L-Band RF Analog Fiber Optic Transmitter: MP-2310TX
This L-Band RF Analog Fiber Optic Transmitter features a wide bandwidth of 800 MHz to 2250 MHz, a high dynamic range, WDW compatibility, a low noise RF front-end, and more.
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.
Digital Gyroscope Sensing System: ADIS16136 iSensor®
The Digital Gyroscope Sensing System: ADIS16136 iSensor® is ideal for applications involving precision instrumentation, platform stabilization and control, industrial vehicle navigation, downhole instrumentation, medical instrumentation, and robotics. Industry leading iMEMS® technology is combined with signal conditioning and autonomous operation with no user configuration required to produce accurate rate sensing data with optimized dynamic performance. Features like wide bandwidth, low noise density, and excellent in-run bias stability also make it ideal for the aforementioned applications.
Variable Optical Attenuator: FTE-4000
Terahertz Technologies’ FTE-4000 Variable Optical Attenuator is ideal for balancing transmitter power, adjusting receiver attenuation settings, and can assist in the testing of system budget compliance. Depending on your needs, two models offering 40 dB attenuation level or 80 dB attenuation level are available.
Bidirectional Analog/Digital Fiber Optic Link: LTX 72X5 Series
The LTX-72X5 series will of Signal Transport Fiber Links, from Terahertz Technologies, converts and transmits your analog and digital electronic signals over fiber for up to 10 km bi-directionally over a single fiber. These fiber links are designed for applications involving signal transmission and control of equipment at high voltage potentials, precise noise-free signal transmission in hostile EMI environments, data acquisition for plasma physics experiments, and operations through Faraday shields.
NTT Advanced Technology produces high precision, nm-order optical components including several types of gratings. We fabricate a variety of optical components, making use of advanced nano fabrication technologies.
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.
Universal Polishing Fixture
Krell Technologies’ Universal Workholder (UVG) is designed to polish any fiber optic component that incorporates a UPC-style ferrule with a diameter between 1.25mm and 3.2mm. This includes industry standard connectors such as SC, FC, ST, LC, MU, E2000 and SMA. M29504, TFOCA and ARINC 801 Mil-spec termini and contacts can also be loaded in the UVG. Even bare ferrules and fiber adapters are supported by this fixture. The UVG interfaces with all of Krell’s precision fiber optic polishing machines.
Free Bending Optical Cord
The Free Bending Optical Cord removes the frustration of fiber breaks that occur during wiring. The Free Bending Optical Cord improves the efficiency of wiring in offices and homes.
Tubular Ceramic Capacitors
For over 30 years, Corry Micronics, Inc. has been manufacturing tubular ceramic capacitors for use in their own filtered products. CMI now sells these same high quality ceramic capacitors direct to companies needing filters in their products. CMI has more than one hundred types and sizes of tubular ceramics already in production.