These devices are based on the company’s Advanced Rugged Technology (ART) and due to the heavy-duty design employed, they are suitable for the harshest of operational conditions.
With 1400W and 1600W ratings, the ART1K6x series operate over a frequency range from 1MHz to 450MHz. A high breakdown voltage allows them to be used in 48V for Class E and 55V Class AB applications (the maximum VDS figure supported being 177V). They can cope with a 65:1 voltage standing wave ratio (VSWR), which means that any potential load mismatch issues can be alleviated.
The high impedance levels that these LDMOS amplifiers exhibit helps to reduce power losses and significantly lower currents are required. Less heat also needs to be dissipated, which reduces the associated thermal management overhead and keeps system bill-of-materials costs to minimum.
The ART1K6PH (G) amplifiers are each supplied in an OMP-1230 straight lead or gull wing package, while the ART1K6FH devices come in SOT539AN packages. All of them have a dual-sided electro-static discharge (ESD) protection mechanism included.
Among the various applications which they can be used for are plasma generators, magnetic resonance imaging (MRI) systems, CO2 lasers and particle accelerators. Other possible uses include broadcasting and wireless communications.
