MM MEMS Micromirrors

375 to >2000 nm; 0.59 to 1.3 inch Diameter Flange; Compact Housing; Low Losses; Custom Design for User-specified Diodes Available OZ Optics' HULDO laser diode collimators are used to collimate the highly divergent beam that is emitted by a laser diode. It consists of a laser diode holder, a collimating lens holder, and a high numerical aperture (NA) collimating lens. By adjusting the distance between the laser diode and the collimating lens, the laser diode output can be collimated. Laser diode collimators are available in different diameters. The standard diameter package is 0.79 inches in diameter, fitting most diode types. A larger, 1.3 inch diameter housing is used for larger diameter diodes such as H1 or TO-3 packages. For diode can sizes of 9.0 mm or smaller in diameter a 0.59 inch diameter housing is available. Smaller housings with 10 mm OD's are available for OEM applications.We also offer special compact laser diode to fiber couplers for OEM applications. These packages have the diode and collimating lens permanently glued into the same housing. This package features a compact, rugged housing, at a significant reduction in cost. Choose from our selection of laser diodes, we can also supply you with laser diode power supplies (operating from battery or DC voltage source). We can even provide you with complete miniaturized packaged systems. Contact us for more information on what is available. Key Features: Low Losses High Polarization Extinction Ratios Compact Housing Custom Designs for User-specified Diodes Applications: Optical Alignment Systems; Process Control; Medical Processes; Imaging Systems; Test and Measurement

320 to 2100 nm; Tap Ratio 0.5 to 4%; Insertion Loss <0.05 to 0.3 dB; Return Loss >70 dB; Fiber Type SM, MM, PM, PC, Other; Power Handling 250 to 2000 mW With the OPM series, OZ Optics offers inline optical power monitors and tap couplers based on a revolutionary, patented technology. These taps and monitors provide a way to easily measure the signal intensity through an optical fiber in a simple, miniature package and are ideal for real time monitoring and feedback for optical amplifiers or WDM systems as well as for fiber optic sensors. Traditional monitoring systems typically use fused couplers to tap a fixed amount of light into another fiber that guides the optical power to a photodiode. This method is bulky and must be done using discrete components. In contrast, OZ Optics' OPM series of optical taps direct a controlled amount of light from the fiber core to the cladding surface where it can be directly monitored with high efficiency and very low loss. This inline tapping is accomplished without bending, shaping, or otherwise distorting the fiber. As a result, the tap can be directly incorporated into optical assemblies, without affecting the original functionality. While taps are directional in nature (ideal for monitoring traffic independently of signals travelling back through a network link), bi-directional versions are also available and can be provided on request. OPM taps can be fabricated into standard single mode (SM), polarization maintaining (PM), multi mode (MM), photonic crystal (PC) and other specialty fibers, for any design wavelength and with different tap ratios available upon request. OPM optical power monitors combine the optical tap design with a photodiode in an integrated package and are available in different configurations with Si and InGaAs detectors for different wavelength ranges. The devices produce a current proportional to the optical power within the fiber, and the small size and simple interface makes it very easy to design into optical hardware. Multiple channel power monitors for WDM applications are available upon request. Key Features: Miniaturized Package Inline Integration Without Interruption to the Optical Path Telcordia GR-468 Qualified Available for Any Wavelength from 400 to 2100 nm Low Insertion Loss, Return Loss and Polarization Dependent Loss High Directivity and Large Dynamic Range Broadband Response High Power Handling High Extinction Ratios for PM Versions Remotely and Locally Controllable, USB and RS232 Communication Options Available for Standard Telecom Fibers, PM, MM, Photonics Crystal and Other Speciality Fibers Available with or without Integrated Photodiode Applications: Power Monitoring; Optical Power Control Devices; Channel Balancing for Wavelength Division Multiplexing (WDM) Systems; Dynamic Optical Amplifier Gain Monitoring; FTTH Network Monitoring; Real-time Inline Test and Measurement; Fiber Optic Sensors; OCT Systems

Small Size; Input Voltage 85 to 264 VAC; Output Voltage -500 to -5,500 VDC; Pulse Rising Edge from 2.5 ns The GIPO series is the instrumented stand-alone version of the GIPO series. It features a clear screen display control panel. Based upon the use of field-effect transistor technology, the GIPO-SAU series of high voltage pulse generators can produce pulses up to 5.5 kVDC, with a rise time of just a few nanoseconds (generally 3 ns), with an adjustable pulse length as short as 200 ns and as long along as 30 μs for charging capacitive loads. A high-voltage power supply with very high stability (10 ppm/°C) is integrated in the GIPO high-voltage pulse generator. For stand-alone operation, the user can set the amplitude. width and frequency of the HV pulse output with the help of 10-turn potentiometers. For remote control operation, the equipment is fitted with an input for external 0/10 VDC analog signal. HV pulses are triggered manually with a frontpanel pushbutton (one shot), periodically in internal mode or by an external trigger signal. This stand-alone pulse generator is fully qualified and has been tested by some of the major optical and photonics companies. Key Features: Stand-alone HV pulse generator Pulses can reach 5.5 kVDC; <3 ns (typ. 2.5 ns) Pulse width adjustable from 22 ns to 30 µs Adjustments can be made locally via 10-turn potentiometers or remotely Applications: Pockel Cells, Multi-Channel Plates, Intensified CCDs, Laser Diodes, Flash Lamps