You want to listen to music, not static. That's why the AM/FM+ incorporates TERK's patented Gamma-Loop technology, with specialized noise reducing antenna elements that provide clearer reception of a greater number of nearby stations. With the AM/FM+, you'll enjoy more stations with less static. The AM/FM+ can either stand upright or be mounted on a wall, for easy installation nearly everywhere. It's a fact: almost all receivers and rack systems include nothing more than a "T" wire dipole antenna for FM reception. Supplied more as a courtesy than anything else, these throwaway "low-tech" antennas provide marginal reception performance at best, with high susceptibility to noise and interference along with poor directionality and limited placement options. TERK's AM/FM+ antenna provides a dramatic improvement in reception at an extremely modest cost. The AM/FM+ is omnidirectional, receiving signals equally from all directions to assure great reception wherever your equipment is placed in the room. The AM/FM+ is designed to reduce noise and static to an absolute minimum, to receive more stations with superb clarity.
The TERK AM/FM+ is simple to connect and use - just plug it into your radio or receiver. The AM/FM+ comes complete with matching transformers for 75 ohm and 300 ohm antenna inputs, allowing fast, easy connection to virtually every radio, receiver or compact music system. The AM/FM+'s compact design blends in with most any decor. While any antenna can be placed on or next to the radio or receiver, the AM/FM+ is one of the few that may also be mounted on the wall. In addition to providing an alternative decorative choice, wall mounting may improve reception by allowing the AM/FM+ to be placed in a more favorable area for reception, as well as separating the antenna from noise and interference that may be radiated from audio components and other electronics.
TERK AM/FM+ - radio antenna General
| Product Type | Radio antenna |
| Recommended Use | Indoor - on-wall mounted, table-top |
| Width | 5 in |
| Depth | 1 in |
| Height | 5 in |
| Localization | English |
Antenna
| Wave Band | AM, FM / 540 - 1700 kHz, FM: 88 - 108 MHz |
| Impedance | 75 Ohm |
Miscellaneous
| Included Accessories | Impedance transformer |
You want to listen to music, not static. That's why the AM/FM+ incorporates TERK's patented Gamma-Loop technology, with specialized noise reducing antenna elements that provide clearer reception of a greater number of nearby stations. With the AM/FM+, you'll enjoy more stations with less static. The AM/FM+ can either stand upright or be mounted on a wall, for easy installation nearly everywhere. It's a fact: almost all receivers and rack systems include nothing more than a "T" wire dipole antenna for FM reception. Supplied more as a courtesy than anything else, these throwaway "low-tech" antennas provide marginal reception performance at best, with high susceptibility to noise and interference along with poor directionality and limited placement options. TERK's AM/FM+ antenna provides a dramatic improvement in reception at an extremely modest cost. The AM/FM+ is omnidirectional, receiving signals equally from all directions to assure great reception wherever your equipment is placed in the room. The AM/FM+ is designed to reduce noise and static to an absolute minimum, to receive more stations with superb clarity.
The TERK AM/FM+ is simple to connect and use - just plug it into your radio or receiver. The AM/FM+ comes complete with matching transformers for 75 ohm and 300 ohm antenna inputs, allowing fast, easy connection to virtually every radio, receiver or compact music system. The AM/FM+'s compact design blends in with most any decor. While any antenna can be placed on or next to the radio or receiver, the AM/FM+ is one of the few that may also be mounted on the wall. In addition to providing an alternative decorative choice, wall mounting may improve reception by allowing the AM/FM+ to be placed in a more favorable area for reception, as well as separating the antenna from noise and interference that may be radiated from audio components and other electronics.
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