simulation clock 中文意思是什麼

simulation clock 解釋
模擬時鐘
  • simulation : n. 假裝；模擬；裝病，裝瘋；【生物學】擬態，擬色。
  • clock : n 1 鐘；掛鐘，座鐘，上下班計時計。2 〈俚語〉記秒錶，卡馬表；〈美俚〉〈pl 〉駕駛儀表，速度表，里程...
  1. The three - order modulator has a 2 - 1 cascaded structure and 1 - bit quantizer at the end of each stage, the modulator is implemented with fully differential switched - capacitor circuits. and then, the discussion will begin by exploring the design of various circuit blocks in the modulator in more detail, i. e., ota, switched - capacitor integrator, quantizer, two - phase non - overlapping clock signal, etc., at the same time, these circuits will be simulated in spectre and hspice. at last, the whole cascaded modulator will do behavioral level simulation by matlab soft and simulink toolbox

    本論文中，首先介紹模數轉換器的各種參數的意義，以及一階sigma - delta調制器和高階sigma - delta調制器的原理;給出解決高階單環sigma - delta調制器不穩定性的方案，引入級聯結構調制器，特別針對級聯結構調制器中的失配和開關電容積分器的非理想特性進行詳細的討論;本設計的sigma - delta調制器採用2 - 1級聯結構和一位量化器，調制器採用全差分開關電容電路實現;同時對整個調制器的各個模塊進行了電路設計，包括跨導放大器、開關電容積分器、量化器、兩相非交疊時鐘等，並利用hspice和spectre模擬工具對這些電路進行模擬測試;最後，利用matlab軟體和simulink工具對整個級聯調制器進行行為級模擬。
  2. The clock recovery system is fabricated in tsmc 0. 25um cmos process. simulation in smartspice shows that the circuit as expected

    設計中採用tsmc0 . 25umcmos工藝，用smartspice進行設計模擬和優化。
  3. In the last part of this paper, simulation is given to show the performances of the clock recovery methods. the results prove the good jitter performances of the methods

    從模擬結果可以看出，同步時鐘統計恢復法具有很好的抖動性能，可以作為gpon系統tdm接入的一種高效時鐘恢復方案。
  4. Cryptogrammic chip introduced in this paper has been tested on the altera ' s apex20ke fpga. the main clock frequency reached 40mhz. the chip includes 30, 000 les. in order to utilize esb resource in altera ' s chip, we adopted embedded rom and ram and can realize the function of whole system with only one chip. lt is the embodiment of methodology and notion of sopc ( system on a programmable chip ). the simulation of this cryptogrammic chip proves the correctness of function of the chip, which shows that the important ideology based reconfigurable architecture has special significance in designing of cryptogrammic chip

    本文所闡述的密碼晶元在altera公司的apex20kefpga上進行了測試。工作頻率達到了40mhz ，佔用了3萬個le . ，利用altera器件的esb資源，採用內置ram和內置rom設計方法，用一片晶元即可實現整個系統的功能，充分體現了sopc的設計方法和理念，對晶元的模擬和測試均證明晶元功能正確，表明基於可重組體系結構這一重要思想在密碼晶元設計中具有特殊的意義。該晶元的設計遵循hdl設計方法學的一般方法。
  5. 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。
  6. Combined with the orcad pspice software, it also simulates the clock pulse circuits and relay circuits on the motherboard. the simulation results can satisfy the requirement of the circuit design

    並對母板上的時鐘脈沖電路、繼電器電路應用orcadpspice進行了模擬模擬，模擬結果符合電路設計要求。
  7. It had also used vhdl language to carry through the timing simulation about hvct and digital clock. the simulation had the same result to the theory. it had established stability foundation to the future chip simulation

    並以實際應用為例，用其對高壓電流互感器和數字鐘進行了時序模擬，模擬結果與理論一致，為進一步的晶元模擬奠定了堅實的基礎。
  8. 3. with time series simulation software, the cpu ’ s i / o ports simulate i2c bus and exchange data with clock chips, temperature humidity sensors, memory chips and other devices

    3 、採用軟體模擬時序使cpu的i / o口模擬i2c總線，實現了單片機與時鐘晶元、溫濕度傳感器、存儲晶元等器件的數據交換。
  9. Using an 8 - depth async fifo solves the synchronization and exchange of data be - tween different clock domains. the data transaction protocol comes from the most basic work way of uart. when the master clock is 16. 7mhz, the pcm side and adpcm side clocks both are 2. 38mhz, the results of simulation show that the latency from the start - bit of pcm data inputting uart receiver to the stop - bit of adpcm data outputted uart transmitter is 14. 3 us and the latency from the start - bit of adpcm data inputting uart receiver to the stop - bit of pcm data outputted uart transmitter is 14. 7 us

