Catv Optical Transmission Platform

Polarization insensitive optical isolator Feature ? high isolation ? low insertion loss ? high return loss ? low polarization sensitivity Applications ? fiberoptic amplifiers ? catv fiberoptic links ? fiberoptic systems testing ? fiberoptic lan systems ? Telecommunications

Flyin Optronics offers a full range of CWDM Mux-Demux and Optical Add Drop Multiplexer (OADM) units to suit all kinds applications and network solutions. Some most common ones are: Gigabit & 10G Ethernet, SDH/SONET, ATM, ESCON, Fibre Channel, FTTx and CATV. Flyin Optronics' Coarse wavelength division multiplexer (CWDM Mux/Demux) utilizes thin film coating technology and proprietary design of non-flux metal bonding micro optics packaging. It provides low insertion loss, high channel isolation, wide pass band, low temperature sensitivity and epoxy free optical path. Our CWDM Mux Demux products provide up to 16-channel or even 18-channel Multiplexing on a single fiber. Due the the low insertion loss is needed in WDM networks, we can also add ¡¡ãSkip Component¡¡À in a CWDM Mux/Demux module to reduce the IL as an option. Standard CWDM Mux/Demux package type include: ABS box package, LGX pakcage and 19¡¡À 1U rackmount. BY customer request

Fujikura fsm-60s fusion splicer is a updation of fujikura fsm-50s fusion splicer, 60s machine sets the standard for core alignment fusion splicing by incorporating a user-friendly interface with enhanced features to provide the most rugged and reliable fusion splicer in the market today. The new rugged construction adds improved reliability by resisting shock, dust, and rain, and can withstand a 30" drop test. The fsm-60s splices a optical fibre in 9 seconds and heats a 60mm splice sleeve (heat shrinkable tube)in 30 seconds, for a total cycle time of only 39 seconds. New features, such as automatic tube heater operation, user-selectable clamping method (sheath clamp or fibre holder system), automated monitor tuolima image orientation, and battery charge capability during splicer operation provide the end user a productivity tool they can count on. Description: Fujikura fusion splicer, 4.1" color screen, standard accessories, including cleaver ct-30a. Multiple foreign languages menu is optional. Features: >>> core to core fiber alignment system pas environment (rain, dust, shock) resistant features >>> world's most compact and lightest of its class >>> arc calibration-free system >>> 4.1" tft color lcd monitor >>> dual-directional operating system >>> long life battery >>> fiber holder option >>> detachable work plate (attached to carrying case) Standard original fujikura packing

Infrared window detection viewpoint window The infrared windows are the optical devices that pervious to the ultraviolet, visible light and infrared light. They are installed on the electrical cabinet, join with infrared thermal imager, will provide the continuous non-destructive detection for the internal equipment in electrical cabinet. Product Description Main features: Audio-Visual: 0.15�¼m -15�¼m transmission range is suitable for all range of infrared thermal imager, infrared thermometer and ultraviolet thermal imager. Safe: prevent from the detriment under the atrocious working conditions such as electromagnetic radiation, high voltage or high temperature. Make the thermometric components work under the high temperature in electrical cabinet without interrupt the power supply. Speedy: only few minutes for mounting or adapting, plug and play. Economical: take the temperature without cutting off the power, interrupting the production or the equipment operation, which saves the expanse. Needs NO special maintenance. Application Range: Medium/High Voltage switchgear, Metal switchgear,City ring network switchgear; Motor junction box of fan, pump, coal grinder etc. in power plant. Transformer junction box GIS high voltage equipment Control center of Motors Other situations of which need the infrared detection in hermitic environment. Advantages: Arc Flash Tolerance Multispectral, Infrared light Moisture Resistance Transparent Image fusion technology overall thermometric test, wide range

Optical mpo connector Features: Low insertion loss, High return loss, Core 4, 8 and 12 terminal connection, Compact size, 100% under indoor qualified test. Application: Catv network; telecommunication; ftth; lan network.

Beamsplitter is an optical element that divides a beam of light into two beams according to a certain ratio of reflection and transmission.In the usual laser optical system, lighting optical system, spectrometer optical system, beam splitter is a common optical element degree of transmission and reflection percentage, transmission and reflected light polarization state to carry out segmentation.We can offer the K9 broadband splitter plate elliptical, ultraviolet spectroscopic uv spectral wedge, calcium fluoride (CaF2) broadband infrared spectral wedge, zinc selenide (ZnSe) infrared broadband polarization spectral wedge, standard Cube beam spliiter, PBS, NPBS and other standard splitting optics.The function of depolarization splitting prism is to divide the incident light intensity according to a certain proportion of reflection and transmission, so it is an ideal splitter for controlling the application of laser beam.The function of a polarization spectroscope (PBS) is to divide incident light according to a certain percentage of reflected and transmitted light according to the corresponding polarization state of light. Conventional Beam splitter cube is consist of two right angle prisms. one of the cant face will be coated metal coating or medium which has good reflective. Other faces will be coated AR coating. Conventional Beam Splitter Cube Material H-K9L N-BK7 JGS1 Demenision 10mm 12.7mm 20mm 25.4mm 50.8mm or customized Demenision tol. +0.00/-0.05 Surface Quality 20-10 10-5 CA 90% Surface Flatness 1/10 lambda633nm Beam Deviation

