cascode

Realization of low voltage and low power cascode band-gap reference voltage source

一种低压低功耗共源共栅带隙基准电压源的实现

An optimal design method of Cascode LNA is presented in detail .

文章详细分析了共源共栅级联型低噪声放大器的优化设计方法。

A Low Voltage Bulk - driven CMOS Cascode Current Mirror

一种低压CMOS衬底驱动共源共栅电流镜

Realization of Low Voltage Cascode Bandgap Reference with Soft Startup

一种带软启动电路的带隙基准电压源的实现

Improvement of Transmit Data Bit Rate and Characteristic of Optical Modulator Driver Circuit by Cascode HBT

用新的电路形式提高HBT光调制器驱动电路的传输速率及性能

The low voltage cascode current mirror load ensures high gain and power supply rejection ratio under low power supply .

低压共源共栅电流镜负载保证放大器在低电源电压下仍具有高增益和高电源抑制比。

An Cascode S ~ 2I Memory Cell and Its Performance

共源-共栅组态S~2I电流存储单元及其性能

A type of low voltage cascode bandgap reference circuits with soft startup is presented in this paper .

文章提出了一种带软启动电路的带隙基准电压源电路，设计基于0.5！

The amplifier employs cascode structure , and spiral inductors on chip .

放大器采用共源共栅结构，芯片内部埋置了螺旋电感。

Design of Low-Voltage and High Unity-Gain Bandwidth CMOS Folded Cascode Operational Amplifier

低电压高增益带宽CMOS折叠式共源共栅运算放大器设计

The reason why the transmit data bit rate of the cascode HBT circuit rises is analyzed .

文中分析了新的电路结构提高传输速率的原因并给出了模拟结果。

Cascode current sources and differential switches with the proposed new deglitching circuit are designed to improve dynamic performance .

设计带平滑电路的电流源与差分开关电路，以提高动态性能。

Power efficiency is optimized by size scaling down scheme using low power single stage cascode amplifier with a gain boosted structure .

采用了低功耗的增益自举单级折叠级联运放，器件尺寸逐级减小进一步优化功耗。

The Optimization Design of Folded Cascode CMOS LNA

折叠式共源共栅CMOSLNA的优化设计

For improving the power rejection , it adopts the low voltage cascode mirror structure , and designs the operation amplifier .

为了提高电压抑制性，采用了低压共源共栅的电流镜结构，并且在基准内部设计了一个运算放大器，合理的运放设计更进一步的提高了电源抑制性；

Regulated telescopic Cascode OP-AMP can get high DC-gain and large output impedance without more devices .

调节型共源共栅运算放大器可在不增加更多的级联器件的情况下就可以获得很高的增益及很大的输出阻抗；

A folded cascode structure is introduced in this paper . It can works in very low voltage , and it has highly performance .

因此本文采用了折叠共源共栅结构，可以在很低的电压下正常工作，并拥有较好的性能。

The efficiency of the cascode power amplifier can be boosted by use of cascode-inductance .

利用共源共栅电感可以提高共源共栅结构功率放大器的效率。

A low voltage bulk-driving PMOS cascode current mirror

一种基于衬底驱动PMOS晶体管的低压共源共栅电流镜

A fully-differential folded cascode op-amp is successfully integrated into audio power amplifier for mobile phones .

文章成功地将一种全差分折叠式共源共栅运算放大器结构应用于移动电话音频功率放大芯片的设计中。

For the demand of output swing , the bias is provided by high-swing cascode current mirrors .

为了获得高输出摆幅，设计低压共源共栅电流镜为运放提供偏置。

Some basic circuits with single and dual rail structure used to realize all clocked signals are designed , whose cascode types are also presented .

设计了实现全部钟控信号的基本单元电路，这些电路包括单轨和双轨结构，并给出了它们的多种级联方式。

Design of a Self-biased Complementary Folded Cascode Amplifier

一个自偏压互补折叠式共源共栅放大器的设计

The input dynamic range of the amplifier was improved by using FETs in the input stage , good frequency behaviour was achieved by cascode amplifying .

采用场效应管作输入级来提高放大器的输入动态范围，共射-共基的放大形式使中间级具有好的频率特性，还设计了输出级的大电流保护电路。

Based on the Volterra series , expressions describing the third-order intermodulation distortion in CMOS cascode LNAs are derived .

基于伏特拉级数，本文推导出了描述CMOScascode结构低噪声放大器三阶互调指标的方程。

A high-gain large-bandwidth low-power gain-boost telescopic cascode amplifier is designed .

并设计了一种高增益、大带宽、低功耗的增益自举套筒式共源共栅（telescopiccascode）运算放大器。

In this paper , the traditional cascode structure of CMOS LNA is considered as a two-stage amplifier and inter-stage matching network is introduced accordingly .

本文也对CMOS低噪声放大器进行了分析，将传统共源共栅结构看作二级放大器级联形式，并由此引入级间匹配网络。

The circuit employs a common source device , which has a gate length of 0.8 μ m cascode connected to a 1 μ m common gate device .

该器件包括栅长为0.8μm共源器件与栅长为1μm的共栅器件。

A cascode operational transconductance amplifier ( OTA ) is designed , which was integrated into an ultra-low power LDO regulator chip .

设计了一个共源共栅运算跨导放大器，并成功地将其应用在一款超低功耗LDO线性稳压器芯片中。

The paper designs a cmos fully-differential operational amplifier of high-speed and high-resolving ADC , with gain-boosted telescopic cascode to get high unity gain bandwidth .

设计了用于高速高分辨率ADC的CMOS全差分运算放大器，采用套筒式级联增益自举电路，达到高增益带宽且低功耗。