Tags
Voltage Balun ratio 1:1 (ex: 50 => 50 ohms). Maximum power: 1000 W PEP, to make "inverted V" dipole antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:1.5 (ex: 50 => 75 ohms). Maximum power: 1000 W PEP, to make horizontal dipole antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:2 (ex: 50 => 100 ohms). Maximum power: 1000 W PEP, to make 3x1/2 wave dipole and loop antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:3 (ex: 50 => 150 ohms). Maximum power: 1000 W PEP, to make "90° V" Delta-loop antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:4 (ex: 50 => 200 ohms). Maximum power: 1000 W PEP, to make loop antennas (Quad/Delta-loop). Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:6 (ex: 50 => 300 ohms). Maximum power: 1000 W PEP, to make Conrad Windom and folded dipole antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:9 (ex: 50 => 450 ohms). Maximum power: 1000 W PEP, to make folded dipole antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:13 (ex: 50 => 650 ohms). Maximum power: 1000 W PEP, to make folded dipole antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Voltage Balun ratio 1:16 (ex: 50 => 800 ohms). Maximum power: 1000 W PEP, to make folded dipole antennas. Robust aluminum body diameter: 5 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector.
Double balun of ratio 1:1 and 1:4 to test different types of antennas. Max power: 1000 W PEP, large screws and rings. Sturdy aluminum body diameter: 6 cm.
Balun ratio 1:1 (ex: 50 => 50 ohms). Maximum power: 800 W PEP, to make "inverted V" dipole antennas. Robust aluminum body diameter: 6 cm (thickness: 2mm), SO-239 connector and Choke Balun integrated.
Voltage Balun ratio 1:2 (ex: 50 => 100 ohms). Maximum power: 800 W PEP, to make 3x1/2 wave dipole and loop antennas. Robust aluminum body diameter: 6 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector + Choke Balun integrated.
Voltage Balun ratio 1:4 (ex: 50 => 200 ohms). Maximum power: 800 W PEP, to make loop antennas (Quad/Delta-loop). Robust aluminum body diameter: 6 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector + Choke Balun integrated.
Voltage Balun ratio 1:6 (ex: 50 => 300 ohms). Maximum power: 800 W PEP, to make Conrad Windom and folded dipole antennas. Robust aluminum body diameter: 6 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector + Choke Balun integrated.
Voltage Balun ratio 1:13 (ex: 50 => 650 ohms). Maximum power: 800 W PEP, to make folded dipole antennas. Robust aluminum body diameter: 6 cm (thickness: 2mm), real HF ferrite toroid and SO-239 connector + Choke Balun integrated.