Precision Telecentric lenses up to 100 magnifications.

远程放大倍数达到100倍。

Due to size and weight, mounting clamps are recommended for all Telecentric lenses.

由于尺寸和重量的关系，所有的远心镜头推荐使用支撑架。

For more information on Telecentricity, see our Technical Article Using Telecentric Lenses.

更多关于远心镜头的资料，请参考我们的技术文章使用远心镜头。

Telecentric lens has parallel chief ray with its optical axis and is ideal for co-axial lighting.

远心镜头拥有与它的光轴平行的主光线，同轴照明是非常理想的。

The continuous telecentric zoom lens for a digital light processor (DLP) projector with prisms is presented.

介绍了含有棱镜系统的数字光处理器(DLP)投影仪连续变焦距远心镜头的设计。

The optical system only consists of three germanium lenses with a "negative-positive-positive" reversed telephoto telecentric structure in the image space.

采用“负-正-正”型式的反远距像方远心光路镜头结构，仅有三块非球面锗透镜构成。

Furthermore, the selection of the double telecentric optical system ensures the correction of the trapezoidal distortion introduced by the tilt object surface.

选择双远心光学结构，便于对倾斜物面所产生的梯形畸变进行矫正。

Due to weight and center of gravity concerns, the 0.125x telecentric lens requires a mounting clamp and 0.08x telecentric lens includes mounting clamp (removable).

考虑到远心镜头重量和质心因素，0.125 X远心镜头需要支撑架，而0.08 X的远心镜头已经包括了支撑架(可移除)。

Because maximum field of view in telecentric systems directly relates to the lens aperture closest to the object, larger front lenses are necessary for larger fields of view.

由于在远心系统中最大视场直接关系到镜头的镜头的光圈到物体之间的距离，若需要大的视场就必须要有大尺寸的前置镜头。

Nevertheless, VST has successfully elevated the industry benchmark by adding many new models to the lineup for high mega-pixel telecentric lenses in a relatively short period of time.

然而，VST成功的提高了行业标准，通过在相对较短的周期内增加许多新的型号，对于高像素远心镜头产品线。

To study the structure of telecentric beam path for zoom lens system, the axial displacement equation for the stop was deduced, which keep the system telecentric in all zoom position.

进一步研究变焦距系统远心光路的结构特征，得出了使系统在整个变焦过程中都处于远心位置的光阑轴向位移方程。

This paper uses an object telecentric beam path in a diameter measurement system, designs a data acquisition circuit , and presents a accuracy measure method with polynomial interpolation.

设计了数据采集电路 ，把物方远心光路应用在测径系统中 ，提出了一种利用多项式插值精确测量物体尺寸的方法。

The relation between aberrations of the telecentric projection objective and the pitch CCD is discussed. The criterion of correcting aberrations in the telecentric projection objective is also given.

讨论远心投影物镜像差和CCD节距的关系，给出远心投影物镜校正像差的依据。