The three parts of unit readout IC including capacitor feedback transimpedance amplifier ( CTIA ) correlated double sampling ( CDS ) buffer output amplifier are designed .

分别对单元读出电路中的电容反馈 跨 阻放大器（CTIA）结构、双采样电路以及缓冲输出级电路进行了设计与计算机仿真。

This preamplifier employs a structure of transimpedance which has the characteristic of feedback circuit using RGC ( Regulated Cascode ) configuration as its input stage and adopting a shunt peaking technique with the purpose of achieving a broad bandwidth .

该前置放大器采用具有反馈特性的 跨 阻 放大器实现，采用了RGC（ RegulatedCasacoe）电路作为输入级，同时在电路中引入电感并联补偿的技术，以拓展前置放大器的带宽。

A kind of single power supply transimpedance preamplifier ( TIA ) for optical receiver is developed using 0.5 μ m GaAs PHEMT process .

采用0.5μmGaAsPHEMT工艺研制了一种单电源 偏置光接收机 跨 阻抗前置放大器。

Relationship between S-parameters and Trans-impedance Gain of Transimpedance Amplifiers

跨 阻放大器S参数与跨阻增益间的关系

A 2.5 Gb / s transimpedance preamplifier was realized by using 0.35 μ m CMOS technology .

给出了一种利用0.35μMCMOS工艺实现的 2.5Gb/s 跨 阻前置放大器。

A capacitor feedback transimpedance amplifier ( CTIA ) is selected as preamplifier of ROIC based on comparing several preamplifier structures .

在对多种前置放大器比较分析后，提出了电容反馈 互 阻抗放大器结构。

And then the conditions of the coupling in FPA between the detector with the direct injection ( DI ) circuit and capacitive transimpedance amplifier ( CTIA ) have been studied .

研究了焦平面中常用的直接注入（DI）和电容 反馈放大电路（CTIA）与探测器耦合时在噪声、输入 阻抗、工作点匹配等方面应具备的条件。

Transimpedance amplifiers ( TIA ) are widely used in the high speed optical transmission systems .

在高速光纤传输系统中，广泛采用 互 阻 前置放大器。

Optimization Design of Transimpedance Amplifier for PDIC

用于PDIC的 跨 阻放大器的优化设计

ASIC Design of Pre - transimpedance Amplifier for FTTH

用于FTTH的 跨 阻抗 前置放大器的ASIC设计

The adoption of capacitor feedback transimpedance amplifier ( CTIA ) and correlated double sampling ( CDS ) structure helps to reduce the noise of the circuit .

电路采用电容负反馈 互导放大器（CTIA）及相关双取样（CDS）结构，有利于减小电路的噪声。

The transimpedance amplifier ( TIA ) takes a fully differential configuration feedback oscillation technique and regulated cascode ( RGC ) input stage for bandwidth enhancement .

跨 阻放大器（TIA）采用全差分结构，利用震荡反馈技术和可调节共源共栅（RGC）结构来增加其带宽。

The proposed LNA converts the parasitic input resistance of a MOSFET to 50 Ω by a simple LC network for input matching and the transimpedance structure is used for output matching .

该电路结构利用MOSFET自身的栅寄生电阻，通过简单的LC网络 变换实现输入匹配；并采用 跨 阻结构，实现输出匹配。

This dissertation introduces a method on the design of full-integrated all-pole transimpedance filter with low sensitiVity .

本文系统介绍了低敏感度全极点 跨 阻滤波器的集成设计方法。

Using PIN diodes and transimpedance amplifier as a photoelectric module and joining fraction discriminator to ensure accuracy measuring the moment of the pulse arrived . 5 .

采用PIN二极管和 跨 阻放大器作为光电模块，并加入时点判别电路，保证脉冲时刻的准确测量。

Self-Aligned InGaP / GaAs HBT Monolithic Transimpedance Amplifier

自对准InGaP/GaAsHBT单片集成 跨 阻放大器

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

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。

A Transimpedance Amplifier with Wide Input Dynamic Range

一种宽输入动态范围 跨 阻放大器的设计

A GaAs monolithic integrated transimpedance preamplifier for 10 Gbit / s fiber-optic communication receiver has been designed fabricated and characterized . The bandwidth of the preamplifier is increased effectively by using series inductor technology .

完成了 工作于10Gbit/s速率的 跨 阻前置放大器电路的器件设计、电路设计，电路采用了串联电感L技术，有效地提高了 工作带宽。

Starting from the feature that photodiode is a current source this paper discusses the related problems and indicates that transimpedance amplifier is especially suitable to high & speed detection applications .

本文从光电二极管是电流源这一特点出发，讨论了前置放大器设计中的一些问题，指出 互 阻抗放大器特别适合于高速探测应用。

A ROIC design that has the Capacitor Feedback Transimpedance Amplifier ( CTIA ) and Correlated Double Sampling ( CDS ) structure is put forward which is simulated and analyzed based on the PSPICE software .

提出具有电容反馈 负 导放大器（CTIA）及相关双采样（CDS）结构的读出电路设计，并基于PSPICE软件进行了模拟分析。

Self - test Design of a 1 . 25Gb / s CMOS Transimpedance Preamplifier

25Gb／sCMOS工艺 跨 阻前置放大器的自检设计

Large Bandwidth RGC Transimpedance Preamplifier Design in SCA

开关 电容 阵列中高带宽 跨 阻 前置放大器设计

The result of simulation achieved a bandwidth of 9.0 GHz and a transimpedance gain of 58 dB Ω .

模拟工作带宽达到 9.0GHz， 跨 阻增益达到58dBΩ。

Current-mode preamplifiers is a transimpedance amplifier with a common gate ( or common base ) input stage using current shunt feedback technology .

电流模形式，即在共栅（共基）级输入的 跨 阻放大器中采用电压并联反馈的作法。

By comparing the performance of two types of preamplifiers such as transimpedance gain bandwidth circuit stability and input noise a suggestion in the design of high speed preamplifier with BJT transistors was made .

通过比较两种不同输入 结构 前置放大器的增益、带宽、电路稳定性以及噪声特性，提出了双极型晶体管 实现高速前置放大器的设计方案。

A sensitivity design method for a CMOS optoelectronic integrated circuit ( OEIC ) receiver is reported . The receiver consists of a regulated cascade ( RGC ) transimpedance amplifier ( TIA ) and a double photodiode ( DPD ) detector .

设计了一个由调节型级联 跨 阻抗放大器（TIA）和双光电二极管（DPD）构成的CMOS光电集成（OEIC）接收机。