transconductor meaning in Chinese
跨导器
跨导体
跨导线
Examples
- According to the specification and the scheme three architectures including a gmc ( transconductor capacitor ) filter , a sc ( switched capacitor ) filter and a si ( switched current ) filter are researched and implemented , simulated in 0 . 18m cmos process . the results are as expected
根据系统要求及设计方案，分别研究并得到了跨导电容、开关电容和开关电流三种滤波器结构，采用0 . 18mcmos工艺进行仿真，其结果与预期的基本符合。 - In the fifth chapter , the performance of transconductor - capacitor ( gm - c ) continuous time filter is discussed . due to process variation and parasitics , an automatic tuning is designed for center frequency and quality factor q . also , in this chapter , a two order bandpass filter with tunable is designed . the effects on filter ' s performance of the non - idealities of a cmos ota are studied and the computer simulations at the mos transistor level are carried out
第五章讨论了跨导电容连续时间滤波器的性能特点，设计了一个中心频率可调的二阶带通滤波器，为了使滤波器参数自动调整到设计标准值，从而保持其设计值的实现精度，论文给出了片内自校正(可调谐)环节。 - In the fourth chapter , a fourth - order chebyshev low - pass filter employs new low voltage , highly linear , wide inputting range transconductor is proposed , then we presents a new circuit to tune gm value of transconductor accurately , which employs a new switched - capacitor circuit to change the bias current of transconductor , a third order elliptical function low - pass filter with accurate tunable frequency has been designed using transconductor that is not only with voltage common - mode negative feedback , but also with varying bias - triode transistors which can improve the linearity of this circuit
第四章：提出了一种新的低电压、高线性度、宽输入范围跨导，并由此设计实现了四阶切比雪夫( chebyshev )低通滤波器，接着提出了一种宽输入范围且具有电压共模负反馈的全差分跨导，并采用一种新的开关电容电路实现跨导值gm精确可调，从而可以设计得到高性能具有精确截止频率的跨导-电容三阶椭圆函数滤波器。 - In the chapter 4 , the basic concept and characteristics about the current model circuit and transconductor ( gm ) are given . in order to optimize the performance of gmce , four linearization techniques and the design of consequently successful circuits are investigated and proposed . at last , the four linearization techniques are summarizes
第四章讨论了电流模式电路及跨导器的基本概念及性能特点，重点研究并给出了改善输入级传输特性的线性程度并扩大线性范围的四种方法，介绍在这方面比较成功的一些电路设计，总结了这四种方法的异同点。