采样系统

• The old smart instrument usually exchange data with pc by isa or pci interface slots ( internal cards )
  此类仪器的传统结构模式一般是通过isa或pci接口(内置插卡)实现pc机与采样系统的数据交换。
• Based on the theoretical researchment ， this thesis realizes the adc sampling system in the direction - measurement if receiver
  论研究的基础上，结合测向中频数字信号处理平台项目实现了adc采样系统的应用。
• It is of great theoretical and practical significance for practical control systems , especially for high speed sampled systems
  对实际控制系统，尤其是对高速采样系统来说具有十分重要的理论意义和实际意义。
• The most prominent characters of our system are , ultra - high frequency , ultra - high speed of circuit and the very complex configuration of logic circuit
  100gs / s的等价采样系统的特点是电路频率高、速度快、时序要求严格。
• So the frequency response can be obtained via the classical sampled - data theory , and the l2 - induced norm of the system can be obtained as well
  采用经典的采样系统理论，既可以得到频率响应，又可以求得采样系统的l2诱导范数。
• I improve on the pci interface system . it now can transfer sampling data into computer via dma by cooperating with 100gs / s equivalent - time sampling system
  改进了pci接口系统，使其可以与100gs / s等价采样系统互相配合，完成采样数据读出。
• I do following works in this thesis paper : 1 . i finish the design and simulation of 100gs / s equivalent - time sampling system using orcad capture and pspice
  完成了100gs / s等价采样系统的设计，并用orcadpspice对所设计系统进行了电路时域、频域的功能仿真。
• It is pointed out that the lifting technique is not suitable for h ( subscript ) synthesis with weighting functions of sampled - data systems
  摘要提升技术已成为采样系统设计的主要工具，但提升变换不能保证频率响应不变，故不适用于加权（函数） h (下标)设计。
• This dissertation is about the h _ design for sampled - data control systems . problems from the design by using the popular lifting technique are discussed andanalyzed , and new methods for the h _ design of sampled - data systems areproposed
  本论文研究采样控制系统的h _设计。分析了近年来流行的提升法在设计中的问题,提出了适用于采样系统h _设计的新方法。