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Dipole antenna for receiver RX Dipole, 50 Ohm, RG1.13, U.FL / IPEX
Dipole antenna for receiver RX Dipole, 50 Ohm, RG1.13, U.FL / IPEX is designed for use in receiving modules where minimal weight, flexibility, and precise operation at a defined frequency are critical. Linear polarization ensures stable signal reception when the antenna is properly oriented relative to the transmitter.
The construction based on RG1.13 feeder allows achieving ultra-low weight while maintaining essential electrical performance. The antenna is manufactured for a specific frequency or range, enabling optimal matching and efficient operation in specialized systems.
We are a team of veterans
We work with receiving systems in real conditions where weight, signal stability, and reliability are decisive factors. We understand the specifics of compact platforms and the requirements for antennas in systems with limited installation space.
We select antennas based on specific frequencies, receiver types, and usage scenarios. Our approach is based on practical application, which is why we offer solutions that deliver predictable performance.
Technical specifications
| Parameter | Value |
|---|---|
| Model | RX Dipole |
| Type | Dipole antenna |
| Frequency range | Custom |
| Polarization | Linear |
| Feeder material | RG1.13 |
| VSWR | 1.5–1.7 |
| Weight | ≈ 3.7 g |
| Impedance | 50 Ohm |
| Connector | U.FL / IPEX |
| Alternative connectors | MMCX |
| Feeder length | 15 cm (customizable) |
| Radiating element material | Copper / stranded wire / steel |
Comment / comments
The antenna is manufactured according to specified frequency parameters, allowing optimal VSWR within the operating range. This is important for stable signal reception without losses and reflections.
The RG1.13 feeder provides minimal weight and sufficient flexibility for installation in compact systems. The ability to choose the radiating element material allows balancing between lowest possible weight and increased mechanical strength depending on operating conditions.
Who it is suitable for
Military
Suitable for use in compact receiving systems, reconnaissance platforms, and mobile units. Ensures stable signal reception with minimal impact on system weight. Allows precise tuning to a specific frequency. Suitable for tasks where compactness and reliability are critical. Used in systems with limited installation space.
FPV operators and technical specialists
Suitable for micro and compact platforms where weight is critical. Provides stable signal reception when properly installed. Allows tuning the system to a specific frequency. Used to achieve stable reception in challenging conditions. Suitable for precise system configuration.
Engineers and system developers
Used in development and testing of receiving systems. Provides accurate results when adjusting frequency parameters. Suitable for laboratory and field testing. Offers flexibility in material and configuration selection. Used for prototyping.
Video transmission and data systems
Suitable for receiving modules in compact systems. Ensures stable signal reception with proper matching. Used in stationary and mobile solutions. Enables operation in limited space environments. Suitable for specialized configurations.
Enthusiasts and experimenters
Suitable for building custom receiving solutions. Allows working with different frequencies. Provides flexibility in system tuning. Used for experimentation and testing. Delivers stable results when properly configured.