Sapphire has superior optical transmission qualities for ball lens and half ball lens. Ball lens is used to improve the signal coupling between optical fiber, transmitter and detector, improve the signal quality, and can also be used in endoscopy, bar code scanning, aspherical lens preprocessed materials, sensors, etc. The ball lens has a short focal length, which minimizes the distance needed to travel from the ball lens to the fiber. Ball lens commonly used in the optical fiber coupling, laser collimating device, Optical Measurement System, it has a shorter focal length and the characteristics of small size. Sunday produce ball lens, half ball lens, Super hemisphere ball lens, hollow ball lens.Sunday Optics can manufacture ball lens Minumum diameter 0.3mm.Sapphire has superior optical transmission qualities for ball lens and half ball lens. Sapphire Ball Lens Specifications: Material:Sapphire Size:0.3-50mm Surface Quality:80-50 Tolerance:+/-0.002mm Coating: AR Coating Ovality:+/-0.002mm Stock Size Part No. Structure Dia.(mm) Material SBS1 Ball lens 1mm Sapphire SBS2 Ball lens 2mm Sapphire SBS3 Ball lens 3mm Sapphire SBS4 Ball lens 4mm Sapphire SBS5 Ball lens 5mm Sapphire SBS8 Ball lens 8mm Sapphire SBS10 Ball lens 10mm Sapphire SBS12 Ball lens 12mm Sapphire SBS20 Ball lens 20mm Sapphire SBS50 Ball lens 50mm Sapphire SHBS1 Half ball lens 1mm Sapphire SHBS1 Half ball lens 5mm Sapphire SHBS1 Half ball lens 6mm Sapphire SHBS1 Half ball lens 10mm Sapphire SHBS1 Half ball lens 13mm Sapphire SHBS1 Half ball lens 24mm Sapphire SHBS1 Half ball lens 36mm Sapphire SHBS1 Half ball lens 40mm Sapphire

A Pockels cell alters the polarization state of light passing through it when an applied voltage induces birefringence changes in an electro-optic crystal such as DKDP (KD*P) and BBO. When used in conjunction with polarizers, these cells can function as optical switches, or laser Q-switches. Frequently, Q-switches are employed in laser cavities for the purpose of shortening the output pulse, resulting in a light beam with enhanced peak intensity. In order to provide the device best suited to your purpose, we offer the DKDP (KD*P) series and LiNbO3 series Pockels cell. You can operate the cell with either a pull-up voltage or a pulldown voltage. Changing the polarity will only change the direction of the phase rotation. In other words, the pull-down voltage Q-switch use ª-/4-voltage pulses on the Pockels cell and the pull-up voltage Q-switch use ª-/2-voltage pulses on the Pockels cell. You should not, however, operate the cell with a constant applied voltage potential between the terminals, or a duty cycle greater than ~ 2%. Applications: OEM laser systems Medical/cosmetic lasers Versatile R&D laser platforms Military & aerospace laser systems Product Feature: 1). Industry-proven performance; 2). Dry; 3). Highest (99.8% KD*P) deuteration levels in industry; 4). Adhesive/Epoxy-free assembly; 5). Apertures from 8mm diameter up to 20mm diameter; 6). Lowest absorption in industry; 7). High-reliability; 8). Economical upgrade/rebuild program; 9). Highest optical damage thresholds; 10). Accessible technical support; 11). Standard performance documentation; 12). One-year limited warranty. 13). Operation up to 1kHz. Specification/Models: D-EO-Q-25.4-39-X-C Outline Dimension: ª¦25.4x39mm Aperture: ª¦10mm Single pass optical transmission:>98% Voltage (V ª-/4) @1064nm: 3.2KV Extinction Ratio: >1000:1 Single Pass Insertion Loss:2000:1 VCR: >1500:1 Transmitted Wave Front Distortion: ª- /10 Capacitance: 3pF Spectral Range of Operation:240-1400nm Damage Threshold: >1GW/cm2

Spherical Lens Half Ball Lens PARAMETER: ODM Half Ball Lens are completely spherical lenses most commonly used to couple light in and out of fibres. Half-ball lenses are hemispheres. BRD Optical supplies bespoke ball and half-ball lenses to our customers specifications. Ball lenses can be manufactured in quartz to have excellent UV and IR transmission between 185nm to 2000+nm, while sapphire lenses have a higher refractive index allowing a very short fall back length to better facilitate fibre coupling. Custom ball lenses are available in a range of alternative materials such as optical grade glass or even ceramics or IR crystal. Our half ball lenses offer uniform dispersion of light and typically used in LED displays and LED traffic lights.