Study on parameter of Weibull stress under biaxial load

Analysis of a Shape Memory Alloy Plate with a Circular Hole Subjected to Biaxial Tension

带中心孔形状记忆合金板在双轴加载下的响应研究

Biaxial tension measurement of carbon/ carbon composite at room and elevated temperatures

碳/碳复合材料的室温和高温双轴拉伸

Research on the extension behaviour of fatigue cracks caused by a biaxial tension

双轴拉伸载荷下疲劳裂纹扩展行为的研究

Failure Surface Method for Calculating Reinforced Concrete Members Subjected to Biaxial Tension

钢筋砼双向偏心受拉构件承载力计算的破坏面法

Experimental research on mechanical behavior of concrete under biaxial tension compression after high temperature

高温后混凝土双轴拉-压力学特性试验研究

Experiment of equal biaxial tension for stress-strain relationship of rubber

橡胶等双轴拉伸实验介绍

Study on the biaxial tension test of fabric material

薄膜材料双轴拉伸试验

A method is proposed to calculate the limit strain of textured sheet in biaxial stretching.

提出了按M-K理论计算织构板料双向拉伸成型极限的方法。

Preparation and pore performance of biaxial stretching PTFE microporous membranes

双向拉伸PTFE微孔膜的制备及其孔性能

Process Technology of PVC Calendering Biaxial Stretching Film

PVC压延双向拉伸膜生产技术

Calculation of Limit strain for Textured Sheet during Biaxial Stretching

织构板料双向拉伸成型极限的计算

Study on Preparation of Biaxial Stretching Self-reinforced HDPE Sheets at Complex Stress Field

在复合外场中形成HDPE双向拉伸自增强片材

Effect of Biaxial Stretching Technology on Property of PVF Film

双向拉伸工艺对聚氟乙烯薄膜性能的影响

PET film biaxial stretching technique and development direction

PET薄膜双向拉伸技术及发展方向

Secondly, separate the system into dc biasing circuit, filter circuit, linearization technology, cooling technology, and broadband matching network. In detail describe the function, circuit structure, and design method of each module.

其次，将系统分为偏置电路、滤波电路、线性化技术、散热、以及宽带匹配网络等模块，详细叙述了每个模块的作用、电路结构和设计方法。

This OAP is constructed by three parts: a folded-cascode amplifier, a biasing circuit and a CMFB circuit.

该运算放大器主要由三个折叠式共源共栅结构的运放、一个偏置电路和一个共模反馈电路组成。

The common source circuit of the first stage adopts a self-bias circuit, and the second stage circuit adopts an adaptive biasing circuit.

电路第一级共源电路采用自偏置电路提供偏置，第二级采用自适应偏置电路提供偏置。

After select the most suitable topology structure of circuit, we simulate the biasing circuit, input and output matching circuit.

在选定合适的拓扑结构后，对放大器的静态偏置点、输入输出匹配电路进行仿真。

A constant gm biasing circuit is used to maintain a relative constant gain over process, voltage and temperature variations.

恒定跨导偏置电路的使用减小了低噪声放大器的增益随工艺、电压、温度变化的偏差。

The application of the adaptive biasing circuit improves the linearity of the circuit.

自适应偏置技术的应用改善了电路的线性度。