HeNe Laser Head 1122 Series

325, 442 nm; Power 2-180 mW; Polarization Random, Linear; Beam Diameter <0.9-<1.8 mm; Beam Divergence <0.4-<1.0 mrad; Noise <5%-<20% P-P Kimmon Koha’s IK Series of Helium-Cadmium (HeCd) metal-vapour gas laser systems comprises 18 models with an output wavelength of 325 nm (UV), 10 models with an output wavelength of 442 nm (Blue) and 10 models combining both wavelengths in a dual-wavelength version. More than 40 years of He-Cd laser manufacturing allow Kimmon Koha to provide HeCd lasers with the highest polarized output power, reliability and average lifetime. The average lifetimes of Kimmon Koha’s IK Series HeCd lasers are the best in the business. All of IK Series lasers average 4,500 hours or more, and some models average over 8,000 hours. Do not be surprised if you get a system which will run for more than 10,000 hours. This superior performance along with the best warranty available has resulted in Kimmon Koha having the largest installed base of He-Cd lasers. For models and specifications please see the table below – please contact the AMS Technologies He-Cd laser experts for assistance in selecting the proper laser model for your application. Specifications: Model Wavelength Power Transverse Mode Polarization Polarization Ratio Beam Diameter 1/e² Beam Divergence Noise P-P @30 kHz - 2 MHz IK3023R-BR 325 nm 2 mW TEM00 Random N/A <0.9 mm <0.6 mrad <8% IK3052R-BR 5 mW TEMmultimode <1.5 mm <0.8 mrad IK3031R-C 5 mW TEM00 Linear >500:1 <1.0 mm <0.4 mrad IK3072R-C 10 mW TEMmultimode <1.8 mm <1.0 mrad IK3083R-D 10 mW TEM00 <1.0 mm <0.4 mrad <6% IK3101R-D 12 mW <0.5 mrad <10% IK3202R-D 25 mW TEMmultimode <1.6 mm <1.0 mrad IK3151R-E 18 mW TEM00 <1.2 mm <0.4 mrad IK3252R-E 30 mW TEMmultimode <1.8 mm <1.0 mrad IK3201R-F 25 mW TEM00 <1.2 mm <0.4 mrad <15% IK3401R-F 40 mW IK3452R-F 45 mW TEMmultimode <1.8 mm <1.0 mrad IK3301R-G 35 mW TEM00 <1.2 mm <0.5 mrad IK3501R-G 50 mW IK3552R-G 60 mW TEMmultimode <1.8 mm <1.0 mrad IK3802R-G 80 mW IK3102R-G 100 mW IK4123R-B 442 nm 15 mW TEM00 Linear >500:1 <0.9 mm <0.5 mrad <5% IK4153R-C 20 mW <1.0 mm IK4151R-C 30 mW <10% IK4401R-D 50 mW <1.1 mm IK4601R-E 75 mW <1.2 mm IK4101R-F 110 mW <0.4 mrad <15% IK4121R-G 140 mW IK4131I-G 150 mW IK4171I-G 180 mW <1.4 mm <0.5 mrad <20% IK5351R-D 325/442 nm 5/13 mW TEM00 Linear >500:1 <0.9/1.0 mm <0.5 mrad <10%/10% IK5352R-D 10/50 mW TEMmultimode <1.3/1.3 mm <1.0 mrad IK5451R-E 10/50 mW TEM00 <1.0/1.1 mm <0.5 mrad IK5452R-E 15/65 mW TEMmultimode <1.3/1.3 mm <1.0 mrad IK5551R-F 15/60 mW TEM00 <1.1/1.2 mm <0.5 mrad <15%/15% IK5552R-F 25/100 mW TEMmultimode <1.5/1.5 mm <1.0 mrad IK5651R-G 20/80 mW TEM00 <1.2/1.2 mm <0.5 mrad IK5652R-G 30/120 mW TEMmultimode <1.8/1.8 mm <1.0 mrad IK5751I-G 30/110 mW TEM00 <1.2/1.2 mm <0.5 mrad <15%/20% IK5752I-G 40/150 mW TEMmultimode <1.8/1.8 mm <1.0 mrad Applications: Photoluminescence; Raman Spectroscopy; Biomedicine/Bioengineering; Flow Cytometry; Litography/Grating Production; Photopolymer Exposure; Interferometry; Printing/Plate Making; Precision Measurement; Holography; Defect Inspection

Module & Tray Versions; 760 to 1650 nm; Insertion Loss 0.7 to 1.2 dB; Return Loss 25 to 62 dB; max. Crosstalk -55, -60, -80 dB; Max. Input Power 300 mW Manufacturing test automation is critical to reducing product costs and optical switches are at the heart of any automated test system. Viavi Solutions’ mOSW-C1 MAP series of optical switch modules and mISW-C1 MAP series of optical switch trays are built on the industry-leading, fourth-generation instrumentation class of Viavi Solutions optical switch technology. With more than 30 years of leadership in optical switching across network, monitoring, and manufacturing applications, the mOSW-C1/mISW-C1 MAP series represents a new milestone for performance and reliability with the industry’s smallest footprint. For the first time, the performance and repeatability found in large, fixed format 19-inch Viavi Solutions rack-mount systems are available in a modular plug-in or tray. Manufacturing engineers no longer have to choose between test system’s size and its performance. Leveraging the mOSW-C1/mISW-C1 MAP series can reduce the size of switching systems by as much as 75% while still delivering the performance of much larger legacy systems. A 50% increase in switching speeds significantly saves testing time for connection-intensive architectures. These switches are components of the MAP-300 (and legacy MAP-200) family. With the widest range of optical modules in the industry, it is the most popular choice for manufacturing test automation across all optical industry segments. This includes the manufacture of passive components, transponders, and line cards. Advanced connectivity through remote VNC, Ethernet, GPIB, or local GUI makes the MAP-300 a natural choice for complex automation architectures because it dramatically simplifies debugging for remotely located manufacturing sites. Key Features: Provides All Optical Switching, Independently From Data Rate and Transmission Format Minimal Impact on Dynamic Measurement Range Regardless of Switch Size Low Loss for All Configurations from 1x2 to 1x176 Flexible SCPI Remote Interface Ultra-low 0.04 dB PDL and ±0.005 dB Repeatability New PTRIM Option Simplifies Troubleshooting and Measures In-line Power up to 20 dB- 1C, 2D (Duplex), and 2E Input Configurations Expanded Beam Technology Ensures Multi Mode Switches Are “Modally Transparent” Applications: Test System Automation for Multi-port Components, Modules and Line Cards; Management of Complex Test Sequencing in Manufacturing; Test of Multi-fiber Connectors (Paired With mORL-A1); Test for Long-term Reliability