RIM092K0-20 using gallium-nitride (GaN)-on-SiC transistors is designed for industrial, scientific, medical (ISM) and plasma applications at 915MHz. RIM092K0-20 is the world’s highest power and efficiency SSPA with affordable price. This amplifier is suitable for use in CW, ISM applications. This high efficiency rugged device is targeted to replace industrial magnetrons and other vacuum tubes which are currently applying into high power industrial applications, artificial diamond manufacturing, semiconductor equipment, and plasma systems.
RIM092K0-20
Description
RIM092K0-20 using gallium-nitride (GaN)-on-SiC transistors is designed for industrial, scientific, medical (ISM) and plasma applications at 915MHz. RIM092K0-20 is the world’s highest power and efficiency SSPA with affordable price. This amplifier is suitable for use in CW, ISM applications. This high efficiency rugged device is targeted to replace industrial magnetrons and other vacuum tubes which are currently applying into high power industrial applications, artificial diamond manufacturing, semiconductor equipment, and plasma systems.
Applications
ㆍNavigation Radar
ㆍSpace Exploration Radar
ㆍAir Traffic Control Radar
ㆍWeather Radar
ㆍThreat Detection Radar
ㆍMissile Tracking Radar
ㆍMeteorological Radar
ㆍSurveillance Ground Radar
Description
RIM092K0-20 using gallium-nitride (GaN)-on-SiC transistors is designed for industrial, scientific, medical (ISM) and plasma applications at 915MHz. RIM092K0-20 is the world’s highest power and efficiency SSPA with affordable price. This amplifier is suitable for use in CW, ISM applications. This high efficiency rugged device is targeted to replace industrial magnetrons and other vacuum tubes which are currently applying into high power industrial applications, artificial diamond manufacturing, semiconductor equipment, and plasma systems.
Applications
ㆍNavigation Radar
ㆍSpace Exploration Radar
ㆍAir Traffic Control Radar
ㆍWeather Radar
ㆍThreat Detection Radar
ㆍMissile Tracking Radar
ㆍMeteorological Radar
ㆍSurveillance Ground Radar
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