Ideally suited for Polarization Dependent Loss (PDL) measurements using fixed or tunable sources. It integrates seamlessly with Santec’s Swept Test System (STS) to automatically apply the Mueller Matrix, providing PDL data as a function of wavelength.
- PCU-200
Polarization Control Unit
- PDL measurements using Mueller Matrix method
- Integrates with Santec's Swept Test System software
- Broad 1260 to 1650 nm range covers multiple optical test bands
- Optional 1x4 PM switch for full band coverage with multiple tunable lasers
- Polarization searching and locking algorithms for coupling light into polarization sensitive devices such as PICs
- Supports automated testing via SCPI commands over USB or Ethernet
Description
The PCU-200 is a versatile polarization controller designed for PDL measurements using the Mueller Matrix method. With a wide operational range of 1260 to 1650 nm, it provides a single-platform solution for O, E, S, C, and L-band testing.
Applications
- PDL Measurements: Ideally suited for measuring Polarization Dependent Loss using either fixed or tunable light sources
- Source Coupling: Efficiently coupling a single-mode (SM) source into devices with high PDL or polarization sensitivity, such as Photonic Integrated Chips (PIC).
- Device Characterization: Specifically used for characterizing Co-Packaged Optics (CPO) and Photonic Integrated Chips (PIC).
- Quality and Research: General use in Quality Assurance (QA) and Research and Development (R&D) environments.
Features a specialized searching and locking algorithm designed to couple single-mode sources into polarization-sensitive devices, such as Photonics Integrated Chips (PICs), with maximum efficiency.
For setups requiring multiple tunable lasers, a "Wideband" option is available featuring an integrated, low-loss 1x4 Polarization Maintaining (PM) switch to combine up to four inputs.
Capable of a State of Polarization (SOP) switching speed of 125 ms, allowing for high-throughput testing in both R&D and QA environments.