L-Com Passive PM Dual Stage Isolator, Grade P, 1550nm, 1M 250um bare fiber
Quantity Discount Pricing | |||||
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1-4 | 5-9 | 10-24 | 25-99 | 100-249 | 250+ |
$466.47 | $447.81 | $429.15 | $410.49 | $391.83 | $373.18 |
Quantity Available: 0
The L-com PPMDI-P55-12N is a PM (Polarization Maintaining) dual stage passive isolator from ShowMeCables that guides light at 1550nm while minimizing back reflection and back scattering in the reverse direction for any state of polarization. The fiber optic isolator is designed for operation at a 1550nm wavelength, which preferentially transmits light in the forward direction. This optical isolator is manufactured using PANDA fiber which allows it to maintain a high polarization extinction ratio (PER). The leads are 250um diameter and 1 meter length specialized fiber built into each side of the isolator.
The PPMDI-P55-12N passive isolator is a polarized maintaining dual stage isolator offered in Grade P (Premium) used to mitigate polarization instability and offers higher performance for dispersion, cleaner signal, low insertion loss, and minimize dispersion penalty. It features a package size of 5.5 x 35mm along with a bare fiber. Our 1550nm passive isolator has an operating temperature range from -5 to 70°C, which adds temperature stability.
This L-com PPMDI-P55-12N PM dual stage passive isolator from ShowMeCables is in stock and ready to ship same-day. This dual stage isolator, Grade P (Premium) has a high PER (Polarization Extinction Ratio), compact “In line” package, high stability and reliability, and greater isolation ideal for applications in fiber amplifier systems, pump laser diodes and optical fiber sensors. Based on your specifications, our expert technical support and highly trained sales team can find the ideal PM dual stage passive isolator, Grade P (Premium).
Features:
- Polarized Maintaining
- Dual Stage, Grade P (Premium)
- 1M, without connectors
- Low Insertion Loss
- High Isolation
Applications:
- Optical Amplifier
- Communication Networks
- Fiber Sensors
- Coherent Dedection
- Research and Development
- Power Monitoring