CPW series Wideband MMIC amplifiers are a type of monolithic microwave integrated circuit (MMIC) amplifiers that use coplanar waveguide (CPW) layout technologies for sub-miniature packaging and impedance matching. They are designed for flip-chip packaged power amplifiers that operate at 14 GHz. They have applications in 5G, electronic warfare, radars, test and measurement and satellite, and military communications.
Features
The main features of CPW series Wideband MMIC amplifiers may be summarized as follows:
1. GaN on SiC technology for high efficiency and performance
2. Operate at 14 GHz frequency band with an instantaneous bandwidth of 2 to 18 GHz
3. Flip-chip packaged power amplifier design for sub-miniature packaging and impedance matching
4. Coplanar waveguide (CPW) layout technology for low loss and easy integration
5.High output power gain and stability across the band
Applications
5G cellular transmitter amplifiers
Mobile communication systems and satellite systems
Phased array radar systems
Electronic warfare systems
Test and measurement systems
CPW series Wideband MMIC amplifiers offer faster data transmission speed, better latency values, and higher bandwidth capacity than 4G and LTE network technologies. They have a better range and coverage than mmWave 5G networks, as they can travel further and penetrate physical objects better. They have cost-efficient infrastructure requirements, as they can use existing network towers with minor modifications.
