| 1. | Application and research on differential circuit of hydraulic cylinder
液压缸差动回路应用研究 |
| 2. | The coupling capacitors can couple a control signal to the corresponding internal terminal , i . e . , the output terminal of the differential circuit
耦合电容可以耦合控制个至对应的内部端点上，亦即差动电路部份的输出端上。 |
| 3. | A capacitor - coupling differential logic circuit handling the output of a differential circuit using coupling capacitors and sense amplifier
一种电容耦合差动逻辑电路，其中主要是利用耦合电容以及感测放大器的作用，来处理一差动电路部份的输。 |
| 4. | During evaluation , the differential circuit generates a voltage difference on the internal signal of the internal terminal according to the input signal and the predetermined logic operation
差动电路部份在取值时，则根据输入信号和既定逻辑运算，在内部端点的内部信号上产生一电压差。 |
| 5. | Motion controller composed of general chip series is developed and quadruple differential circuit utilizing dual monostable multivibrators with schmitt trigger inputs and dual 4 _ line to l _ line data selectors or multiplexers is put forward
本论文研制了一种用常规芯片系列组成的运动控制器，提出了采用单稳态多谐振荡器和数据选择器的四倍频辨向电路。 |
| 6. | Then we propose a kind of differential circuit implemented by the instantaneous companding technique and we analyze its principle and execute circuit ’ s simulation . and we realize a kind of wavelet function with the differential circuit
在此基础上我们提出了一种对数域微分电路,对其工作原理进行了详细的分析和电路仿真,并利用该电路实现了一种小波函数。 |
| 7. | Meanwhile , actual testing signals of pyroelectric irfpa is given . in fifth chapter , irfpa ' s noise and noise processing techniques are analyzed , and a new cmos voltage differential circuit based on current - mode technique is given
本文第五章对红外焦平面阵列中的噪声及噪声处理技术进行了理论分析，同时提出了一种用电流模技术设计的新cmos电压差分器方案。 |
