Amkom APKU100M 100W Multicarrier Ku Band BUC

Description

The Amkom APKU100M 100W Multicarrier Ku Band BUC series supports Extended (13.75 – 14.5GHz) and Standard (14.0 – 14.5GHz) frequency operations. The Amkom APKU100M 100W Multicarrier Ku Band BUC is optimised for multicarrier operations across the BUCs output frequency range. The Amkom APKU100M 100W Multicarrier Ku Band BUCs are the next generation of Amkoms efficient and compact Ku Band BUCs, weighing only 4.2kg and handling output power of 100W (min).
Amkom has chosen the best of both worlds to implement the most mature, proven efficient and reliable GaAs + GaN High Power Amplifiers with internal overdrive protection and precise linearization technique. Amkom’s BUCs weatherproof and robust Hyper-Light package is constructed with the most advanced mechanical precision engineering in mind. Amkom use only the toughest aerospace grade aluminium based metal with the most efficient heat disposal properties. Each BUC is vigorously tested at Amkom’s California facility against a rigorous acceptance testing procedure (ATP).
Amkom APKU100M 100W Multicarrier Ku Band BUC Features:

• Robust, Light Package Design Only 4.2kg
• Extreme Stability, Reliability and Performance
• Built-in HPA Overdrive Circuit Protection
• High Temperature Reliability- up to + 70°C
• Built-in Anti Vibration Operation
• Wide-band MultiCarrier Amplifiers
• Built-in Optimized Linearization
• Exceeds ALL IESS-308/309 Phase Noise Standards
• Extreme GaAs + GaN Linearity and Efficiency
• Field Replaceable IP68 150,000 hr Rated Fans
• Assembled and Rigorously Tested in California

Amkom’s Design Group Inc.’s was established in 2016 and is based in California USA with market focus on SATCOM and VSAT markets. Amkom’s BUC and SSPA designs include the best technical elements of both GaN and GaAs architectures to deliver mature, reliable, and efficient BUCs and SSPA/Bs with added internal overdrive protection. Amkom’s products are achieving world class results with exceptional stability, reliability, linearity and efficiency.