The LRS-9434 system platform is an air cooled, rack based system that leverages ILX's industry leading technology to provide customers with the next level of performance for life-test, burn-in, and qualification testing. With additional capacity up to 1408 devices in the LRS-9434 modular rack, the user will be able to increase throughput and lower the overall cost of test. The LRS-9434's proven laser control technology gives the flexibility to process TO-Can lasers, TOSA assemblies, butterfly, and proprietary package styles in the same system. The LRS-9434 incorporates precise, individual fixture control allowing the user to run up to 44 independent tests, each at a unique temperature in the range of 40°C to 150°C. Careful attention to thermal management, high accuracy control and measurement circuitry, and multiple levels of laser protection deliver long term stability to ensure data continuity even through power disruptions. The LRS-9434 includes the latest ReliaTest system graphical user interface supervisory software. Standard control modes support ACC, APC, and LIV tests, which are easily configured using the system's control software. Multiple device types and test scenarios are easily configured without complicated programming. In addition, careful attention to data management and fault mode handling ensures data integrity even through power blackouts.
类型
Laser Diode Reliability and Burn-In System
容量
Up to 1408 devices
二极管温度范围
40 to 150°C
控制回路
ACC, APC, LIV
电流范围
1 to 500 mA
恒流输出电压
3 VDC
光电二极管测量
Yes
软件
ReliaTestTM
驱动方式
Parallel
稳定性
+/- 0.5 mA (1000 hr FS)
温度稳定性
±0.2°C
尺寸
800 x 800 x 1900 mm
电源要求
115/230 VAC; 50/60 Hz; Single Phase; 6A
LRS-9434系统平台是一个基于气冷机架的系统,它利用了ILX行业领先的技术,为客户提供下一级性能的寿命测试、老化测试和资格测试。在LRS-9434模块机架上增加的容量高达1408台设备,用户将能够增加吞吐量并降低测试的总成本。LRS-9434经过验证的激光控制技术提供了在同一系统中处理to - can激光器、TOSA组件、butterfly和专有包样式的灵活性。lrs - 9434包含了精确、个人夹具控制允许用户跑到44独立测试,每一个独特的温度在40°C到150°C。对热管理、高精度控制和测量电路和多级激光保护的小心注意,提供长期的稳定性,以确保数据的连续性,即使电力中断。LRS-9434包括最新最可靠的系统图形用户界面监控软件。标准控制模式支持ACC、APC和LIV测试,这些测试很容易使用系统的控制软件进行配置。无需复杂的编程,就可以轻松地配置多种设备类型和测试场景。此外,对数据管理和故障模式处理的认真关注确保了数据的完整性,甚至通过停电。