iNetVu 1.2m Flyaway Ka-band Antenna System 产品说明书 Application Versatility If you operate in Ka-band, the FLY-1202V Flyaway System is easily configured to provide instant access to satellite communications for any application that requires reliable and/or remote connectivity in a rugged ...
HUAXIN 4.5m Ka-Band RxTx Antenna Specifications ◆ R.F SPECIFICATIONSKa-Band RECEIVETRANSMIT 1. Frequency (GHz)17.8-20.228-30 2. Typical Gain(dBi)57at 19GHz60.8at 29GHz 3. VSWR1.3:11.3:1 4. Beamwidth (-3dB)0.21°0.13° 5. Antenna Noise Temperature (K) ...
A promising approach for providing a Ka-band high-gain antenna is the use of a parabolic deployable antenna (PDA). While a handful of PDA concepts for CubeSats have been developed, they all operate at a lower Sband data rate. Perhaps the most robust of the current concepts, and the only...
v100NX All New 1M Ku- Ka- Dual Band GEO/MEO/LEO VSAT Terminal Intellian v100NX is a Future proof Ku- to Ka-band convertible maritime VSAT antenna system supporting future 2.5Ghz Ka- Wideband networks with a tuned radome and reflector. The 100NX’s new operation platform enables GEO/MEO/...
China Starwin 0.76M KA BAND VSAT ANTENNA General Description of 0.76m Ka VSAT antenna China Starwin 0.76 m Ka band VSAT antenna is the robust, high performance and most cost-effective satellite antenna dish designed for Ka-band transmit and receive operation worldwide, for broadband service on ...
The world’s first Ku- to Ka-band convertible antenna, the v85NX can simply be converted from Ku- to Ka-band compatibility by changing the center-mounted RF Assembly and Feed using a conversion kit. The reflector and radome have already been frequency tuned for both satellite bands, which ...
Ka BAND 7.3米卫星天线 描述 7.3m天线为Tx / Rx 2端口的C,Ku,ka,X波段,4端口或Rx 2端口的发送/接收,低噪声和低微波干扰。 7.3米天线带有拉伸成型的双轮廓面板,后支柱和轮毂,便于现场对准。仰角基座方位角为地面或屋顶安装提供,轨道电弧覆盖范围和驱动性能。
Ka BAND 7.3米卫星天线 描述 7.3m天线为Tx / Rx 2端口的C,Ku,ka,X波段,4端口或Rx 2端口的发送/接收,低噪声和低微波干扰。 7.3米天线带有拉伸成型的双轮廓面板,后支柱和轮毂,便于现场对准。仰角基座方位角为地面或屋顶安装提供,轨道电弧覆盖范围和驱动性能。
The measured axial ratio lies well below 2.8 over the horizontal plane. A voltage standing wave ratio of 2.0:1 has been achieved over the frequency band of 37.9-38.55 GHz and the minimum omni gain of the antenna is 0 dBi over the frequency band as well as over the coverage. 展开 ...
A Ka-band reflectarray antenna integrated with solar cells has been designed, manufactured and tested. The electromagnetic characteristics of solar cells as antenna substrates have been studied and measured. The simulation and measurement results of a reflectarray antenna prototype show good radiation ...