Product Summary
Wideband SDR Antenna 10kHz-180MHz Donut Loop Antenna SMA Male Connector for Shortwave Medium is a RF wireless product selected for wireless communication, antenna experiments and radio signal workflows. It is suitable for radio users, SDR experimenters and wireless project builders who need practical electronics hardware for reliable project work.
Best For
- wireless communication, antenna experiments and radio signal workflows
- SDR receivers, LoRa modules, antennas and RF test setups
- Electronics testing, repair, prototyping and maker workflows
FAQ
Who is this product for? It is intended for radio users, SDR experimenters and wireless project builders.
What should I check before buying? Review the product options, specifications, included accessories and compatibility details on this page.
Specifications:
- Frequency Range: 10kHz - 180MHz
- Antenna Dimensions: 110mm x 100mm x 12mm (4.33in x 3.94in x 0.79in)
- Connector: SMA Male
- Compatibility: Suitable for shortwave and medium wave SDR reception
Features:
1. Wide Frequency Range
Covering a broad spectrum from 10kHz to 180MHz, this antenna is designed to capture a wide range of signals. This makes it ideal for both amateur and professional radio enthusiasts.
2. Ease of Use
No complex setup or switching between different bands is required. This antenna can directly receive every frequency within its range, making it user-friendly and efficient.
3. Compact and Portable Design
With dimensions of just 110mm x 100mm x 12mm, this compact antenna is easy to transport and set up anywhere, making it perfect for field operations.
4. High Compatibility
This antenna is compatible with various SDR receivers, ensuring seamless integration for different use cases, including communications and radio monitoring.
5. Stable Reception
Equipped with an SMA male connector and a low-impedance matching switch, this antenna provides stable and reliable reception for clearer signal quality across its entire frequency range.
Package Included:
1 x Wideband Receiving Antenna
