RFHIC’s RNP24500-20G is a 500W, 2400-2500 MHz, GaN solid state microwave generator designed for microwave heating & drying, plasma lighting, and microwave ablation. The RNP24500-20G is equipped with its own phase locked loop (PLL) signal generator requiring no external RF input. The module type generator is capable of operating in both continuous and pulse providing users the flexibility to optimize their end applications.
This module is designed with RFHIC’s state of the art gallium-nitride (GaN) on SiC HEMT, providing excellent thermal stability and high breakdown voltage.
RNP24500-20G
StatusSample available
RNP24500-20G
StatusSample available
Description
RFHIC’s RNP24500-20G is a 500W, 2400-2500 MHz, GaN solid state microwave generator designed for microwave heating & drying, plasma lighting, and microwave ablation. The RNP24500-20G is equipped with its own phase locked loop (PLL) signal generator requiring no external RF input. The module type generator is capable of operating in both continuous and pulse providing users the flexibility to optimize their end applications.
This module is designed with RFHIC’s state of the art gallium-nitride (GaN) on SiC HEMT, providing excellent thermal stability and high breakdown voltage.
Applications
• Microwave Heating and Drying
• Plasma Lighting
• Microwave Ablation
Frequency
2,400 ~ 2,500
MHz
Output Power
500
W
Gain
-
dB
Efficiency
55
%
Cooling Type
Water
Dimension
260 x 110 x 30
mm
Description
RFHIC’s RNP24500-20G is a 500W, 2400-2500 MHz, GaN solid state microwave generator designed for microwave heating & drying, plasma lighting, and microwave ablation. The RNP24500-20G is equipped with its own phase locked loop (PLL) signal generator requiring no external RF input. The module type generator is capable of operating in both continuous and pulse providing users the flexibility to optimize their end applications.
This module is designed with RFHIC’s state of the art gallium-nitride (GaN) on SiC HEMT, providing excellent thermal stability and high breakdown voltage.
Applications
• Microwave Heating and Drying
• Plasma Lighting
• Microwave Ablation
Frequency
2400 ~ 2500MHz
Output Power
500W
Gain
-dB
Efficiency
55%
Cooling Type
Water
Dimension
260 x 110 x 30mm
연관 상품
-
Description
RFHIC’s RTP1623050-20 is a gallium-nitride gallium-nitride (GaN) on silicon carbide (SiC) wideband amplifier suited for broadcasting and communication system applications. Covering from 1600 to 2300 MHz, the RTP1623050-20 yields a small signal gain of 10 dB with 54 dBm at P3dB peak. The RTP1623050-20 is designed using RFHIC’s gallium-nitride gallium-nitride (GaN) on silicon carbide (SiC) high-electron-mobility (HEMT) on aluminum sub-carrier to provide high breakdown voltage, efficiency, and lower thermal dissipation. The device is fully matched for easier system integration.
Lead-free and RoHS compliant.
...Frequency1,600 ~ 2,300MHzOutput Power251.0WGain10dBStatusProduction
Freq. (MHz)1,600 ~ 2,300
Gain (dB)10 -
Description
RFHIC’s RRK40805K0-680 is a 5kW, pulsed, C-band solid-state transmitter system designed ideally for radar applications. The RRK40805K0-680 operates from 4 to 8 GHz and provides up to a 15% duty cycle. The RRK40805K0-680 is water-cooled and is the perfect 1:1 replacement for existing vacuum tube solutions such as klystrons, magnetrons, and or traveling wave tube amplifiers. The RRK40805K0-680 is a complete transmitter system equipped with four SSPAs, a 208 VAC 3-phase power supply unit, and a control module, all built within a compact 19 rack shelf – simplifying system integration.
...Frequency4,000 ~ 8,000MHzOutput Power5,000.0WGain68dBEfficiency%StatusSample available
Freq. (MHz)4,000 ~ 8,000
Gain (dB)68 -
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, 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.
...Frequency2,700 ~ 3,100MHzOutput Power15,000.0WStatusSample available
Freq. (MHz)2,700 ~ 3,100
