8605.16C
• LDD Output Current Range: 0-500 mA
• Typical TEC Output Power: 8 W
• 4.0 Vcomp Compatible
Features:
Complete System Controller for 8 or 16 Channel Applications
EDFA Pumping or DWDM Signal Sources
Outputs Configured for Either Floating or Common Anode Type LD Package Styles
IEEE-488 (GPIB) and RS-232C Interfaces
The Models 8008, 8016, 9008 and 9016 Modular Controllers expand on Newport's modular laser diode controller concept to meet the higher channel densities found in Dense WDM (DWDM) applications and 2-D VCSEL arrays where all the lasers have similar electrical configurations. The eight or sixteen bays accept an array of LDD, TEC, and LDD/TEC combo modules.
AQ2211和AQ2212控制机架是AQ2200多应用测量系统的平台。这些控制机架包含各种测量应用程序,无需连接外部控制器PC也能获取需要的信息。此外,它们提供三种不同的外部接口,可以为特定测量应用选择*接口。
远程监视和易于查看的彩色显示屏,在所有应用中均可方便地使用。
易于查看的彩色显示屏
用于存储数据的USB端口
测量模块“热插拔”功能
通过LAN进行远程监视和测量
易于查看的彩色显示屏
AQ2211和AQ2212配备320×240点、宽视角、高分辨率彩色TFT显示屏,易于查看。即使是详细图表,也很容易在显示屏上查看。
The Model 8000 mainframe automatically detects which module is located in each bay and displays the entire system configuration on the large LCD display. All you do is follow on-screen instructions to configure and operate the modular system.
GPIB/IEEE-488 and RS-232C interfaces are included with the High-Density Laser Diode Controller Models for complete remote control and data collection.
Modules 8605.16C and 8610.16C:
The 8600C Series Combo LDD/TEC modules are designed for use in communication applications and have an internal function generator for testing systems. The user only needs to program the frequency, Imax, and Imin to modulate the laser diode output. Triangle, sine or square (50% duty cycle) waveforms are available from 200 Hz-300 kHz. This range of frequencies meets today's low frequency single-tone and high data rate test requirements for datacom and telecom.
Module 8350:
A 40 Watt Temperature Controller Module, the Model 8350, can meet your most demanding TE cooling needs. Complete characterization of ITE, VTE and the sensor input is possible, making the 8350 module ideal for complete characterization of telecom laser diodes.