The LCANRBD1002 rubber duck antenna from L-com is part of our extensive line of directional antennas that we offer with global same-day shipping from our facilities certified to ISO 9001:2015. L-com’s high-quality single-band rubber duck antenna has a 1.8 dBi nominal gain and can be procured with no order limit. This rubber duck single-band 1.8 dBi antenna has a frequency range of 400 MHz to 470 MHz.
We lead the industry in supplying products like this 400 MHz to 470 MHz single-band antenna, along with other RF, microwave, and millimeter wave components. This rubber duck antenna from L-com uses a MOTO connector and has a maximum input power of 10 watts. Use our single-band rubber duck antenna with vertical polarization for fixed and mobile services, public safety or emergency services, trunking for two-way radio communications, land and private mobile radio (LMR) (PMR), PtP or PtMP, tetra, and P-25 applications.
L-com’s rubber duck antenna with 1.8 dBi gain has a MOTO-type connector. This MOTO-series connectorized omnidirectional antenna is 0.5 inches tall, 0.5 inches wide, and 3.54 inches long. The LCANRBD1002 UHF antenna has 360-degrees of horizontal and 90-degrees of vertical HPBW. Our high-quality antenna has a maximum input VSWR (voltage standing wave ratio) of 3:1.
L-com’s 50 Ohms impedance antenna can operate at temperatures ranging from -40 °C to 60 °C. This single-band rubber duck antenna is offered with expert technical support, PDF datasheets, and CAD drawings with dimensions and specifications. Order your 1.8 dBi UHF rubber duck antennas now and enjoy our international or domestic same-day shipping.
Features
- 400 MHz to 470 MHz, 1.8 dBi Gain
- MOTO connector
- