Description
The Deepace R120 is a high performance ultra wideband antenna designed for demanding RF applications. Covering a wide frequency range from 5 GHz to 13 GHz, the R120 provides stable and reliable signal transmission, making it ideal for applications such as spectrum monitoring, signal analysis, and communications testing.
Features:
- Wide Band Coverage: Supports ultra-wide frequency band from 5 GHz to 13 GHz, suitable for a variety of communication test requirements, low signal loss and stable performance.
- High Gain Design: Stable gain of 10 dBi ensures the strength of signal reception and transmission even in complex environments.
- Low Return Loss: The well-designed feed structure makes the return loss lower than -10 dB, minimizing signal reflection loss and improving signal integrity.
- High-efficiency Low-loss Substrate: High-performance PCB materials are used to greatly reduce signal loss and ensure efficient transmission and stability.
- High quality SMA connector: Equipped with high quality gold-plated SMA connector to ensure low insertion loss and provide excellent durability for long-term use.
- Outstanding Directionality: Precise radiating design, the signal is clearly directed, effectively reducing interference and improving the quality of long-distance communication.
Applicable scenarios:
- Wireless Communications Testing
- Spectrum Monitoring and Analysis
- Electromagnetic Compatibility (EMC) Testing and Diagnostics
- Laboratory Measurements
- Field Strength Monitoring
Technical Parameters:
Parameter Specifications
Frequency Range: 5 GHz – 13 GHz
Gain: 10 dBi typ
Return Loss: ≤ -10 dB
Connector Type: SMA (Gold Plated)
Polarization: Linear Polarization
Directionality: Highly Directional
Material: PTFE
dimension (mm): 85mm*50mm
weight (g): 17g
Operating Temperature: -40°C ~ +85°C
Reliable and Stable with Excellent Performance
R120 antennas are designed and manufactured under strict control to ensure that each antenna has stable performance, low loss and strong signal. Its high directionality and high gain characteristics make it an ideal choice for laboratory, field testing and other scenarios.
