77 GHz Automotive Avoidance Radar Antennas
Our antennas deliver outstanding performance, in a very compact package and we deliver antennas at an industry-leading price. Our 77 GHz Automotive/ Collisions Avoidance Radar antennas are intended to be used with the Texas Instruments 76 GHz Radar Chip. Our antennas are designed for automated manufacturing (labor cost reduction) and are available in small quantities (e.g. 200 or 300 pieces) or large quantities (e.g. 1,000,000 pieces per year). This antenna is designed for producibility, featuring a relatively low-cost design. It can be packaged in Automated PCB Assembly line packaging.
With over 20 years in all facets of microwave engineering, we use our extensive experience and proprietary processes and technologies to bring you the most accurate and robust dielectric characterization data, when you need it.
Designed for Producibility
Our test methods produce 10,000 data points. Other test methods only produce 1 data point.
RCL Microwave leads the industry in broadband dielectric characterization with thin film capability to 20 microns
Available in standard RF Connectors or PCB Mount connectors
For Broadband Dielectric Characterization, Automotive Collision Avoidance Antennas, and Base Station Antennas
Custom Antenna Design Services
RCL Microwave offers custom antenna design services for a wide range of applications and we’re your best source for 5G 28 GHz Base Station Antennas, 60 GHz Automotive Avoidance Radar Antennas, and 77 GHz Automotive Avoidance Radar Antennas. We have a full license for Computer Simulation Technology (CST) 3D EM Modeling software.
Antenna Design Services
RCL Microwave offers Antenna Design services for a wide range of applications. We have a full license for Computer Simulation Technology (CST) 3D EM Modeling software.”
Tunable Mainlobe Width
Base Station Antenna Return Loss
About 97% or 98% efficient
Lower electricity costs
Small form factor
Fits in a 1” x 1” x 2” volume
Standard RF Connectors
PCB Mount connectors
We use a wide range of fixtures to characterize materials. Contact us to get a free quote today!