ) shift register to eliminate the bootless power dissipation of the redundant transition of the clock

    接著，從消除時鐘信號冗餘跳變而致的無效功耗的要求出發，提出雙邊沿移位寄存器的設計思想。
  3. The third, the whole circuit of digital cmos image sensor is presented. the circuits of pixel array, clock signal generator and sam have been improved on the base of simulation

    再次，我們對整個cmos數字圖像傳感器進行了電路設計，主要包括：時鐘信號發生器，順序移位寄存器和像素陣列。
  4. Focusing on a 64 - bit high - performance general purpose microprocessor with fully independent intellectual property, the thesis investigates a 128 - word 65 - bit general register file with 12 - read and 8 - write ports which is a representational one for its large - scale and multi - port characteristics in that microprocessor, and realizes its full custom design with high speed in read and write access. from the layout simulation result, under the 0. 18um process, the upper limit working frequency for the register file is 900mhz

    本文面向一款具有完全自主知識產權的64位高性能通用處理器，對其中具有代表性的128字65位12讀埠和8寫埠的通用寄存器文件進行研究，實現了它的高速讀寫全定製設計，版圖模擬結果表明，在0 . 18um工藝下，設計可以工作的時鐘頻率上限為900mhz 。
  5. Within this scope, users can get almost any frequency clock by configuring the register, as the tune - process is nearly continual ( in fact there are many discrete frequency points ). the main circuit of the clock generator is a cppll ( charge pump pll ) designed in a method

    該時鐘發生器可以向系統提供頻率范圍是93 . 75k - 180mhz的時鐘信號，用戶可以通過配置寄存器的方法使時鐘發生器輸出自己需要的頻率，而且這一調頻過程幾乎是連續的（實際上是眾多離散點構成的線性近似） 。
  6. If the chip remains sending state, it will take the data spread spectrum and modu - late, then sent forth by ad9768. the chip can be controlled throug h writing data in the interior 87 registers. secondly, this paper designed control system of twice civil air defense alarm system. because the scm " s port number was limited and port driving power is feebleness, this design realizes nixie tube ' s display drive with keyboard management chip max7219 and realizes true time display with ds1302, which can economize scm i / o port and make circuit connection simplicity

    通過對其內部87個寄存器寫入數據可對其進行控制。其次，本文對二次人防警報系統控制系統進行設計，針對單片機埠數目有限、埠驅動能力較弱等問題，使用鍵盤管理晶元max7219實現數碼管顯示驅動，用ds1302實現真時鐘顯示，節省了單片機i / o口，電路連接簡單。
  7. Qe1 achieve the whole synchronization by software and hardware. during the course of the initialization of the qe1 system, the chip pm4354 can accomplish the task of synchronization of bit, frame and multiframe after the chip initialization by the software. after pm4354 accomplishes the bit synchronization, qel will read the status registers of the pm4354 to get the status of each el circuit and choose recovered clock of the specified the el circuit as the external timing source of the whole htc - 5200an equipment

    Qe1系統在系統初始化時，通過軟體完成對硬體晶元pm4354的初始化工作后，便可利用該晶元完成4路e1的同步（位同步、幀同步和復幀同步） ；在pm4354完成時鐘提取的任務后， qe1通過不斷地訪問pm4354的狀態寄存器，獲得每路e1的狀態信息，在時鐘源的選擇原則下，選擇指定e1線路的恢復時鐘作為整個htc - 5200an節點設備的外部參考時鐘，從而解決了htc 5200an的中繼板卡由e1變為qe時所帶來的網同步時鐘源。
  8. All the 32 registers are directly connected to the arithmetic logic unit ( alu ), allowing two independent registers to be accessed in one single instruction executed in one clock cycle

    所有的寄存器都直接與算邏單元（ alu ）相連接，使得一條指令可以在一個時鐘周期內同時訪問兩個獨立的寄存器。
  9. A design method based on the decomposition and multiplexing technique of complex instruction, combined the decoding arithmetic of instruction and a step counter together, sub - step realization method of multiclocks is proposed. the similarities and differences of architecture between fsm and multi - ? ocks are discussed from two aspects, timing and state space

    提出了執行周期復用的指令分解、指令寄存器與步長計數器聯合譯碼，以及多時鐘同步的控制流設計方法；進而從時間和狀態空間兩個角度深入討論了控制流設計中狀態機和多時鐘兩種常見體系結構的異同。
  10. Analyzing every part ’ s function and characteristic, i improve overflow control unit ’ s design technique to suit fpga design and traditional register exchange survivor managing algorithm. the system use input clock as system clock and use parallel structure in system to provide flexible speed

    採用適合fpga特點的溢出控制設計方法;改進傳統的寄存器交換法re （ registerexchange ）的倖存路徑管理設計方法;全系統採用輸入數據的同步時鐘作為系統時鐘，系統內部採用全并行的方式，以提供靈活的速度。
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