U8732SP Polarization-Maintaining Dual channel polarization-maintaining optical attenuator

The non-contact decayer test cable is an advanced light test solution;

• Chip Dimensions: 1.71.70.47; mm Mirror Diameter: 0.82; mm Bond Pad Dimensions: 145145; um

Electro-driving photodegrader chip (ESVOA);

The SVOA-1000 modular decayer uses high-quality devices with precise calibration protocols; is capable of continuous decomposition of light signals; and has a maximum decomposition of 60 dB. It can meet the requirements of modelling, equipment calibration, sensitivity testing, power metering, etc., for the loss of the manufacturer of modules/units; the internalization of independent batteries; and mobility. Low-input loss and high-resolution real-time monitoring of input output power high-resolution displays liquid crystal screens; operational convenience relative decomposition and absolute decomposition at the same time displays standard RS-232 interfaces; secondary control software; photoware production and research; teaching and testing of light communications

Fibre type: Monomodular fibre Channel number: 1, 2, 4, 8 Wavelength range: 1270~1610; nm

DVOA-1000 Multi-channel Mono-Modular Modular Distresser uses high-quality devices with precise calibration protocols; allows continuous decay of light signals; maximum decay can be up to 60 dB. The need for modelling, equipment calibration, sensitivity testing, power metering, etc. for module / device manufacturer losses can be met. Superhigh step resolution Low insertion loss and high resolution Real time monitoring of input output power High resolution displaying liquid crystal screens; operation convenience Decline and repeatability standard RS-232 interface; secondary control software

Number of channels: 4.8 Fibres, interface type: Multi-module fibre, FC/APC, FC/PC Calibration wavelength: 850nm

The DVOA-300X series multi-channel multi-mode modular decayers employ high-quality devices with precise calibration protocols; are capable of continuous decomposition of light signals; have a maximum decomposition of up to 40 dB; it can meet simulations of equipment and system wear and tear by the manufacturer of systems and devices; equipment calibration; the need for power metering linear measurements; and have very low penetration depletion and high repetition of decay. Up to 8 channels with maximum decay of up to 40dB devices to support open and constant power patterns to support the output of light power monitoring for each channel with an independent lightlock function