86122C wavemeter

Functional Features: Enhanced stable helium-neon (HeNe) reference laser source, with doubled lifespan Includes a 5-year warranty covering the entire instrument and all components Absolute wavelength accuracy: ±0.2 ppm Differential wavelength accuracy: ±0.15 ppm Wavelength scanning time < 0.5 seconds New functional feature: With the use of quick update options, the wavelength scanning time is < 0.3 seconds The 86122C has been optimized without increasing costs, offering multiple product enhancement features, a 2-year recommended calibration period, and a 5-year standard warranty, thereby significantly reducing the ownership cost and minimizing downtime. With only 15 minutes of preheating, it can achieve the specified measurement accuracy. The incline connector option can avoid affecting non-isolated laser sources. The rapid waveform scanning covers the entire 1270 – 1650 nm range, enabling you to efficiently characterize the performance of tunable emitters and other optical devices at different wavelengths. The excellent wavelength accuracy allows you to perform precise channel characterization in dense wavelength division multiplexing systems, enabling the detection of wavelength offsets in channels and crosstalk between adjacent channels. The large input power of +10 dBm (+18 dBm safety input level) enables you to test the transmitter without using additional connections and instruments (such as attenuators). The built-in application software can measure optical signal-to-noise ratio, wavelength, and power drift, making this multi-wavelength meter an independent intelligent test station, which not only reduces the size but also avoids the high development cost of complex test procedures. The built-in helium-neon reference laser source ensures that you can always determine accurate absolute wavelength measurement results according to the standard in real time and ensure accurate and repeatable experimental results.