CAES
CAES pioneers advanced electronics that underpin many of the world’s most critical missions. We design, engineer, test, and manufacture advanced electronic solutions for the U.S. aerospace and defense industry. From inception and development engineering, to full-rate production and sustainment, we work closely with customers as partners throughout the program lifecycle.
- 800-843-1553
(516) 694-6700 - (516) 694-6715
- ascs-sales@aeroflex.com
- 2121 Crystal Drive
Arlington, VA 22202
United States
Filter Results By:
Products
Applications
-
product
Waveguides
CAES offers a full range of rectangular (WR-22 to WR430) and double-ridge (WRD-180 to WR430) waveguides covering frequency bands from a few hundred MHz to 100 GHz.
-
product
Preselectors and Switch Filter Banks
Our preselectors and switch filter banks offer low noise figure, high dynamic range, state-of-the-art filter rejection with high channel-to-channel isolation front ends, realized in compact building blocks, designed in custom form factors. Applicable markets include: EW, missiles, radar, communications and space.
-
product
Special Products
Whether your need is waveguide subsystem or custom assembly or special products such as flanges, shims, short plates, offset shorts of calibration kits, we are happy to help.
-
product
Dipole Antennas
A6434
CAES manufactures dipole antennas for a variety of terrestrial applications including fixed-site, man-portable, and vehicular.
-
product
Attenuators
CAES offers a full range of RF Attenuators for your designs including analog and digital PIN Diode as well as Switched-bit Attenuators.
-
product
Patch Antennas
8508581
CAES has extensive experience designing, qualifying and manufacturing a wide range of microstrip patch antennas. We work collaboratively with customers to design for specific platform and application requirements.
-
product
Volatile Memory
CAES offers an extensive volatile memory portfolio developed to handle the demands of harsh space and terrestrial environments.
-
product
RF Solutions for Space
Our proven design and manufacturing processes yield high-performance, radiation-hardened, high-reliability RF devices that are designed to withstand the harsh conditions of space.
-
product
Mixers
CAES designs and manufactures a broad range of custom mixer and frequency multiplication products, enabling RF signals to be converted from one frequency to another, or multiplied together to generate a new frequency.
-
product
High Power Front-End Protection
CAES offers industry-leading high power, front end protection solutions for your RF, microwave and millimeter wave design needs.
-
product
Power Management ICs (PMICs)
Telecommunications and defense industries demand ever-increasing functionality in equipment such as satellites, probes and spacecrafts. CAES offers a family of radiation hardened Power Management Integrated Circuits (PMICs) designed for high reliability applications.
-
product
Horn/Notch Antennas
Horn and Notch Antennas perform well over wide bandwidths while providing directive radiation patterns and moderate gain levels. CAES offers an extensive range of products including conical, pyramidal and sectoral horn antennas, as well as dual-polarized, high-power tapered notch antennas.
-
product
Terminations
With a variety of models supporting virtually all waveguide applications, CAES Waveguide Terminations provide best-in-class VSWR performance and support a variety of frequency ranges.
-
product
Radiation Hardened Solutions and High Reliability Components
Offering a complete portfolio of RadHard and HiRel components, CAES serves as the foundation on which many critical applications are built.
-
product
Precision Stabilized Positioners
CAES’ precision stabilized positioners and digital controls provide the industry with the best combination of reliability, precision and value. Our military Commercial Off the Shelf (COTS) products incorporate field-proven expertise in Line of Sight (LOS) stabilization and control systems technology, with modular designs and sizes to accommodate a range of sensor payloads.