    在主時鐘為16 . 7mhz ， pcm數據端與adpcm數據端時鐘均為2 . 38mhz時，模擬結果表明從pcm的起始位輸入uart接收器到adpcm終止位輸出uart發送器的最大延遲為14 . 3 s ，從adpcm的起始位輸入uart的接收器到pcm終止位輸出uart發送器的最大延遲為14 . 7 s ，設計時盡可能的使編碼與解碼的時間相差不多，從結果看出基本達到這個要求。
  10. The serializer and deserializer moduls in the ftlvds chip are designed by the way of standard cell design approach. the paper emphatically discusses the tradeoff and the implementation of several clock synchronization modes and circuit structures, and makes a lot of verilog simulation and verification on the circuits designed

    串並模塊串列化器和解串列器採用標準單元的方法設計，論文討論了對幾種時鐘同步模式以及串並轉換電路結構的權衡和實現，並對所設計的電路結構進行了verilog模擬驗證。
  11. It is shown from fpga verification and computer simulation that the mcu core ' s maximum clock frequency and instruction efficiency are five times higher than those of mcs - 51 chips

    驗證結果表明，該mcu的最高時鐘頻率和指令執行效率等指標均優于mcs - 51的五倍以上。
  12. An improved high - resolution current - mode sorter is presented. its structure complexity is o ( n ), which is crucial to the expansion of its size, and its dynamic range is large. only one clock signal and one reset signal are needed. no biasing signal is required. the operation point is constructed according to the input current, so it is self - adaptive, which is very important for an all - purpose component. in average value circuit, subtraction circuit, winner - take - all ( wta ) circuit and control circuit, it has good performance even at a large input current. this sorter has high precision, high resolution and low power, as has been proved via hspice simulation. it can be implemented in the standard digital cmos technology and widely used in many fields, so it is of great value in applications

    提出了一種改進的高精度電流型排序電路.它的結構復雜性僅為o （ n ） ，便於擴展;動態范圍大;它是自適應的，工作點由輸入電流確定，故不需要偏置信號，這對作為通用器件使用的排序電路來說是很重要的.通過利用平均值電路、減法電路、 wta電路和控制電路，可以使該電路在大輸入電流下依然保持高性能. hspice模擬表明該電路具有高準確性、高精度、低功耗的特點.它能用標準數字cmos工藝來實現，可以被應用於很多領域，具有很高的應用價值
  13. With enlarging of circuits scale and speeding of clock frequency constantly, logic simulation is improving requirement constantly in tine consuming and accuracy

    隨著電路規模的不斷擴大和時鐘頻率的不斷加快，邏輯模擬對耗時和準確性的要求也不斷提高。
  14. In order to make full behavior simulation of sigma - delta modulator, the noise models have been set, taking into account most of the sigma - delta modulator ’ s non - idealities and the final result supports the noise models. last, the main circuits of modulator have been designed, such as operational amplifier, comparator and clock generator, the design principle of noise - killed logic circuit has been presented. these circuits have been simulated

    調制器的噪聲模型，考慮了影響調制器性能的一些主要非理想因素，通過模擬驗證了噪聲模型的正確性;最後，設計實現了結構中的主要電路，如運放、比較器、時鐘產生電路，闡述了噪聲抵消邏輯電路的工作原理，利用hspice和cadencespectre對各電路進行了模擬，驗證其功能。
  15. Calculation for the data from simulation shows that power dissipation of det shift register can be reduced evidently because of using the clock with half working frequency, in comparison with its counterpart set shift register

    對模擬所得數據的計算結果表明，與實現相同功能的單邊沿移位寄存器相比，由於工作頻率減半，雙邊沿移位寄存器的功耗有明顯降低。
  16. Calculation for the data resulted from simulation shows that power dissipation of det shift register can be reduced evidently because of using the clock with half working frequency, in comparison with its counterpart set shift register

    對模擬所得數據的計算結果表明，與實現相同功能的單邊沿移位寄存器相比，由於工作頻率減半，雙邊沿移位寄存器的功耗有明顯降低。
  17. The software can work successfully under 50mhz clock in simulation. at last this thesis gives some advices about the design of the oled ' s structure and the debugging scheme of the oled ' s driver

    綜合交流驅動和灰度移位調制輸出的設計思路，最後實現了可調脈寬灰度移位調制交流驅動晶元軟體的設計，在高達50mhz的時鐘下，模擬波形工作正常。
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