Tunable Filter - Page 3 of 3

Ultrabroad Single Mode Fiber Coupled Laser: 1300-4500nm, Supercontinuum

The MSUP Series is a turnkey, ultra-broadband supercontinuum laser source that spans from 1.3 μm to 4.5 μm, delivering over 0.3 W of average optical power with exceptional spatial coherence and stability. Based on a pulsed fiber laser pumping a photonic crystal fiber (PCF), it provides single-mode output across the entire spectral range. Output options include bare fiber or collimated beam, with an optional tunable filter for wavelength selection. Featuring adjustable output power via front-panel controls or USB GUI, the benchtop unit offers plug-and-play operation, making it an ideal replacement for thermal and lamp-based sources in applications such as gas spectroscopy, molecular fingerprinting, environmental sensing, and mid-IR imaging.

Products

We make best-in-class optic/electro-optic products based on over 20 years of intensive R&D. We strive to provide high-quality premium product solutions with unmatched value. Our product offerings are vertical, from components, modules, and subsystems to turn-key systems for sensing, security, data storage, communication, instrumentation, medical, environmental, undersea, defense, and space applications. We warranty our products against defects in materials and workmanship for up to ten years.

Optical Switches
Optical Variable Attenuators
Optical Modulators
Fiber Splitters/Couplers/Combiners
Optical Isolators/Circulators
Optical Tunable Filters
Optical / RF Delay Lines
Lasers
Photodetectors/Receivers
Fiber Optical Amplifiers EDFA
Semiconductor Optical Amplifier (SOA)
Wavelength-Division Multiplexing
Polarization Management
RF Over Fiber Link
Optical Instruments
Fiber Connectors/Cables
Fiber Collimator
Fiber Splicers
High Power UV Lights
Spectrometers
Fiber Optical Grating (FBG)
High Power Fiber Optical Components
USB Motorized Linear Stages
Fiber Optical Reflectors
MEMS Foundry Service
RF/Microwave Matrix Switch
Fiber Optic Communication Data Links
Low Noise RF Amplifier (LNA)
Fiber Optical Sensor
Fiber Transmitter/Receiver
OCT Component
Step Index Multimode Fiber
Laser Beam Scanner
Fiber Interferometer

Photonwares Introduces an Ultra-fast Optical Switch with Extended Operating Wavelength from 400nm to 2µm

Woburn, MA, May 22, 2019 – Photonwares Co., a leading provider of high-speed optical devices expands its NanoSpeed™ ultra-fast fiber optical switch/VOA family with extended wavelength coverage from 400 nm to 2 micron. The switching speed is faster than 100ns with repetition rate up to 1MHz. High optical power up to 5W is also available.

Photonwares’ NanoSpeed™ switch is based on a patented solid-state, electro-optical platform, uniquely featuring low insertion loss, compact size, and high reliability with full telecom and space qualifications. This family of switch/VOA has been in production for over 17 years. The improved version with extended wavelength coverage will further broaden the applications.

https://agiltron.com/category/fiber-optic-switches/nanospeed-fiber-optical-switches/

About Photonwares

Photonwares is the world’s leading supplier of optical switches, optical attenuators, optical tunable filters, high optical power components, and fiber monitors. For over twenty years, we have been providing and delivering world-class fiber optical component solutions that enable and enhance our customers’ product offerings. Photonwares is a US-owned company located in metropolitan Boston.

Fiber Optical Electric-Field Readout System

Photonic Electric Field Sensing System (PEFS) is an instrument that optically measures the electric field. It integrates a fiber optic E-field sensor probe, a laser, a photo-receiver, an amplifier module, and associated electronics. The probe connects to the system via two fibers. The sensor system covers a broad frequency range from 10 MHz to 40 GHz. The E-field intensity is proportional to the readout signal. The amplifier gains are adjustable to optimize the sensitivity and the dynamic ranges. The E-field frequency information can be obtained by connecting to a spectrum analyzer or a frequency-tunable filter. A multichannel system is available with the configurations of either switching among the sensor heads or simultaneously reading all heads at once using independent laser and detector sets. The fiber optic EOFS and PEFS form an E-field sensor system that provides advanced attributes of fast response, extremely high damage threshold exceeding 5 MV/m, high fidelity with little disturbance to the E-field, and remote sensing capability.

