Laser Noise and Linewidth Measurement Systems Linewidth / Noise measurement instrument LD100
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Specifications
| Parameter | Value |
|---|---|
| 相位噪声测量水平-标准测量方案 [10Hz] | -90dBc/Hz |
| 相位噪声测量水平-标准测量方案 [100Hz] | -110dBc/Hz |
| 相位噪声测量水平-标准测量方案 [1kHz] | -130dBc/Hz |
| 相位噪声测量水平-标准测量方案 [1MHz] | -160dBc/Hz |
| 相位噪声测量水平-高精度互Related Categories测量 [10Hz] | -110dBc/Hz |
| 相位噪声测量水平-高精度互Related Categories测量 [100Hz] | -130dBc/Hz |
| 相位噪声测量水平-高精度互Related Categories测量 [1kHz] | -150dBc/Hz |
| 相位噪声测量水平-高精度互Related Categories测量 [1MHz] | -170dBc/Hz |
| 积分线宽测量精度 | <3Hz |
| 波长范围 [可扩展 / 可定制] | 1530nm-1625nm (expandable);960nm-1060nm (customizable) |
| 系统白噪声底限 | -160dBc/Hz |
| 输入光功率范围 [FC/APC] | 0-17dBm(FC/APC) |
| 测量频率范围 | 1Hz-100MHz |
| 频率分辨率 | 1Hz-100kHz |
| 工作温度范围 | 5℃-40℃ |
| Equipment尺寸 | 495 mm × 428 mm × 266 mm |
Key Features
Ultralow phase-noise/frequency-noise measurement; measurable wavelength ranges of 1530nm-1610nm (expandable) and 960nm-1060nm (customizable); measurement accuracy of -110dBc/Hz@10Hz and -170dBc/Hz@1MHz; accurate integrated-linewidth estimation with frequency resolution as fine as 1Hz.
Datasheet
Product Datasheet
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Supplier Information
SmartCore Optoelectronics is a high-tech company dedicated to the design and application of silicon-based photonic integrated chips. Its technology stems from over a decade of research achievements by the scientific team from the Department of Electronic Engineering at Tsinghua University. The company primarily focuses on the Internet of Things (IoT) sector, with a particular emphasis on distributed optical fiber sensing and FMCW LiDAR. Recently, it has made significant progress in Co-packaged Optics (CPO) technology, aiming to develop a new generation of silicon photonics products, including silicon photonic I/O, inter-chip optical interconnects, and chiplet optical interconnects, targeting the burgeoning billion-level optical I/O market driven by the new paradigm of AI computing power. Tens of millions in Angel+ round financing; Tsinghua University contributing intellectual property as equity; silicon-based integrated ultra-narrow linewidth laser; I/O products targeting new AI computing paradigms; high-linearity light source for FMCW LiDAR.
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