RFHIC Introduces GaN SSPAs and Microwave Generators for RF Energy Applications

RFHIC Introduces GaN SSPAs and Microwave Generators for RF Energy Applications

RFHIC has developed a wide range of gallium-nitride (GaN) solid-state power amplifiers and microwave generators to replace magnetron tubes for industrial microwave heating and drying applications. RFHIC’s GaN solid-state power amplifiers and microwave generator systems are designed to provide optimal stability and control of microwave power required by industrial heating and drying applications. They offer the complete microwave generator system as either an integrated unit or with a remote solid-state head. The integrated microwave generator houses all the generator components in a single rack type assembly, while the remote solid-state head separates the power supply and SSPA head by a cable assembly. We have listed some new RF GaN Solid State Power Amplifiers (SSPA) from RFHIC for RF Energy Applications below.

GaN Solid State Power Amplifier from 2.4 to 2.5 GHz

The RNP24550-21 is designed for various industrial heating and drying applications in food and beverages, chemicals, and physical therapy applications.

  • Provides 550 W of CW power with a drain efficiency of 55% at 50 volts. 
  • Provides excellent reliability and stability.
  • Can be modified to a complete microwave generator system upon request.

GaN Solid State Power Amplifier from 900 to 930 MHz

The RIM091K1-20 is designed to replace magnetron tubes from current industrial heating and drying processes.  

  • Provides an average lifetime of 100K + hours (depending on usage) mitigating downtime and OPEX costs.
  • Provides a drain efficiency of 63% at 50 volts.
  • Can be modified to a complete microwave generator system upon request.

2 kW GaN Solid State Power Amplifier from 900 to 930 MHz

The RIM092K0-20 is designed ideally for replacing magnetron tubes used for industrial microwave heating and drying of foods, composite materials, herbs, and textiles. 

  • Providing a continuous wave (CW) output power of 2,000 W with a drain efficiency of 63% at 50 volts. 
  • Provides a more uniform heating/drying of end product due to its controllable features. 
  • Can be modified to a complete microwave generator system upon request. 

GaN Solid-State Microwave Generator from 2.4 to 2.5 GHz

The RIM25100-20G is designed ideally for microwave tumor ablation and microwave plasma lighting applications.

  • Providing a continuous wave (CW) output power of 100 W with a drain efficiency of 60% at 50 volts.
  • Built with RFHIC’s control software suite allowing users to control the generator's frequency, power level, phase, and signal source. 
  • Provides faster heating over a larger volume due to its excellent stability and controllability. 

GaN Solid State Microwave Generator from 900 to 930 MHz  (In-Development)

The RIM201K4-20G is being designed ideally for replacing magnetron tubes used for industrial microwave heating and drying of foods, composite materials, herbs, and textiles.

  • Providing a continuous wave (CW) output power of 1,400 W with a drain efficiency of 53% at 50 volts.
  • Built with RFHIC’s control software suite allowing users to control the frequency, power level, phase, and signal source.
  • All microwave generator systems are supplied with a power supply unit (PSU), SSPA head, cable assembly, and waveguide converter.

3 kW GaN Solid State Microwave Generator from 900 to 930 MHz

The RIU093K0-50T is designed as a one to one replacement of magnetron tubes for various industrial microwave heating and drying applications.

  • Providing a continuous wave (CW) output power of 3,000 W with a drain efficiency of 56% at 50 volts.
  • Built with RFHIC’s control software suite allowing users to control the frequency, power level, phase, and signal source.
  • All microwave generator systems are supplied with a power supply unit (PSU), SSPA head, cable assembly, and waveguide converter.

Click to view RFHIC SSPAs and Microwave Generators on everything RF.

Publisher: everything RF
Tags:-   Power AmplifierGaN

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