限幅放大器

基于CMOS工艺高速光纤通信系统的限幅放大器

A Limiting Amplifier in High Speed Optical-fiber Communication Based on CMOS Technology

10Gbit/sCMOS高增益限幅放大器设计

Design of a 10 Gbit / s CMOS High Gain Limiting Amplifier

用于蓝牙接收通道的CMOS限幅放大器和功率指示计

A CMOS Limiting Amplifier and Received Signal Strength Indicator for Bluetooth Receiver

基于标准CMOS工艺的一款宽带限幅放大器芯片设计

A Wideband Limiting Amplifier design of Basing on CMOS Technics

一种5.5GHz30-dB低成本CMOS宽带限幅放大器

A Low Cost 5.5-GHz 30-dB CMOS Broadband Limiting Amplifier

文章介绍了一种采用0.18μMCMOS工艺设计，多级级联、差分结构宽带限幅放大器的设计方法。

A0.18 μ m CMOS , multistage cascaded , differential broadband limiting amplifier was proposed .

本课题采用微波晶体管的饱和输出特性设计了X波段限幅放大器。

A X band microwave limiting amplifier is realized according to the theories of the output power saturation characteristics of HEMT .

低功耗CMOS限幅放大器设计

A low-power CMOS limiting amplifier design

集成CMOS限幅放大器的研究

Study of integrated CMOS limiting amplifier

本文在0.18μMCMOS工艺上设计了一种用于10Gb/s传输速率的限幅放大器。

A limiting amplifier in 0.18 μ m CMOS technology for 10Gb / s application is described .

利用0.18μMCMOS工艺设计了应用于光接收机中的10Gb/s限幅放大器。

A 10Gb / s limiting amplifier for fiber-optic transmission system is realized in a 0.18 μ m CMOS technology .

一种用于光纤传输系统的10Gbit/sSiGeHBT限幅放大器设计

Design of the 10 Gbit / s Limiting Amplifier Using SiGe HBT Technology for Fiber-Optic Transmission System

该放大器采用了改进的CherryHooper结构以获得高的增益带宽积，从而保证限幅放大器在10Gb/s以及更高的速率上工作。

A modified Cherry_ - Hooper architecture is employed to achieve a higher gain-bandwidth product .

1.25Gb/s低功耗CMOS光接收机限幅放大器

1.25 Gb / s Low Power CMOS Limiting Amplifier for Optical Receiver

介绍了一个应用于蓝牙系统的2MHzCMOS限幅放大器/接收功率指示计。

A 2-MHz CMOS limiting amplifier and received signal strength indicator ( RSSI ) for bluetooth system is presented .

2～18GHz微波宽带限幅放大器

2 ~ 18GHz Broad-Band Microwave Limiting Amplifier

2.5Gb/s限幅放大器设计

2.5Gb/s Limiting Amplifier Design

限幅放大器采用了改进型Cherry-Hooper放大单元。

Modified Cherry-Hooper amplifiers are used to construct the limiting amplifier .

以12信道并行垂直腔面激光器（VCSEL）光发射及接收模块为例，讨论发射模块中12通道并行VCSEL阵列驱动电路及接收模块中前置放大器和限幅放大器集成电路的实现。

As an example , the realization of 12 channel vertical cavity surface emitting lasers ( VCSEL ) transmitter driver , preamplifier and main amplifier are discussed .

该电路由前置放大器和作为主放大器的限幅放大器构成，其中前置放大器采用RGC形式的互阻放大器实现，限幅放大器采用改进的Cherry&Hooper结构。

The RGC ( regulated cascade ) techniques are applied in the transimpedance amplifier and a modified Cherry-Hooper architecture is employed in limiting amplifier .

限幅放大器选用多级级连的全差分结构，有效抑制共模噪声，并且在不增加芯片额外功耗和面积的前提下采用fT倍频器和插入源极跟随器有效地拓展了带宽。

A multistage cascaded , differential broadband limiting amplifier effectively restrains common-mode noise . Without increasing extra power consumption and layout area , the limiting amplifier with frequency multiplier and source followers effectively expands the bandwidth .

研制了一种CMOS低压低功耗中频接收机芯片，它包含混频器、限幅放大器、解调器以及场强指示、消音控制等模块，可用于短距离的FM/FSK信号的接收和解调。

This paper describes a CMOS low voltage low power monolithic IF receiver , which includes the modules of mixer , limiting amplifier , demodulator , RSSI , mute control and data shaping etc. It can be used as a short distance FM / FSK signal receiver and demodulator .

本文中的主放大器采用了限幅放大器的形式，其宽带放大单元使用了经过改进的Cherry-Hooper结构以获得足够的增益带宽积。

The limiting amplifier is adopted as the main amplifier . The broadband units of limiting amplifier are implemented in improved Cherry-Hooper structure , which can acquire high gain-bandwidth product .

一种新型交流耦合突发模式限幅放大器的设计

Design of a novel AC coupled burst mode limited amplifier

限幅放大器采用有源负载基本放大单元。

Active loads amplifiers cell are used to construct the limiting amplifier .

具有可预置信号检测功能的限幅放大器的产品设计

Design of Limiting Amplifier with presettable Signal - Level Detector

限幅放大器采用共源级差分结构作为放大单元。

A differential common source amplifier is used as the basic amplifier .

本文主要研究、分析了微波限幅放大器的基本理论和设计方法。

This dissertation mainly described the theory and design methods of limiting amplifier .

一种用于千兆以太网的高增益、宽带限幅放大器

A High-gain and Wide-bandwidth Limiting Amplifier for Gigabit Ethernet

10GB/s光接收机前端限幅放大器设计

Design of the Limiting Amplifier in 10Gb / s Optical Receiver 's Front End