Product Description
The PHOENIX 1400 adopts a desktop integrated package. Its core is a miniaturized external cavity laser, combined with a low-noise, high-linear sweep frequency driving circuit, an in-built wavelength meter and dual-channel optical power monitoring. It supports external triggering and data acquisition, is compatible with SM/PM optical fibers (standard FC/APC interface), covers the C band from 1515 to 1565 nm, has an output power of 8-10 mW, a linewidth of 1.5 MHz, and supports a linear sweep frequency of 1-1000 nm/s. It is controlled conveniently via USB/BNC interface and the accompanying software, without the need for external calibration. It is suitable for high-precision wavelength control scenarios such as optical communication testing, distributed optical sensing, and spectral analysis.
Core feature
Aperi meter wavelength accuracy and resolution: Built-in wavelength meter accuracy ±0.5pm, absolute wavelength accuracy ±1.5pm, set resolution 0.01pm, wavelength meter linearity ±50fm, temperature stability 10.5pm/°C, no need for external calibration, ensuring measurement-level test accuracy.
C-band non-jump mode wide tuning: 1515-1565nm non-jump mode tuning, 50nm continuous coverage, suitable for DWDM full-band testing and FBG sensing demodulation and other wide-range wavelength scanning requirements.
High linear low-noise swept frequency: Sweeping frequency linear deviation ±1.5~±2GHz, power flatness ±7~±10%, ripple ±2%, relative intensity noise (RIN) -145~-152dB/Hz, ensuring data consistency and signal-to-noise ratio.
