At RFHIC, we provide commercial off the shelf (COTS) and custom GaN solid-state sub-systems for high-powered applications in defense, industrial, scientific, and medical industries. Offering key features such as compact
At RFHIC, we provide commercial off the shelf (COTS) and custom GaN solid-state sub-systems for high-powered applications in defense, industrial, scientific, and medical industries. Offering key features such as compact size, scalable architecture, high reliability, and powers up to multi-kW.
-
Description
RRK40805K0-680 uses GaN transistors and is designed for the high power radar applications at 4000 ~ 8000 MHz. This solid-state transmitter allows upgrading the existing VED (Vacuum Electronic Device, such ...
Frequency4,000 ~ 8,000MHzOutput Power5,000.0WGain52dBEfficiency%Freq. (MHz)4,000 ~ 8,000
Gain (dB)52RRK40805K0-680 uses GaN transistors and is designed for the high power radar applications at 4000 ~ 8000 MHz. This solid-state transmitter allows upgrading the existing VED (Vacuum Electronic Device, such as Klystron, Magnetron, Travelling Wave Tube, and Cross Field Amplifer) based transmitter for radar platforms. -
Description
RRK20405K0-680 uses GaN transistors and is designed for the high power radar applications at 2000 ~ 4000 MHz. This solid-state transmitter allows upgrading the existing VED (Vacuum Electronic Device, such ...
Frequency2,000 ~ 4,000MHzOutput Power5,000.0WGain52dBEfficiency%Freq. (MHz)2,000 ~ 4,000
Gain (dB)52RRK20405K0-680 uses GaN transistors and is designed for the high power radar applications at 2000 ~ 4000 MHz. This solid-state transmitter allows upgrading the existing VED (Vacuum Electronic Device, such as Klystron, Magnetron, Travelling Wave Tube, and Cross Field Amplifer) based transmitter for radar platforms. -
Description
The RSF5767-30C0S & RSF3442-40C0S are industrial standard 19” wide and 1RU(1.75”) height rack-mount type Up & Down-Converters which are designed for the satellite communication application with C-band operating frequency from ...
Frequency~ MHzOutput Power19.5WGaindBEfficiency%Freq. (MHz) ~
Gain (dB)The RSF5767-30C0S & RSF3442-40C0S are industrial standard 19” wide and 1RU(1.75”) height rack-mount type Up & Down-Converters which are designed for the satellite communication application with C-band operating frequency from 5.7 to 6.7 GHz for up-conversion and from 3.4 to 4.2 GHz for down-conversion. This converter has a built-in power supply unit which provides regulating voltage, multiple LEDs to show alarms and LCD displaying full internal information. The user-friendly front panel or the RS422 remote interface will provide full set-up and fault monitoring functions Ethernet option will allow the operator to allow system operation either through SNMP or Web based interface. This converter product delivers very high linearity spectral performance, superior phase noise and stability to exceed the requirements of all major international satellite network operators. Also, this converter product provides high output conversion frequency accuracy by built-in local oscillators referenced by internal temperature compensated high performance OCXO. The operating frequency and some specifications of converters can be modified by custom request. -
Description
RFHIC’s RIK2512K-40TG_H is a 12kW, solid-state microwave generator system designed for plasma generation and microwave heating applications. The RIK2512K-40TG_H is built using RFHIC’s cutting edge gallium-nitride (GaN) on SiC HEMT ...
Frequency2,400 ~ 2,500MHzOutput Power12,000.0WGaindBEfficiency54%Freq. (MHz)2,400 ~ 2,500
Gain (dB)RFHIC's RIK2512K-40TG_H is a 12kW, solid-state microwave generator system designed for plasma generation and microwave heating applications. The RIK2512K-40TG_H is built using RFHIC's cutting edge gallium-nitride (GaN) on SiC HEMT providing excellent thermal stability and high breakdown voltage. The RIK2512K-40TG_H is an integrated type microwave generator that comes with a control module shelf, four SSPA shelves, and a 3 phase 380 VAC power supply unit built in a compact 19 in cabinet. The RIK2512K-40TG_H is operable both in CW and pulse and is designed to be the perfect replacement of industrial magnetrons and other vacuum tubes. -
Description
RFHIC’s RRK545930K-440 is a 30kW, C-band transmitter system operable from 5400 to 5900 MHz. The RRK545930K-440 is designed ideally for various radar applications such as airport surveillance radar, weather radar, ...
Frequency5,400 ~ 5,900MHzOutput Power30,000.0WGain44dBEfficiency%Freq. (MHz)5,400 ~ 5,900
Gain (dB)44RFHIC's RRK545930K-440 is a 30kW, C-band transmitter system operable from 5400 to 5900 MHz. The RRK545930K-440 is designed ideally for various radar applications such as airport surveillance radar, weather radar, defense radar, and more. Fully equippred with eight SSPA shelves, the transmitter is designed with a fault redundant structure allowing the transmitter to provide graceful degradation in case of one of multiple amplifier failure. -
Description
RFHIC’s RRK54596K0-780, is a 6kW, C-band, GaN solid state power transmitter designed for high power radar applications. The RRK54596K0-780 is designed with RFHIC’s state of the art gallium-nitride (GaN) on ...
