focal plane

Analysis of Second-Generation Thermal Imaging System Based On 288 × 4 Focal Plane Detector

基于288×4焦平面探测器的二代热成像系统分析

It has an aluminized surface that reflects starlight to form an image at the focal plane.

表面镀铝膜,将星光反射到焦平面上成像.

It is a complex magnifying lens used to view the image formed at the focal plane.

它是比较复杂的放大影像的透镜,观察焦平面的图象.

New focal plane detectors-PS-PPAC for recoil mass spectrometer at LNL

LNL的反冲质量谱仪的新型焦面探测器&PS-PPAC

The uncooled infrared thermal imaging system consists of infrared optics system, uncooled infrared focal plane array ( UIRFPA), temperature stabilizer and drive circuit of IRFPA, image signal processor, video synthesis and display drive circuit.

典型的非制冷红外热成像系统包括红外光学系统、非制冷红外焦平面阵列、温度稳定器，焦平面驱动电路、图像处理器、视频合成和视频显示驱动电路等。

Imaging system of infrared focal plane arrays ( IRFPA ) developed into the main trend in future.

红外焦平面成像系统则是今后红外成像技术发展的趋势.

Non-uniformity correction approach is one of the key technique in steering focal plane array imaging system.

凝视红外成像系统中的探测器非均匀性校准(降低固有空间噪声)技术是一项处在探索过程中的关键技术.

There are two basic types of shutters used in photographic cameras-between-the-lens and focal plane.

摄影照相机内使用的快门有两种基本类型:透镜间快门和集平面快门.

A Methode for Improving Reliability of The Second Generation Focal Plane Arrays Thermal Camera

二代焦平面热像仪的可靠性改进

The experiments show that the optimal focal plane is focused at the layer of photographic emulsion.

实验表明,最佳焦面实际集中在各种胶片乳剂层表层.

The Structure and Property of BST Thick Film Uncooled Infrared Focal Plane Array

BST厚膜非制冷红外焦平面阵列结构及特性研究

Research on Flip-chip Bonding Techniques for Hybrid Focal Plane Array Applications

混成式焦平面阵列芯片倒装互连技术研究

Beam cross section and momentum spectra have been measured on the focal plane.

测量了聚焦面上的束流截面和动量谱.

A 32×32 focal plane array detector was successfully demonstrated by using MBE HgCdTe.

用分子束外延HgCdTe薄膜成功地研制出了32×32红外焦平面器件.

In order to ensure the temperature stabilization of each sensitive element on the focal plane, a high performance and accuracy temperature control system is designed.

为了保证焦平面上各敏感元的温度稳定性，设计了一个高性能、高精度的温度控制系统。

Experimental results show that temporal high-pass filter algorithm corrects the non-uniformity of infrared focal plane arrays to achieve the desired objective, but the accumulation frame number needs set correctly.

实验结果表明，时域高通滤波算法尽可能的校正了红外焦平面阵列表现为低频的非均匀性，达到了预期的校正目的，但积累的帧数需要设置。

For uncooled focal plane array pixel maintain a steady temperature can improve the precision, temperature control system based on ADN8830 single-chip thermoelectric cooler controller is designed.

本文针对非制冷焦平面阵列像元温度保持恒定可以提高测试精度的问题，提出了基于ADN8830单芯片热电制冷器控制器的温控系统设计。

Design and Application on temperature controlling system of 320 × 256 element short wave infrared focal plane array

320×256短波红外焦平面温控系统设计与应用

The visual neural mechanism and frequency characteristic of the temporal high pass filter nonuniformity correction technique for infrared focal plane array were studied.

分析基于时域高通滤波的红外焦平面自适应非均匀校正算法的视觉神经机制以及滤波器的幅频特性。

With SOPC technology uncooled focal plane infrared ( IR ) imaging system size, lower power consumption and better performance.

采用SOPC技术可使非制冷焦平面 红外 成像系统体积更小 、 功耗更低、性能更稳定.

The core component of the pyroelectric thin film monolithic uncooled infrared detector is pyroelectric thin film monolithic uncooled infrared focal plane arrays which performance is mainly affected by the performance of sensitive materials and sensitive cells insulated structure.

热释电薄膜单片式非制冷红外探测器的核心部件是热释电薄膜单片式非制冷红外焦平面阵列，阵列的性能主要受热释电敏感材料的性能及其敏感单元的隔热结构的影响。

The design for TEC circuits and timing sequence of 128 × 128 infrared focal plane array

128×128红外焦平面阵列时序分析与温控电路设计

The design of high-precision temperature control system is the key to achieve high performance uncooled infrared focal plane thermal imager.

高精度的温控系统是实现高性能非制冷红外焦平面热像仪设计的关键。

Progress in Research on Detecting Materials Used in Uncooled Thermo-electric Type Infrared Focal Plane Arrays

非致冷热电型红外焦平面阵列用探测材料的研究进展

Analysis and calculation of the nonlinear response in infrared focal plane arrays

红外焦平面阵列非线性响应的分析和计算

In focal plane array, SNR is a significant parameter in system design.

在焦平面系统中, 信噪比是设计的一项重要指标.

Infrared Focal Plane Array ( IRFPA) is a key part of the infrared testing system and thermal imaging device, being applied extensively in the military and civil field. It has huge developing and applying prospect.

红外焦平面阵列探测器（IRFPA）是红外探测系统以及红外热成像器件的关键部件，被广泛地应用于军事领域和民用领域，具有很大的应用与发展前景。

A Design of High Precision Temperature Controlling System for Uncooled Infrared Focal Plane

一种高精度非致冷红外焦平面温度控制系统的设计

Performance evaluation and acceptance of cooled infrared focal plane array and thermal imager

制冷红外焦平面和热像仪的性能评价与验收

Development of Uncooled IR focal plane thermal imaging system

非致冷红外焦平面热像仪研制