Perforated LPDA Antenna, 450-850MHz Frequency, Versatile Mounting Base, Rugged 1/8" Fiberglass Frame, Wind-Resistant Skeletal Design
Features
Reliable LPDA Antenna for Fixed and Outdoor Installations
The Lectrosonics ALP620 is a Log Periodic Dipole Array (LPDA) antenna designed for both indoor and outdoor fixed installations. Its skeletal, perforated shark fin design ensures stable reception, even in windy conditions, while offering a directional pattern across a wide frequency bandwidth. Compatible with all Lectrosonics wireless microphone and IFB systems, it covers a frequency range of 450 to 850MHz for uninterrupted audio signals over long distances.
Skeletal Perforated Design for Wind Resistance
The ALP620 features a skeletal, perforated frame that minimizes wind loading, making it ideal for outdoor applications where weather conditions can affect performance. This unique structure reduces the drag effect of wind, ensuring consistent, high-quality reception.
Enhanced Reception Across a Broad Frequency Range
With a frequency range of 450 to 850MHz, the ALP620 delivers superior reception over long distances. Its LPDA technology focuses on directional reception, offering a useful and broad bandwidth that maintains clarity and consistency in signal capture for your Lectrosonics wireless microphone or IFB systems.
Versatile Mounting for Flexible Setup
The versatile mounting base of the ALP620 is compatible with various tripod types, including pro-tripods and microphone stands. This flexibility allows for quick installation and adjustment to achieve the best possible angle and orientation, ensuring optimal reception in any environment.
Durable 1/8" Fiberglass Construction
Constructed from 1/8" fiberglass, this antenna is lightweight yet rugged. It withstands daily professional use while providing reliable long-term performance, perfect for both indoor and outdoor applications where durability is crucial.
MPN | ALP620 |
---|---|
Color | Black |
Brand | Lectrosonics |
Product Condition | New |
Availability | Out of Stock |