Frequency5,400 ~ 5,900MHzOutput Power6,000.0WGain78dBEfficiency%Freq. (MHz)5,400 ~ 5,900
Gain (dB)78RFHIC's RRK54596K0-780, is a 6kW, C-band, GaN solid state power transmitter designed for high power radar applications. The RRK54596K0-780 is designed with RFHIC's state of the art gallium-nitride (GaN) on SiC HEMT, providing excellent thermal stability and high breakdown voltage. This solid-state transmitter allows upgrading the existing VED (Vacuum Electronic Device, such as Klystron, Magnetron, Travelling Wave Tube, and Cross Field Amplifier) based transmitter for radar platforms. -
Description
RFHIC’s RRK56578K5-790, is an 8.5kW, C-band, GaN solid state transmitter designed for high power radar applications. The RRK56578k5-790 is designed with RFHIC’s state of the art gallium-nitride (GaN) on SiC ...
Frequency5,600 ~ 5,700MHzOutput Power8,500.0WGain79dBEfficiency%Freq. (MHz)5,600 ~ 5,700
Gain (dB)79RFHIC's RRK56578K5-790, is an 8.5kW, C-band, GaN solid state transmitter designed for high power radar applications. The RRK56578k5-790 is designed with RFHIC's state of the art gallium-nitride (GaN) on SiC HEMT, providing excellent thermal stability and high voltage breakdown. This solid-state transmitter allows upgrading the existing VED (Vaccum Electronic Device, such as Klystron, Magnetron, Travelling Wave Tube, and Cross Field Amplifier) based transmitter for radar applications. -
Description
The RRT273115K-690 is a 15kW, S-band transmitter system operable from 2700 to 3100 MHz. The RRT273115K-690 is designed ideally for various radar applications such as airport surveillance radar, weather radar, ...
Frequency2,700 ~ 3,100MHzOutput Power15,000.0WFreq. (MHz)2,700 ~ 3,100The RRT273115K-690 is a 15kW, S-band transmitter system operable from 2700 to 3100 MHz. The RRT273115K-690 is designed ideally for various radar applications such as airport surveillance radar, weather radar, defense radar, and more. The RRT273115K-690 comes fully equipped with eight SSPA shelves, a power supply unit, air cooling fans, a drive and control system. The transmitter is designed with a fault redundant structure allowing the transmitter to provide graceful degradation in case of one of multiple amplifier failure. -
Description
RFHIC’s RRT901005K0-57 is a 5kW, X-Band, gallium-nitride (GaN) solid-state transmitter designed for high-power applications such as maritime, surveillance, and weather radar. The RRT901005K0-57 delivers flexible duty cycle ranges from 1% ...
Frequency9,000 ~ 10,000MHzOutput Power5,000.0WGain57dBEfficiency25%Freq. (MHz)9,000 ~ 10,000
Gain (dB)57RFHIC's RRT901005K0-57 is a 5kW, X-Band, gallium-nitride (GaN) solid-state transmitter designed for high-power applications such as maritime, surveillance, and weather radar. The RRT901005K0-57 delivers flexible duty cycle ranges from 1% to 15%, and a pulse width ranging from 1 to 100 microseconds. The transmitter system is modular and fault-tolerant and is equipped with eight gallium-nitride (GaN) solid-state power modules combined in a single rack mount system. The system employs RFHIC's cutting edge gallium-nitride gallium-nitride (GaN) on silicon carbide (SiC) transistors enabling increased transmitted power, efficiency and reliability. The system uses forced air cooling and a WR-90 Waveguide output. The RRT901005K0-57 boasts a scalable architecture allowing customers to easily expand when required. Industry Leading SWaP- Size, Weight, and Power Custom designs are available at the Module and Rack Mount System Level upon request. Lead-free and RoHS compliant. -
Description
RRT92975K0-57 uses GaN transistors. The RRT92975K0-57 Transmitter is designed for the high power radar application at 9200 ~ 9700MHz. The RRT92975K0-57 is designed for use in maritime, surveillance and weather ...
Frequency9,200 ~ 9,700MHzOutput Power5,000.0WGain57dBEfficiency20%Freq. (MHz)9,200 ~ 9,700
Gain (dB)57RRT92975K0-57 uses GaN transistors. The RRT92975K0-57 Transmitter is designed for the high power radar application at 9200 ~ 9700MHz. The RRT92975K0-57 is designed for use in maritime, surveillance and weather radar transmitter. The RRT92975K0-57 Transmitter replaces industrial magnetrons and other vacuum tubes which have been currently used in high power applications. RRT92975K0-57 Transmitter is designed with forced air cooling system. -
Description
RFHIC’s RRT9397400-560 is a 400W, X-band Solid-State Transmitter designed for high power radar and weather radar applications. The RRT9397400-560 provides a compact size of 19″(w) by 2U allowing users to ...
Frequency9,300 ~ 9,700MHzOutput Power400.0WGain56dBEfficiency25%Freq. (MHz)9,300 ~ 9,700
Gain (dB)56RFHIC's RRT9397400-560 is a 400W, X-band Solid-State Transmitter designed for high power radar and weather radar applications. The RRT9397400-560 provides a compact size of 19"(w) by 2U allowing users to place directly on the mast for easy integration. The transmitter is equipped with a detection alarm to prevent system damage. Modification and custom designs are available upon request.