多应用测量系统
AQ2200多应用测量系统是各种光器件和光接收器的理想测量和评价系统。系统包含各种测量模块：高稳定光源、宽带可调光源、高速低PDL光传感器、高分辨率可调光衰减器、内置码型发生器(PPG)和误差检测器(ED)的小型误码率测试仪、消光比可调光调制模块、各种开关模块、光回波损耗模块和支持双波长(130nm和1550nm)的光接收器。在一个平台上可以任意组合安装这些模块，以提供适合各种应用的理想测量系统。AQ2200多应用测量系统分为两个不同的控制机架。每个控制机架都有一定数量的插槽，用于连接模块，可以根据测量应用选择最佳控制机架。
This lineup includes 3-slot and 9-slot frames equipped with trigger synchronization and remote-control functions.
- Single channel with an analog output port.
- Wavelength range:800 to 1700 nm
- Power range: -90 to +15 dBm
- Dual channel
- Wavelength range:800 to 1700 nm
- Power range: -90 to +15 dBm
This 2-channel modular SMU can source ±6 V / ±600 mA and sink ±6 V / ±200 mA or ±2 V / ±600 mA.
- AQ2200-112 Light source module
- High output level stability performance
- AQ2200 Multi-Application Test System
AQ2200-131/132是用于AQ2200系列多应用测量系统的可调光源模块，AQ2200-131是单通道型，AQ2200-132是双通道型。可以为预设的DWDM Grid通道设置输出波长。
The AQ2200-212 is single channel sensor module with an analog output port.
Increase your testing power and capability with the AQ2200-222 sensor module.
AQ2200-232是高性能光功率传感器头，AQ2200-202是连接AQ2200-232和AQ2200系列控制主机的接口模块。
横河测试测量（YOKOGAWA）2012年11月12日发布AQ2200-131/132 Grid TLS 模块。
《应用探索》是一份电子快讯，每两个月发布一期，向客户通报我们最新的新闻和产品应用。
《应用探索》是一份电子快讯，每两个月发布一期，向客户通报我们最新的新闻和产品应用。
《应用探索》是一份电子快讯，每两个月发布一期，向客户通报我们最新的新闻和产品应用。
在经过2009年灾难之后，很多上市的测试仪器公司业务在2010年取得了高速增长。
《应用探索》是一份电子快讯，每两个月发布一期，向客户通报我们最新的新闻和产品应用。
《应用探索》是一份电子快讯，每两个月发布一期，向客户通报我们最新的新闻和产品应用。
No, although the basic shape is the same for both the AQ9335 and AQ9335C, the internal physical deisgn for the AQ9335C has been changed slightly to fit the AQ2200 series sensor modules for optimum accuracy. You will ...
One possible way to create a non-blocking 4x4 switch on the AQ2200 Multi Application Test System is by using multiple 2x2 switch modules. Please refer to the attached file.
The analog output of the AQ2200-211 Sensor Module converts digital data to analog data in 100 us interval. It is not a direct output of an analog amplified but it is a D/A output.
The following are the specifications for the AQ2200-111 1490nm DFB Module:- Center wavelength: 1490nm+/-10nm- Wavelength accuracy: 0.05nm- SMSR: 30dB or morePlease refer to the datasheet for the AQ2200-111(1310) ...
Please download and refer to the attached document for complete instructions on how to upgrade the firmware for the AQ2201/AQ2202 Frame Controller.
The meaning of "Monitor port: -13 dB" is that -13 dB corresponds to about 5% (10Log(0.05) nearly equals to -13). That is, output power is divided by an optical coupler at a ratio of 95:5, and 5% is for monitor ...
Yes, the AQ2200-141/-142 FP-LD modules have a built-in isolator. The isolation is 35dB.
The Chopped Light mode is used: To increase measurement level sensitivity by cutting the high frequency noise To detect only the light that the LS emitted, effective for free space measurement. In free space ...
If you have products currently in China that require calibration or repair, you may either return them to your local Yokogawa service center or the Yokogawa China Service & Repair Center. Please be advised that ...
No, unfortunately due to the number of current fiber combinations, we do not stock optical fibers. There are many companies that specialize in optical fiber cords.
产品展示
From visible light to telecommunication bands and even up to applications in the 2000nm region, optical testing professionals count on the Yokogawa Test&Measurement optical testing family of products. For decades, these precision-based optical measuring instruments have met and exceeded the needs of many customers’ experimental requirements. Applicable to a range of uses in R&D, manufacturing, and academia, Yokogawa Test&Measurement OSAs, OTDRs, OWMs, modular manufacturing test systems, and more deliver quality, consistency, ease of use, and market leadership for all manner of optical test applications.
入门指南
This video demonstrates side mode suppression ratio (SMSR) analysis using an AQ6370E OSA and explains how to adjust the signal span to capture side modes and execute SMSR analysis to detect and locate the closest peaks from a 1310 nanometer laser via a connected light source module. SMSR analysis allows engineers to quickly identify and quantify the differences between the main peak and any side peaks in terms of nanometers and power which helps ensure the quality and accuracy of a laser's output. Manufacturers want to see a single, clean peak in a laser's output without side modes or additional peaks, to indicate a laser is performing as expected.
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