AA OPTO-ELECTRONIC proposes one of the most complete range of standard Acousto-optics components and associated Radio frequency drivers
AA OPTO-ELECTRONIC is a French Engineering company created in 1979 and nestled in Orsay, located in the south of Paris. Our optical manufacturing plant is based in Orsay while our RF electronic operations are near Tours France. In addition, AA has its own sales company in USA (QUANTA TECHww...
更多信息请关注波威公司网站 电话:400-650-9011 电话:010-62669779 邮箱:sales@waveopt.com 官网:http://www.waveopt.com AA OPTO-ELECTRONIC驱动器
品牌: AA OPTO-ELECTRONIC 规格: AA OPTO-ELECTRONIC 加工定制: 是 AA OPTO-ELECTRONIC声光调制器-中国-北京波威 价格说明 价格:商品在平台的展示标价,具体的成交价格可能因商品参加活动等情况发生变化,也可能随着购买数量不同或所选规格不同而发生变化,如用户与商家线下达成协议,以线下协议的结算价格为准。
AA Sa Opto-Electronic(法国) http://www.aaoptoelectronic.com 地址: 18, rue Nicolas Appert 91898 ORSAY 电话: +33 (0)1 76 91 50 12 传真: + 33 (0)1 76 91 50 31 产品: 可调滤波器 脉冲选择器 光调制器 移频器 光学滤波器 声光调制器 公司简介 法国AA公司成立于1979年,密切合作于...
AA OPTO-ELECTRONIC成立于1979年,名称为«Automates et automatisme»。它于1988年以AA Sa的新名称成为一家有限公司,专门从事声光组件及其相关射频驱动器。AA OPTO-ELECTRONIC是世界领先的高质量声光和射频设备的制造商。与大学和研究机构密切合作,在声光设备和射频源的设计和制造过程中提供了宝贵的知识和经验。持...
Discover our range of Acousto-optic devices that covers any wavelengths from 180 nm to 11µm, request a quote online.Our range of Acousto-optic devices Fiber Pigtailed devices We propose fiber pigtailed AO devices with PM or non-PM fibers on standard basis but we could also equip the AO ...
查看详情 法国AA Opto Electronic 声光调制器AOM 移频器 米特思 ￥9999.00 本店由百捷购运营支持 获取底价 商品描述 价格说明 联系我们 产地 法国 产品特性 声光调制 加工定制 是 是否进口 是 数量 89 封装 23 发货地 武汉 批号 45 商品编号 1122 品牌 AA 型号 声光调制器 价格说明 价格:...
aa opto-electronic proposes one of the most complete range of standard acousto-optic components and associated radio frequency drivers. ao devices cover wavelengths from 180 nm to 11 ?m. these products are available for rapid delivery in any quantity. in case you do not find a product which ...
Acousto-optics is a branch of physics that deals with the interaction between acoustic waves and light waves inside within a specific medium. A RF signal is applied to that medium via a piezoelectric transducer, creating a diffraction grating. When light crosses that grating, it undergoes several...