Markets

Agiltron is leveraging nearly three decades of expertise in optics technology and success in high-volume manufacturing to change the communications of tomorrow. Explore some of the markets benefiting from the use of optics.

Telecommunications

Providing industry-leading solutions for fiber optical switches, attenuations, tunable filters, and more.

Fiber Laser

Producing high performance fiber optical isolators of broad band operation and high power handling.

Undersea Link

Producing ultra-high reliability switches.

Aerospace

Producing aerospace-qualified fiber optic components.

Sensing

Providing best-in-class fiber inline monitors, all-fiber electric field sensors, customer receivers/transmitters.

Optical Chemical Detection

Providing the cutting-edge optical detection technology of Raman spectrometry.

Careers

Join a world-class team

Agiltron provides exciting career growth opportunities. A privately owned pre-IPO corporation, Agiltron Inc. offers success sharing equity participations. The Company is actively searching for highly motivated individuals with top performance track records in Science, Engineering, Manufacturing, Quality Control, and Business. Our search is global. We offer relocation assistance, visa service, and training.

We are an Equal Opportunity Employer (EOE-MFDV). Individuals with Disabilities and Veterans encouraged to apply.

Benefits

Medical Insurance
Dental Insurance
Life Insurance
Disability Insurance
Supplemental Insurance and Flexible Spending Accounts
401 K Retirement
Gym Membership
Profit Sharing
Legal Service

How to Apply:

Please send resume including job code and salary requirements via email to Human Resources: [email protected]

No Agencies, please.

Sr. MEMS IC Process Engineer

Hands on experience in developing MEMS fabrication/production process is sought after. Optical MEMS structure fabrication and in-depth knowledge of various tools are big plus.

Sr. Optic Engineer

Senior Engineer positions for experts on advanced configurable optical devices to lead/support the development/commercialization of families of products including isolator, VOAs, optical switch, none-linear optics, laser, tunable filter, sensor, high power delivery, Q-switch, circulators, miniature packaging, fiber coupling

Optical Engineer

Provide optical engineering expertise in product research, design, development, testing and improvement. Specified duties include: research, design and develop laser diode, photodiode, tunable, high power laser in an optical system using package design, modeling, simulation, fabrication and testing skills. Research, characterize and develop Opto-mechanical package.

Mechanical Engineer

Mechanical Engineer position for precision optical systems, zoom lens design, and micro-fabrication tooling design. Thin spray machine development. Lens molding machine fabrication. Related experience required.

Sr. Scientist – R&D

The Senior Scientist position is open to an expert in optical devices, sensors, and/or nano-materials. Work will involve the development and commercialization of funded R&D. Proposal writing skill is a plus.

MEMS design and process engineer

Provide engineering expertise in product research, design, development, testing, and improvement. Specifically,
• Research and develop innovative MEMS structure based optical tunable filter for wavelength selection, and optimize the existing process for current products to improve the chip quality and product yield;
• Test and record each single MEMS chip performance including chip driving voltage, resistance, surface roughness, mechanical displacement, mirror curvature;
• Collaborate with electrical engineer to optimize the chip electrical properties and finalize the driving circuit and power supply system after integrate MEMS chip on the circuit;
• Access, analyze and transform large product performance and process data in the semiconductor/MEMS and electronic manufacturing environment;
• Coordinate with equipment engineer to troubleshoot the microfabrication process related equipment issues in cleanroom. Improve the performance of equipment, adjust process recipe parameters to improve the MEMS chip quality and hence yield of product;
• Define technical requirements and write procedures for production to process product.

Requirements:
• Master’s degree in EE or Optical Engineering
• Must be highly skilled in microfabrication process, MEMS design, thin film deposition and electrical properties measurement
• Must be highly efficient in using COMSOL, AutoCAD, Matlab and statistical analysis software