Swept Laser.
Laser 2000 Series
The Laser 2000 Series is a laboratory‑grade O‑Band, E‑Band, or C/L‑Band swept tunable laser that can be operated as a fixed‑wavelength, swept‑wavelength, or step‑tuned source.
Designed for seamless PXI integration, it supports dense, automated test systems with synchronized, high‑speed measurements in high‑volume production environments.
With 0.01 dB power stability, scan rates up to 400 nm/s, and built‑in trigger I/O, it enables precise synchronization with optical power meters, spectrum analyzers, oscilloscopes, and other instruments.
Detailed optical specifications, sweep characteristics, and configuration limits are provided in the Laser 2000 Series spec sheet.
High power stability
Highly stable output power ensures accurate and consistent test and measurement results.
No moving bulk optics
State-of-the-art MEMS technology and no moving bulk optics offer reliable wavelength tuning.
Fine tuning resolution
Set the exact wavelength you need with precision microelectromechanics tuning.
Trigger at the start of each scan
The trigger output from the laser allows synchronization to the start and stop of each wavelength sweep.
Fast sweep speed
Save time on your DUT characterization or speed up your measurement with the Laser 2000 Series’ rapid sweep speed.
Fixed, swept or step-tuning modes
Intuitive software GUI makes it simple to configure the laser in fixed, continuous or step tuning modes.
Analog power output
Provides a real-time reference of the laser’s power output for an easy integration into automated test set-ups.
Wide coverage of wavelength options
Choose from a wide range of operating wavelength ranges to suit your specific application.
- General characterization of wavelength-dependent devices and materials
- Wavelength Dependent Loss measurements (WDL)
- Calibration of wavelength dependent optical modulators
- Rapid testing of wavelength Mux/DeMux passive components and wavelength selectable switches
- Emulation of laser sources for DWDM and CWDM applications
- General interferometry applications
