The LBTEK Optical Spectrum Analyzer is a diffraction grating spectrum analyzer used for optical fiber signal spectrum analysis, suitable for spectral measurements ranging from 600-1700 nm, with input via single-mode fiber. The instrument features touchscreen operation for convenient field applications and comes with built-in multiple measurement functions, enabling WDM system measurement, pulsed laser measurement, DFB light source measurement, EDFA performance measurement, reflectance/transmittance testing, and optical fiber sensor testing, among others. Additionally, users can export the curve data and images obtained from the spectrum analyzer via a USB flash drive for various data analysis purposes.
Portable Optical Spectrum Analyzers
Input Fiber: SMF(9.5/125 µm)
Wavelength Range: 600-1700 nm
Resolution Bandwidth: 0.04 nm@1550 nm
The wavelength response range of the AE8560 portable optical spectrum analyzer provided by LBTEK is 600-1700nm, suitable for single-mode fiber input, with a dynamic range of up to 60dB, capable of effectively separating close spectral signals. The AE8560 offers a wide range of testing functions, including spectral characteristic measurements of semiconductor lasers (DFB, FP), WDM system testing, EDFA system parameter testing, transmittance testing, and drift testing. Additionally, the AE8560 features a large 10.1-inch touchscreen for easy field operation, clearly displaying detailed waveforms and numerical results.
Fiber Laser Test Curve Diagram
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AE8560
600-1700 nm
0.04 nm@1550 nm
-75 dBm~+20 dBmc
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High-Resolution Spectrum Analyzer
350nm~1200nm /600nm~1700nm Spectral scanning range
20pm Minimum spectral resolution
Powerful multi-application spectral data analysis functions
The 6362 series spectrum analyzers are high-resolution, large dynamic range, high-speed, high-performance spectrum analyzers, including two models: 6362C (350nm~1200nm) and 6362D (600nm~1700nm), which measure different wavelength bands. They are capable of performing optical system tests such as DWDM and optical amplifiers within the corresponding spectral range; tests of active optical devices such as LEDs, FP-LDs, DFB-LDs, and optical transceivers; and tests of passive optical devices such as optical fibers and fiber Bragg gratings.