20240022027. OVERMOLD-OVERMOLD MICRO RADIO FREQUENCY CONNECTOR simplified abstract (Raytheon Company)
OVERMOLD-OVERMOLD MICRO RADIO FREQUENCY CONNECTOR
Organization Name
Inventor(s)
Joseph P. Nipper of Allen TX (US)
Mikel J. White of Murphy TX (US)
OVERMOLD-OVERMOLD MICRO RADIO FREQUENCY CONNECTOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240022027 titled 'OVERMOLD-OVERMOLD MICRO RADIO FREQUENCY CONNECTOR
Simplified Explanation
The provided abstract describes a connector that consists of radio frequency (RF) signal pins, ground pins arranged in a ring shape around the RF signal pins, a ground pin supporting mold, and a dielectric mold. The ground pins are surrounded by a mold that defines a borehole, and the RF signal pins and ground pin supporting mold are surrounded by a dielectric mold.
- The connector includes RF signal pins and ground pins arranged in a ring shape.
- A ground pin supporting mold is formed around the ground pins, providing support.
- A borehole is defined around the RF signal pins and ground pin supporting mold.
- A dielectric mold is formed in the borehole, surrounding the RF signal pins and ground pin supporting mold.
Potential Applications:
- This connector can be used in various electronic devices and systems that require RF signal transmission.
- It can be utilized in telecommunications equipment, wireless communication devices, and networking devices.
- The connector can be employed in high-frequency applications such as radar systems, satellite communication systems, and wireless data transfer.
Problems Solved:
- The connector solves the problem of providing a reliable and efficient connection for RF signal transmission.
- It addresses the need for proper grounding to minimize interference and signal loss.
- The connector solves the challenge of maintaining signal integrity in high-frequency applications.
Benefits:
- The connector ensures a secure and stable connection for RF signal transmission.
- It provides effective grounding, reducing interference and improving signal quality.
- The connector offers improved performance in high-frequency applications, enabling reliable data transfer.
Potential Applications
- Telecommunications equipment
- Wireless communication devices
- Networking devices
- Radar systems
- Satellite communication systems
- Wireless data transfer
Problems Solved
- Reliable and efficient RF signal transmission
- Proper grounding to minimize interference and signal loss
- Maintaining signal integrity in high-frequency applications
Benefits
- Secure and stable RF signal connection
- Effective grounding, reducing interference and improving signal quality
- Improved performance in high-frequency applications, enabling reliable data transfer
Original Abstract Submitted
a connector is provided and includes one or more radio frequency (rf) signal pins, ground pins arranged in a ring-shape around the one or more rf signal pins, a ground pin supporting mold formed about the ground pins and defining a borehole around the one or more rf signal pins and a dielectric mold formed in the borehole about the one or more rf signal pins and about the ground pin supporting mold.
