Rubidium Frequency Standard: RFS-10
The Excelitas Model RFS-10 Rubidium Frequency Standard is a miniature MIL-Spec rubidium gas cell atomic frequency standard with a standard size and interface. This advanced design of atomic clock features rugged construction, modular design and low operating power (12 Watts). The physics package, about the size and shape of a "D" flashlight battery, employs separate filter and absorption cells for high performance and high tolerance under adverse environmental effects. Warm-up time at 25°C is less than 5 minutes to reach ±2x10-10 of final frequency. The unit is small in size, light in weight, and utilizes avionics grade MIL components. The RFS-10 is designed to meet the most demanding of military frequency standard requirements.
Standard Gain Horn Antennas
Corry Micronics' Gain Horn Antennas operate in the sub-gigahertz to over 100 GHz frequency range. These antennas can be custom manufactured for different applications, including but not limited to aerospace, military, wireless communications, and medical.
ACULED® Design-Your-Own (DYO) and Standard (VHL) LED Solutions
Excelitas Technologies’ standard ACULED® VHL products provides superior color mixing, very high luminous output, four separately addressable LED chips and adjustable color output based on Chip-on-Board (COB) technology. Complimenting Excelitas’ standard ACULED® VHL product line, ACULED® DYO gives you the flexibility to "Design-Your-Own" four-chip LED configuration to suit your specific needs and provides a full range of standard and custom LED solutions for medical, aerospace, machine vision, analytical and transportation applications.
Excelitas Technologies designs and manufactures Infrared (IR) light sources for a variety of military applications including Infrared Countermeasure (IRCM), missile tracking systems, and night vision illuminators. Excelitas Technologies can apply its experience and capabilities to design new, customer specific IR sources and/or subsystems to meet your specific application requirements.
High Precision Custom Motion Systems
For 50 years, Newport's motion team has been developing high precision custom/OEM motion systems for research, industrial and aerospace customers and providing solutions from system design through manufacture to on-site installation. As a world-class supplier of systems solutions, we'll bring you invaluable experience and expertise to match your needs exactly. To ensure your success, we are committed to the performance and quality levels of our solutions.
Distributed Temperature and Strain Measurements
Adding Luna Technologies' Distributed Temperature and Strain Sensing Software upgrade to the Optical Backscatter Reflectometer™ (OBR)
transforms standard telecom-grade fiber
into a high spatial-resolution strain and temperature sensor. The ability to use standard telecom-grade fiber eliminates the need for expensive specialty fibers usually necessary for precise measurements.
High-Resolution Temperature and Strain Measurements: ODiSI (Optical Distributed Sensor Interrogator)
Luna Technologies’ Optical Distributed Sensor Interrogator, ODiSI, is a new sensing product capable of providing fully distributed temperature and strain measurements data by using optical fiber as a continuous sensor. The ODiSI gathers data along the entire surface and allows the user to redefine the sensing point post processing. These features, not available with traditional static point sensors, provide advantages to industries where precise temperature and strain measurements are necessary for structural or mechanical testing.
Highly Durable, Wide Angle Broadband Anti-Reflective (BBAR) Coatings
Ideal for gimbal windows and sensor detector assemblies on unmanned systems, these Highly Durable, Wide Angle Broadband Anti-Reflective (BBAR) Coatings are available from Deposition Sciences, Inc. (DSI). These highly specialized coatings address the need for a highly durable, angle-insensitive (FOV 0-30 degrees) glare- reducing coating on sapphire substrates in unmanned aircraft systems (UAS).
Optical Design and Engineering
Producing precision optical systems demands a comprehensive opto-mechanical design. II-VI Optical Systems’ team of experienced engineers work collaboratively with your team to design intricate, highly producible systems. We specialize in designing complex systems that are precisely matched with our manufacturing and assembly capabilities to deliver high yields and predictable, optimized results.
High-Reliability Power Supplies
Excelitas Technologies is a leader in the design and manufacture of high-reliability power supplies that provide mission-critical power to a wide range of demanding electronic systems used in airborne, shipboard, ground and space-based platforms. Our power supplies are designed and manufactured to meet the most stringent customer specifications and the harshest defense environments including survival in natural and man-made radiation environments.