
1:4 Balun Antenna 1-56MHz 200W HF Balun DIY Waterproof 50Ω‑200Ω for Winton Shortwave Antenna HAM Radio white 1:4
1:4 Balun Antenna 1-56MHz 200W HF Balun DIY Waterproof 50Ω‑200Ω for Winton Shortwave Antenna HAM Radio white 1:4
1:4 Balun Antenna 1-56MHz 200W HF Balun DIY Waterproof 50Ω‑200Ω for Winton Shortwave Antenna HAM Radio
Product Features
- Frequency Range: Effectively operates in the 1-56MHz band, supporting power transmission up to 200 watts, suitable for most amateur radio operations.
- Balun Output: This Balun can function as an impedance converter for unbalanced to balanced antenna configurations with a 1:4 conversion ratio, transforming the input impedance from 50 (unbalanced) to an output impedance of 200 (balanced) with a VSWR of less than 1.5, reducing signal loss and ensuring efficient operation.
- Rugged and Durable: Constructed from high-quality ABS material, it is reliable and durable, resisting the effects of outdoor environments and ensuring performance in various weather conditions.
- Suitable for: Amateur radio enthusiasts using Winton antennas and multi-band balanced antennas. It is a reliable solution for antenna impedance matching and signal balancing, suitable for shortwave antennas and DIY HAM projects.
- Easy Installation: Compact and lightweight, equipped with a sturdy yellow mounting plate with pre-drilled holes and secure connection points, it is easy to set up, saving time and effort.
More Images





1:4 Balun Antenna 1-56MHz 200W HF Balun DIY Waterproof 50Ω‑200Ω for Winton Shortwave Antenna HAM Radio white 1:4
1:4 Balun Antenna 1-56MHz 200W HF Balun DIY Waterproof 50Ω‑200Ω for Winton Shortwave Antenna HAM Radio
Product Features
- Frequency Range: Effectively operates in the 1-56MHz band, supporting power transmission up to 200 watts, suitable for most amateur radio operations.
- Balun Output: This Balun can function as an impedance converter for unbalanced to balanced antenna configurations with a 1:4 conversion ratio, transforming the input impedance from 50 (unbalanced) to an output impedance of 200 (balanced) with a VSWR of less than 1.5, reducing signal loss and ensuring efficient operation.
- Rugged and Durable: Constructed from high-quality ABS material, it is reliable and durable, resisting the effects of outdoor environments and ensuring performance in various weather conditions.
- Suitable for: Amateur radio enthusiasts using Winton antennas and multi-band balanced antennas. It is a reliable solution for antenna impedance matching and signal balancing, suitable for shortwave antennas and DIY HAM projects.
- Easy Installation: Compact and lightweight, equipped with a sturdy yellow mounting plate with pre-drilled holes and secure connection points, it is easy to set up, saving time and effort.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
1:4 Balun Antenna 1-56MHz 200W HF Balun DIY Waterproof 50Ω‑200Ω for Winton Shortwave Antenna HAM Radio
Product Features
- Frequency Range: Effectively operates in the 1-56MHz band, supporting power transmission up to 200 watts, suitable for most amateur radio operations.
- Balun Output: This Balun can function as an impedance converter for unbalanced to balanced antenna configurations with a 1:4 conversion ratio, transforming the input impedance from 50 (unbalanced) to an output impedance of 200 (balanced) with a VSWR of less than 1.5, reducing signal loss and ensuring efficient operation.
- Rugged and Durable: Constructed from high-quality ABS material, it is reliable and durable, resisting the effects of outdoor environments and ensuring performance in various weather conditions.
- Suitable for: Amateur radio enthusiasts using Winton antennas and multi-band balanced antennas. It is a reliable solution for antenna impedance matching and signal balancing, suitable for shortwave antennas and DIY HAM projects.
- Easy Installation: Compact and lightweight, equipped with a sturdy yellow mounting plate with pre-drilled holes and secure connection points, it is easy to set up, saving time and effort.




















