芯片

Inconclusion, to hybridize at 60℃ for 18h was the best condition of the low-density cDNA microarray. The reproducibility and reliability was good. The specificity was superior to RT-PCR and the sensitivity inferior

由此可见，60℃杂交18h 为该自制低密cDNA 芯片的最佳杂交条件，该芯片的重复性与可靠性较好，与RT-PCR 技术相比，特异性很好，灵敏度略差。

Inconclusion, to hybridize at 60℃ for 18h was the best condition of the low-density c DNA microarray . The reproducibility and reliability was good. The specificity was superior to RT- PCR and the sensitivity inferior

由此可见，60℃杂交18h 为该自制低密c DNA 芯片的最佳杂交条件，该芯片的重复性与可靠性较好，与RT- PCR 技术相比，特异性很好，灵敏度略差。

The CCD chip and image intensifier were cooled to increase the sensitivity of the system.

利用光锥耦合的ICCD系统探测荧光染料标记的生物芯片，并对CCD芯片和像增强器制冷，以提高探测灵敏度。

First of all, this paper discusses the designing of minimal system about TMS320C5402 DSP device in detail. Secondly, this paper describes the communication method between TMS320C5402 and TLC320AD50C when the multichannel buffered serial port of C5402 is set up in serial port mode. Hardware configuration and software diagram are described. Thirdly, this paper introduces a designing of human-machine interface device, including hardware interface and accompanying software routine.

首先，详细介绍了基于TMS320C5402芯片的DSP实验系统的最小系统设计；其次，介绍了TMS320C5402的多通道缓冲串口与音频接口芯片(TLC320AD50C)在串口工作模式下实现串行通讯的设计，并给(来源：5cAB9fC论文网www.abclunwen.com)出相应的硬件配置、软件流程；再次，阐述了TMS320C5402的人机接口软硬件设计；最后，本文设计出了一些基本实验和有针对性的实验。

In order to overcome the shortage of conformable precision, polyamide affinity membrane modified by cibacron blue F3GA was introduced into the pretreatment unit to get rid of interferer from large molecule such as albumin in serum. The affinity membrane was combined with micro-fluidic chip by embedded and external methods and using external-combination pretreatment unit, average enrichment was 89.36 times, RSD was 4.37%.

为了提高测试的精密度，进而设计含膜复合式预处理芯片，探讨了不同预处理单元对血清样品中痕量盐酸多巴酚丁胺富集效率的影响，优化设计了外接式硅胶整体柱－亲和膜微芯片固相萃取预处理单元，复合式的反相硅胶整体柱对血清中微量盐酸多巴酚丁胺的平均富集倍数提高到89.4，RSD为4.37%。

After introducing to the inner structure and the driver timing of a interline area-CCD KAI-1010M briefly,a high speed and low cost CCD driver circuit used in digital space survey camera was designed in a new way.

介绍了行间转移面阵CCD芯片KAI-1010M的内部结构和驱动时序，采用新方法和低成本器件设计了该CCD芯片的驱动电路，把电源和电机控制的脉冲宽度调制技术引入CCD驱动电路，采用超高速运放驱动高速负压信号以减小其上升沿和下降沿时间，达到高速低成本驱动要求，解决了驱动设计中的技术难点。

The second plane contacts both of display chip and internal storage chip.

第二平面同时接触于显示芯片与内存芯片。

This unique, single-chip solution is made possible through ISD's patented multilevel storage technology.

这种独特的芯片存储方式采用多电平直接模拟量存储技术，这种技术是ISD系列芯片的专利。

Then the traits of FPGA is analyse in details .both the logical architecture and the special traits are introduced .mainly logical element is designed to looking-table .

其次，详细分析了FPGA芯片的特点，主要从其逻辑结构和特有的芯片特点两个方面展开讨论，从其逻辑结构可以用来直接设计成传统的查找表来进行详细分析。

The electronic and spraying biochip is a new biochip, it is used for analyzing pharmacologic variability by linking mass spectrograph, the micro-nozzle is key part.

生物电喷芯片是和质谱仪连用，用于药理分析的一种新型芯片，其中微喷嘴是制备的关键。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。