The EMC UHF-13 is a professional UHF panel antenna for TV broadcast applications in television bands IV and V. It operates over the frequency range from 470 MHz to 890 MHz and provides a gain of 13 dBi.
The antenna can be used as a single unit or combined with other units to create a more powerful transmission system. It is designed to transmit multiple carriers and high-definition television signals.
Advantages
- Broadband UHF frequency range from 470 MHz to 890 MHz for TV broadcast applications.
- 13 dBi gain with horizontal polarization.
- 500 W continuous input power for professional transmission applications.
- INOX construction with 95% laser-cut stainless steel.
- Suitable for aggressive environments, especially installations close to the sea.
- UV-resistant fiberglass cover for stable performance under demanding weather and environmental conditions.
- Single-unit operation or coupling of multiple units for higher-power transmission systems.
Key features
- Frequency range: 470 MHz to 890 MHz
- Gain: 13 dBi
- Polarization: horizontal
- Horizontal beamwidth: 54°
- Vertical beamwidth: 31°
- Impedance: 50 ohm
- Typical VSWR: < 1.11:1, corresponding to < -24 dB ROS
- Front-to-back ratio: > 21 dB
- Maximum input power: 500 W continuous
- Dimensions: 1000 mm length x 500 mm x 190 mm depth
- Weight: 10 kg
- Cover material: fiberglass with UV-resistant coating
- Mounting support: pole mounting bracket and INOX stainless-steel hardware
- Operating temperature: -40 °C to +90 °C
- Wind resistance: greater than 150 km/h
- Lightning protection: antenna physically grounded
Typical applications
- UHF TV broadcast in television bands IV and V.
- Transmission of multiple carriers and high-definition TV signals.
- Professional transmission systems in the 470 MHz to 890 MHz frequency range.
- Outdoor installations in demanding environmental conditions.
- Broadcast systems where multiple antenna units can be coupled together.
Additional information
The EMC UHF-13 is fully CAD-designed and manufactured using 95% laser-cut stainless steel. The construction is intended for very long service life and use in corrosive environments.
The fiberglass cover features a UV-resistant polymer coating. According to the provided information, this cover ensures high stability under adverse weather and environmental conditions, without performance degradation caused by ageing of the cover.