Santec

4x SANTEC OVA-650 OPTICAL VARIABLE ATTENUATOR RANGE 0-30DB

This lot is for oneSantec ova-650 Optical Variable Attenuator. Range 0-30 db. A signed credit card authorization form is required for all orders paid with credit card. ALWAYS HERE TO HELP. We directly accept US issued credit cards.

SANTEC OVA-650 OPTICAL VARIABLE ATTENUATOR Range 0-30dB NIB Cheap

SANTEC OVA-650 OPTICAL VARIABLE ATTENUATOR 30 DB This auction is for one Santec OVA-650 Optical Variable Attenuator. Manufacturer description of the device. The OVA-650 is a compact variable optical attenuator that uses a stepper motor for accurate electrical control.*The unit has high resolution,low insertion loss,low PDL,and exhibits extremely low wavelength dependence.This device can be easily mounted onto a printed circuit board for system integration. This unit has the following features: Low loss,low PDL,low wavelength dependence High reliability (Hermetically sealed) Latching operation Compact size suitable for system integration Telcordia GR-1221 qualified This unit has the following applications: Power equalization or gain-tilt control in optical amplifiers Transmitter power control Receiver power control Power control in OADM’s This unit has the following specifications: Max Attenuation Range: 30 dB Resolution: 0.1 dB Max. Insertion Loss: 0.6 dB Max. (Excluding Connectors) Return Loss: 50 dB Min. Polarization Dependent Loss: 0.2 dB Max. Wavelength Dependence: 0.2 (0 – 15 dB Atten.) dB Max. Temperature Dependence: 0.2 dB Max. Polarization Mode Dispersion (PMD): 0.1 psec Max. Response Speed: 100 ms Repeatability: 0.1 dB Max. Backlash: 0.2 dB Max. Maximum Optical Input Power: +23 dBm Ask any questions before bidding.

Santec OTF-930 Tunable Optical Bandpass Filter 1527-1610nm C+L Band DWDM GPIB

Santec OTF-930 Tunable Optical Bandpass Filter. 1 × Santec OTF-930 Optical Tunable Filter (the unit pictured). Type Tunable Optical Bandpass Filter / Wavelength Selection System. Narrow, precise bandpass – the OTF-930 is known for its narrow filter bandwidth, low insertion loss, and highly repeatable wavelength tuning.

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