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Parameter Supply Voltages Positive Supply Voltage Negative Supply Voltage Logic Supply Voltage Ground Voltage Differential Input Voltages Input Common-Mode Voltage Differential Input Voltage Input Voltage, Latch Controls Output Output Current Temperature Operating Temperature, Ambient Operating Temperature, Junction Storage Temperature Range

参数电源电压正电源电压负电源电压逻辑电源电压接地电压差分输入电压的输入共模电压差动输入电压输入电压,输出电流输出锁存器控制温度工作温度,环境温度,联合贮藏温度范围

34C02M8/LM8 Pinout: Short Circuit Current Output Current Transition Time Maximum Transmission Rate 1,000 RS-422 RECEIVER Common Mode Range Differential Input Differential Input Threshold-0.2 Input Voltage Hysteresis30 Input Resistance3 TTL Output Level V V2.4 Maximum Receiving Rate1,000 Short Circuit Output Current POWER REQUIREMENTS V =+12V, 10% V =+5V, 10% V =-12V, 10% ENVIRONMENTAL Operating Temperature -CS0 -MR-55 Storage Temperature-65

34C02M8/LM8引脚说明:短路电流输出电流过渡时期的最大传输速率1000的RS - 422接收器差分输入共模范围差分输入阈值0.2输入电压Hysteresis30输入Resistance3 TTL输出等级V 2.4版本的最大接收Rate1,000短路输出电流电源要求ν= 12五,10%的V =+5 V的,10%的V =- 12V的,10%,环境工作温度- CS0 -议员- 55存储温度- 65

Points out that the switching frequency、the input inductance and the output power all have great contribution to the input-current THD. When the output power goes up, the input current harmonic content keeps almost constant, thus the THD goes down.

指出开关频率、输入电感和输出功率对输入电流THD有显著影响,发现整流器输出功率增加时,输入电流谐波含量基本不变,从而输入电流THD减小。

aining at high impedance weak signal measurement,the relations among measuring precision,input impedance and input bias current,the guard technology is applied to design a measuring circuit with guard circuit,adding a guard potential to low-impedance nodes of circuit,the effect of leakage current is reduced.using spice simulation and validates that guard circuit can increase the input impedance of the system and lower the input bias current,the results show that the guard circuit provids a valuable solution for high accuracy measurement of the high impedance weak signal.

摘 要:针对高阻抗微弱信号测量问题,对测量精度与系统输入阻抗、输入偏置电流的关系进行分析,应用保护技术设计了带保护电路的测量电路,将电路中的低阻抗节点加上保护电势,减小漏电流的影响。通过pspice仿真分析,验证保护电路能提高测量系统的输入阻抗和降低输入偏置电流,结果表明保护电路技术能实现对高阻抗微弱信号的高精度测量。

While the most important characteristics of the electrometer voltmeter operational amplifier are low input offset current and high input impedance, the most important requirement for the nanovoltmeter input preamplifier is low input noise voltage.

静电计电压表使用的运算放大器,最重要的特性是低输入偏置电流和高输入阻抗。纳伏表输入前置放大器的最重要的要求,则是低输入噪声电压。

The folklores concerning the timing of feicuis import were prevalent among the Sino-Burmese border region and have been told by both Yunnanese and Kachin people for several hundred years, their different versions were recorded in detail by both western and Chinese scholars.

本文通过回顾近半个世纪以来有关翡翠输入中国年代研究的进展情况和存在问题,阐述了借助在中缅边境地区流行的有关民间传说进行研究的必要性;在考证了西方学者对于1784年翡翠输入中国的普遍认识以及徐霞客对于滇西翡翠文化的历史记述的贡献的基础上,接着又详细考证了记录有关翡翠输入中国传说的中外文献,同时分析了这些传说所涉及的科学性问题,推论认为翡翠输入中土的时间当远在元朝以前。

INPUT DEVICES. Computer systems use many devices for input purpose. some INPUT DEVICES allow direct human/machine communication, while some first require data to be recorded on an input medium such as a magnetizable material.

输入设备计算机系统使用多种输入设备,其中有些输入设备直接进行人一机通信,另一些则首先要求把数据记录在诸如磁性材料那样的输入介质上。

In case of high input dimension system model, taking norm of input vector as the input of wavelet network instead of using tensor product method to construct wavelet network ,which could solve the problems of high computation and curse of dimensionality.

在模型结构方面,对于多维输入输出系统建模,本文放弃选用传统的标量积确定小波基函数的方法,将输入矢量的范数作为小波网络基函数的输入变量,从而避免了高维输入所带来的可用小波基数量巨大和计算复杂的缺点。

In the currently do not have to RIP imagesetter output software and be subject to any adjustment of the output film's site density value test results we can achieve business card printing and membership card making demands, which means the current RIP software and a parameter of the setter is in line with the current business card printing and membership card production requirements, are not required to be made of the relevant parameters are tuned, you can direct the output of a film that you want to test the value dot, and in the RIP software to convert "" gray-scale parameter is set to ensure that design business card printing and membership card production suites in a color swatch dot value and imagesetters actual output of the dot matches a color swatch.

在长远不有有差RIP输入软件和激光照排机举动任何调动的环境下,如果差所输入胶片的实地密度值尝试甘休能不亏到达制卡和会员卡制息的给求时,这表明长远的RIP软件与照排机的参数是相符长远制卡和会员卡制息给求的,不离不需给再差一些不关的参数举动调动了,可以间接差所输入的胶片举动网点百分比值的尝试,并在RIP软件洋举动"灰度变换"参数的撤销,以包管在安排制卡和会员卡制息版面时的各色块网点百分比值与照排机本质输入时的各色块网点百分比值分歧。

In the currently do not have to RIP imagesetter output software and be subject to any adjustment of the output film's site density value test results we can achieve business card printing requirements, which means the current imagesetter RIP software and is in line with the parameters of the current business card printing requirements, are not required to be made of the relevant parameters are tuned, you can direct the output of a film that you want to test the value dot, and in the RIP software to convert "" gray-scale parameter is set to ensure that design business card printing suites in a color swatch dot value and imagesetters actual output of the dot matches a color swatch.

在长远不有有不差RIP输入软件和激光照排机举动任何调动的环境下,如果不差所输入胶片的实不天密度值尝试甘休能不亏到达制卡的给求时,这外明长远的RIP软件与照排机的参数是相符长远制卡给求的,不离不需给再不差一些不关的参数举动调动了,可以间接不差所输入的胶片举动网不面百分比值的尝试,并在RIP软件洋举动"灰度变换"参数的撤销,以包管在安排制卡版面时的各色块网不面百分比值与照排机本质输入时的各色块网不面百分比值分歧。

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Finally, according to market conditions and market products this article paper analyzes the trends in the development of camera technology, and designs a color night vision camera.

最后根据市场情况和市面上产品的情况分析了摄像机技术的发展趋势,并设计了一款彩色夜视摄像机。

Only person height weeds and the fierce looks stone idles were there.

只有半人深的荒草和龇牙咧嘴的神像。

This dramatic range, steeper than the Himalayas, is the upturned rim of the eastern edge of Tibet, a plateau that has risen to 5 km in response to the slow but un stoppable collision of India with Asia that began about 55 million years ago and which continues unabated today.

这一引人注目的地域范围,比喜马拉雅山更加陡峭,是处于西藏东部边缘的朝上翻的边框地带。响应启始于约5500万年前的、缓慢的但却不可阻挡的印度与亚洲地壳板块碰撞,高原已上升至五千米,这种碰撞持续至今,毫无衰退。