喇叭天线
平面螺旋天线
龙勃天线
电磁兼容测试天线
电缆
接头&转接头
校准件
腔体滤波器
无源产品
5G
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RF Filter Bandpass OWBP-82508550-10
Model OWBP-82508550-10 is a W band waveguide bandpass filter with a passband frequency of 82.5 to 85.5 GHz and rejection frequencies from DC to 79 GHz and 93.5 to 110 GHz.
The nominal insertion loss of the bandpass filter is 2.5 dB and the typical rejection is 40 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers.
Related products
RF Filter Bandpass OWBP-47005900-15
Model OWBP-47005900-15 is a V band waveguide bandpass filter with a passband frequency of 47 to 59 GHz and rejection frequencies from DC to 44 GHz and 63 to 78 GHz.
The nominal insertion loss of the bandpass filter is 2.0 dB and the typical rejection is 50 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers.
增益14.5dBi,频率 0.61GHz-0.96GHz, 双波束通讯龙勃透镜天线 OLLA-69-2B
通讯龙勃透镜天线是一种球形介质透镜天线，它通过介质将微波聚焦到焦点。通讯龙勃透镜天线因其高增益、低剖面和多馈源多波束工作而广泛应用于微波、毫米波、移动通信、卫星通信和射电天文学。
该分布具有球面对称性，使得龙勃透镜球面上的任何一点都是透镜球面的焦点。因此，只要控制天线馈源在球面上的位置，电磁辐射波束就可以指向任何方向，并且随着馈源在球面上位置的变化，不存在焦点问题。
由于透镜的介质分布特性，天线对电磁波的频带相对不敏感，因此频带可以很宽。提供频率范围为0.4至110 GHz的定制通讯龙勃透镜天线。在2.17 GHz-3.3 GHz的标准增益值和相应的半功率波束宽度是20 dBi和18度。其他增益值可定制。3D打印天线可以连接到标准波导接口。其他定制的源也是可用的。
RF Filter Bandpass OWBP-59506150-15
Model OWBP-59506150-15 is a V band waveguide bandpass filter with a passband frequency of 59.48 to 61.48 GHz and rejection frequencies from 50.48 to 54.48 GHz and 66.48 to 69.48 GHz.
The nominal insertion loss of the bandpass filter is 2.5 dB and the typical rejection is 50 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers
RF Filter Bandpass OWBP-59006500-15
Model OWBP-59006500-15 is a V band waveguide bandpass filter with a passband frequency of 59.0 to 65.0 GHz and rejection frequencies from 57.5 GHz or below and 67.5 to 75.0 GHz.
The nominal insertion loss of the bandpass filter is 2.5 dB and the typical rejection is 40 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers. .
RF Filter Bandpass OWBP-51005500-15
Model OWBP-51005500-15 is a V band waveguide bandpass filter with a passband frequency of 51.0 to 55.0 GHz and rejection frequencies from DC to 47 GHz and 59 to 70 GHz.
The nominal insertion loss of the bandpass filter is 1.5 dB and the typical rejection is 30 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers.
RF Filter Bandpass OWBP-35263626-28
Model OWBP-35263626-28 is a Ka band waveguide bandpass filter with a passband frequency of 35.26 to 36.26 GHz and rejection frequencies from DC to 33.9 GHz and 38 to 45 GHz.
The nominal insertion loss of the bandpass filter is 1.5 dB and the typical rejection is 40 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers.
RF Filter Bandpass OWBP-58606340-15
Model OWBP-58606340-15 is a V band waveguide bandpass filter with a passband frequency of 58.6 to 63.4 GHz and rejection frequencies from DC to 56.0 GHz and 68.0 to 80.0 GHz.
The nominal insertion loss of the bandpass filter is 2.0 dB and the typical rejection is 50 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers.
RF Filter Bandpass OWBP-1250015000-06
Model OWBP-1250015000-06 is a D band waveguide bandpass filter with a passband frequency of 125 to 150 GHz and rejection frequencies from DC to 100 GHz and 163 to 250 GHz.
The nominal insertion loss of the bandpass filter is 4.5 dB and the typical rejection is 40 dB. Since both low end and high end cut off frequencies can be selected by modifying the design, custom designs are available under different model numbers.