Motorized Polarization Controller MPC1-01
Description
Motorized Polarization Controller MPC1-01
Specifications |
|
---|---|
Operating Wavelength Range: | 1300-1600nm |
Insertion Loss: | 1.0 dB |
Polarization Mode Dispersion: | -- fs |
Resolution: | 0.15 Degrees |
Features
- Single-fiber design
- Ultra-low insertion loss, PDL, and back-reflection
- Convenient save/recall settings
- Multi-rate polarization scrambling
- AutoScan operation with a wide dynamic range of rotational speed
- GPIB IEEE 488.2 & RS-232 and BTM standard
- Labview 6.0 driver provided. May be used with C,
- C++, VB, or any other development language featuring GPIB support
- 950 nm to 1070 nm or 1300 nm to 1600 nm
Applications
- Component level PDL measurements
- Sub-system PDL testing
- General purpose in-line control of the SOP
- Low to medium-speed polarization scrambler
- Polarization pattern generator
- Maximize or minimize signal intensity with feedback
- from optical power meters (or OSA)
- Component within PMD emulator
- Component within PMD compensator
- Polarization stabilizer
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
-
Ships from:
United States
-
Sold by:
-
On FindLight:
External Vendor
Claim FiberControl Page to edit and add data
Frequently Asked Questions
The Motorized Polarization Controller (MPC-1) is used for stable and rapid control of the state-of-polarization of laser sources without altering the time-averaged power.
The supply voltage range for the MPC-1 is from 85 VAC to 264 VAC (47 Hz to 63 Hz).
The features of the MPC-1 include a single-fiber design, ultra-low insertion loss, PDL, and back-reflection, convenient save/recall settings, multi-rate polarization scrambling, and AutoScan operation with a wide dynamic range of rotational speed.
The MPC-1 can be used for component level PDL measurements, sub-system PDL testing, general purpose in-line control of the SOP, low to medium-speed polarization scrambler, polarization pattern generator, maximize or minimize signal intensity with feedback from optical power meters (or OSA), component within PMD emulator, component within PMD compensator, and polarization stabilizer.
The MPC-1 can be used with C, C++, VB, or any other development language featuring GPIB support.