roic

The ROIC methodology varies by industry ( a mature product manufacturer needs to monitor different metrics than a growth-stage online software company , for example ) , as does the cost of capital .

资本回报率方法在各个行业有所不同（比如，成熟产品制造商和成长阶段的在线软件公司需要关注不同的指标），而资本的成本也不尽相同。

This paper first introduce the principle of detector , then study the ROIC .

本文先对探测器原理进行简单的叙述，再对读出电路部分进行深入研究。

The Research of ROIC Design for the Low Dimensional Photoelectric Sensors

低维量子结构光电传感器读出电路设计研究

Low Power Design of 128 × 128 IR ROIC

新型低功耗128×128红外读出电路设计

The injection efficiency of the ROIC is simulated by the computer .

对读出电路的注入效率进行了计算机模拟。

The ROIC chip is an important part to implement signal output from detectors .

ROIC芯片是实现探测器的信号输出的重要部件。

Design of IRFPA ROIC with High Injection Efficiency

一种高注入效率红外焦平面读出电路采样单元的设计

An Improved Current Mirroring Integration IR ROIC Design

改进型电流镜积分红外探测器读出电路设计

Fixed Pattern Noise and Its Suppression in CMOS ROIC

CMOS读出电路中的噪声及抑制

The Research and Application of ROIC for FPA

焦平面阵列读出电路研究和应用

The Application of Current-Mode Technique in CMOS ROIC

电流模技术在CMOS读出电路中的应用

Corresponding to the array , the Readout Integrated Circuit ( ROIC ) design is also experienced some stages .

对应于阵列，读出电路（ReadoutIntegratedCircuit，ROIC）的设计也是经历了多个阶段。

128 × 128 Pyroelectric IRFPA ROIC Parameters Detection With VI

利用虚拟仪器测试128×128热释电IRFPAROIC参数

The key ones are mainly involved in infrared material , device , electronic processing and the readout integrated circuit ( ROIC ) .

红外焦平面技术涉及到很多方面，关键基础技术涉及红外材料、器件、电子学处理技术和读出电路等方面。

288 × 4 IRFPA ROIC with TDI Readout circuits of infrared focal plane array detectors

具有时间延迟积分（TDI）功能的288×4红外焦平面读出电路

The industry always took the method of automatic design with EDA to design digital integrated circuit , and all of the existing ROIC design took this method .

采用EDA软件自动化的设计，是目前业界常用的数字集成电路设计方法，目前已有的红外线焦平面读出电路的数字电路均采用此方法。

The ROIC can support CDS with IWR ( Integration while read ) and give the testable design .

实现了支持积分同时读出（IWR）的相关双采样（CDS）及其可测性设计。

In the 16 × 16 test ROIC , Pt metallization with lift-off process was used and the high temperature test had already passed .

在16×16小阵列红外读出试验电路上，使用剥离工艺实现铂互连线，已通过高温测试验证。

The output swing and linearity range of the ROIC were compared , using different combinations of the CDS switch and SF structure .

本文比较了在不同的采样开关管和源随器组合方式下，电路的输出摆幅和线性范围的变化。

In order to grow its company value , the rational strategy for Shanghai Pudong Development Bank should be increasing its ROIC and reducing its WACC .

浦发银行只有提高其ROIC并努力降低WACC才能不断提升公司的价值。

An Output Buffer for IRFPA ROIC

一种用于红外焦平面读出电路的输出缓冲器

However , in the development of the CMOS UVFPA , the Read Out Integrated Circuit ( ROIC ) is a very important restriction .

但在CMOSUVFPA的研制中，读出集成电路（ROIC）成了制约其发展的很重要的一环。

Using the Indium Bump as electronic and mechanical connection between the chip and ROIC is the most popular connection method of the hybrid infrared FPA .

用铟柱进行探测器芯片与读出电路（ROIC）之间的电气和机械连接是混合红外焦平面列阵（FPA）最常用的互连方式之一。

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。

The design scheme of ROIC with an array of 160 × 128 has been presented , the circuit with temperature compensation and design of the integrator have been introduced .

给出了160×128的ROIC设计方案，重点介绍了该方案中的偏置结构及积分放大器设计。

The read - out integrated circuit ( ROIC ) is an important interface circuit between infrared focal plane arrays ( IRFPAs ) and signal processor .

读出电路是红外成像系统中探测器阵列与信号处理器之间很重要的接口电路。

A driving signal source circuit has been projected to meet the need of the 16 × 16 UV FPA readout IC composed of unit ROIC .

设计了一个由单元读出电路组成的16×16阵列紫外焦平面读出电路所需的驱动信号源电路。

A low power consumption design for the column readout architecture of a large snapshot infrared ( IR ) readout integrated circuit ( ROIC ) is proposed in this paper .

本文提出了一种大规模面阵型红外读出电路列读出级的低功耗设计。

A complementary metal oxide semiconductor ( CMOS ) readout integrated circuit ( ROIC ) for the sensitive material of vanadium dioxide ( VO_2 ) was introduced .

介绍了一种针对二氧化钒敏感材料的CMOS读出电路（ROIC）。

The differential , which can be placed in ROIC chip , is used to difference the two voltage signals in CDS in order to reduce fixed pattern noise in ROIC .

该差分器可置于读出电路片内，对相关双采样电压信号进行差分，以减小读出电路的固定图形噪声。