KRYTAR, founded by Thomas J. Russell in 1975, is a privately-owned California corporation specializing in the manufacture of Ultra Broadband mmWave, Microwave, and RF components and test equipment for both commercial and military applications.
KRYTAR, founded by Thomas J. Russell in 1975, is a privately owned California corporation specializing in the manufacture of Ultra Broadband mmWave, Microwave, and RF components and test equipment for both commercial and military applications. The KRYTAR product line includes directional couplers, directional detectors, 3 dB hybrids, MLDD power dividers/combiners, detectors, terminations, coaxial adapters and a power meter. Our products cover the DC to 110.0 GHz frequency range.The broadband design expertise at KRYTAR has created unique new designs, several of which are patented. KRYTAR has applied these designs to consistently introduce technologically advanced products with superior electrical performance and ruggedness.
Our modern facility houses a completely equipped machine shop, including CNC lathes and mills. The corporation also possesses all the electronic test equipment necessary for testing its products from DC to 110 GHz.
Included in the test equipment is a Hewlett Packard 8510B Automatic Network Analyzer with 8515A (45 MHz – 26.5 GHz) and 8517A (45 MHz – 50.0 GHz) S-Parameter Test Sets and Agilent Technologies E8361A PNA Series Network Analyzer (10 MHz – 67 GHz) along with equipment to cover 110 GHz.The KRYTAR Quality Assurance Program is in accordance with MIL-I-45208 including a calibration system per MIL-STD-45662. To ensure reliability and performance, the quality assurance system controls all phases of manufacturing: purchasing, machining, processes, assembling, testing and shipping.
During a time when defense electronics technology is strong, the industry readies itself for the global adoption of 5G and electronically steered vehicles.
This compact coaxial directional coupler maintains flat 10-dB coupling and low mainline insertion loss with consistent directivity across a 100-GHz bandwidth.
The RF/microwave industry was generally optimistic at the exhibition in anticipation of real opportunities for mmWave products in automotive and 5G markets.
The trend throughout the high-frequency industry is to design passive components that can handle higher power levels with effective thermal management in tighter spaces
Visitors to the RF/microwave industry’s largest conference and exhibition can sample some of the hardware, software, and test-equipment products that are turning 5G and IoT into...
A GaAs MMIC power splitter/combiner...a dc-to-40-GHz SP6T switch matrix...a 3,300-to-3,600-MHz high-efficiency PA—these are some of the latest products making news in the industry...
A large portion of a small industry is set to show its hardware, software, and test equipment at this year’s IMS exhibition in San Francisco’s Moscone Center.
The performance of RF/microwave systems depends on the performance of the diodes that are incorporated into the system. These devices are available in many shapes and sizes, providing...
Directional couplers come in many shapes, sizes, and frequency ranges and with many different performance levels, depending upon the needs of an application.
Power measurements are an important part of high-frequency design, and are now available using the measurement capabilities of a USB sensor and the control of a personal computer...
The exhibition area is open for slightly less than three days, and visitors can easily spend all of their time just scouring the sections of the show floor and the companies devoted...
