- 81594B 安捷倫 Agilent?81594B?模塊
- 發(fā)布時(shí)間:2014/5/22 17:35:04 修改時(shí)間:2014/5/24 11:38:47 瀏覽次數(shù):585
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81594B 安捷倫 Agilent?81594B?模塊
安捷倫 Agilent/HP安捷倫81594B插件模塊詳細(xì)資料: 主要性能指標(biāo): 插入損耗<1.5分貝 PDL<0.05分貝單一模式選項(xiàng) 最高重復(fù)性超過10.000隨機(jī)開關(guān)周期規(guī)定:0.02分貝
描述 該插件模塊安捷倫光波解決方案平臺(tái)的8163B,8164B,8166B是在應(yīng)用,如收發(fā)器/接收器與復(fù)雜的級(jí)聯(lián)與小尺打印或多個(gè)被動(dòng)元件測(cè)試的測(cè)試靈活的系統(tǒng)配置的理想選擇。安捷倫的光學(xué)開關(guān)的模塊化設(shè)計(jì),具有低插入損耗和高重復(fù)性的交換機(jī),
路由<10毫秒切換時(shí)間的SMF和MMF的2x2矩陣。 在不同wavelenght范圍內(nèi)的各種光,如激光源路由和路由等各種光接收機(jī)功率傳感器,示波器,BERT。 特點(diǎn): 最高重復(fù)性超過10.000隨機(jī)開關(guān)周期規(guī)定:0.02分貝 優(yōu)點(diǎn): 使用在所有傳輸帶的DUT測(cè)試的測(cè)試設(shè)置。 測(cè)試的不確定性最小化,最大化的功率預(yù)算,使較高的生產(chǎn)產(chǎn)生一個(gè)競(jìng)爭(zhēng)激烈的產(chǎn)品規(guī)格 盡量減少測(cè)試時(shí)間 – 最大限度地提高生產(chǎn)吞吐量。 傳輸信號(hào)的影響最小
Key Features & SpecificationsKey performance specifications:? Insertion Loss < 1.5dB? Guaranteed lifetime > 10 Mio. cycles? PDL < 0.05dB for single-mode option? Highest repeatablity specified over 10.000 random switch cycles: 0.02dB
DescriptionThe plug-in module for 安捷倫 Agilent's Lightwave Solution Platform 8163B, 8164B, 8166B is ideal for flexible system configuration in applications such as transceiver/receiver test with small foot-print or multiple passive component test with complex cascade. The 安捷倫 Agilent modular design of the optical switch features a 2x2 matrix in both SMF and MMF with low insertion loss and highly repeatable switch routing in <10 ms switching time.Routing of various optical sources such as laser in various wavelenght range and routing of various optical receiver such as power sensor, oscilloscope, BERT.Features:? Highest repeatablity specified over 10.000 random switch cycles: 0.02dB? Guaranteed lifetime > 10 Mio. cyclesBenefits:? Using one test setup for testing DUTs in all transmission bands.? Minimize test uncertainties, maximize power budget enables higher production yield an highly competitive product specifications? Minimize test times - maximize production throughput.? Minimal influence on transmitted signal.