Choke-slot horn antenna BF
The YD-CFHA19-10 is an E-band choke-slot horn antenna with an operating frequency range of 40 GHz to 60 GHz. It delivers a typical gain of 10 dBi and supports both linear and circular polarization. The input port is WR-19, and the antenna is manufactured using an integral wire-cutting process with gold plating over the entire surface, ensuring excellent electrical performance.
The YD-CFHA15-10 is a V-band choke-slot horn antenna with an operating frequency range of 50 GHz to 75 GHz. It delivers a typical gain of 10 dBi and supports both linear and circular polarization. The input port is WR-15, and the antenna is manufactured using an integral wire-cutting process with full gold plating, ensuring excellent electrical performance.
The YD-CFHA12-10 is an E-band choke-slot horn antenna with an operating frequency range of 60 GHz to 90 GHz. It delivers a typical gain of 10 dBi and supports both linear and circular polarization. The input port is WR-12, and the antenna is manufactured using an integral wire-cutting process with full gold plating, ensuring excellent electrical performance.
The YD-CFHA10-10 is a W-band choke-slot horn antenna with an operating frequency range of 75 GHz to 110 GHz. It delivers a typical gain of 10 dBi and supports both linear and circular polarization. The input port is WR-10, and the antenna is manufactured using an integral wire-cutting process with full gold plating, ensuring excellent electrical performance.
The YD-CFHA8-10 is a W-band choke-slot horn antenna with an operating frequency range of 90 GHz to 140 GHz. It delivers a typical gain of 10 dBi and supports both linear and circular polarization. The input port is WR-8, and the antenna is manufactured using an integral wire-cutting process with full gold plating, ensuring excellent electrical performance.
The YD-CFHA6-10 choke-slot horn antenna operates over a frequency range of 110 GHz to 170 GHz and delivers a typical gain of 10 dBi. It provides linear or circular polarization radiation, with a WR-6 input port. The antenna is manufactured using an integrated wire-cutting process and precision machining, followed by full gold plating, ensuring excellent electrical performance.