KRYTAR Inc., a designer and producer of ultra-broadband microwave components and test equipment, announces the continued expansion of its line of ultra-broadband directional couplers with the addition of a new model offering 16 dB of nominal coupling over the frequency range of 1.0 GHz to 65.0 GHz (S- through V-Bands) in a compact and lightweight package.
KRYTAR’s latest addition, Model 101065016, enhances the selection of multi-purpose, stripline designs that exhibit excellent coupling over an ultra-broadband frequency range of 1.0 Hz to 65 GHz and offers the ultimate solution for emerging designs and test and measurement applications including mmWave and 5G.
In addition, Model 101065016 offers superior performance ratings including nominal coupling (with respect to output) of 16 dB, ±2.0 dB. Frequency sensitivity is ±1.2 dB (1 to 32 GHz) and ±1.5 dB (32 to 65 GHz), and the directional coupler exhibits insertion loss (including coupled power) of less than 2.8 dB, directivity of greater than 10 dB, and a maximum voltage standing wave ratio of 1.6 at any port. Input power rating is 20 W average and 3 kW peak.
The directional coupler comes with industry-standard 1.85 mm female connectors. The compact package measures just 2.50 inches (L) x 0.50 inches (W) x 0.65 inches (H) and weighs only 1.9 ounces. Operating temperature is -54° C to 85° C.
KRYTAR couplers are uniquely designed for systems applications where external leveling, precise monitoring, signal mixing or swept transmission and reflection measurements are required. KRYTAR couplers offer solutions for many ultra-broadband applications including electronic warfare, commercial wireless including mmWave, 5G, 5G NR (New Radio), Wi-Fi 6 and Wi-Fi 6E, SATCOM, radar, signal monitoring and measurement, antenna beam forming and EMC (electromagnetic compatibility) testing environments. For many space-restricted applications, the compact size makes KRYTAR directional couplers ideal solutions. The directional coupler can also be manufactured to meet rigid military specifications.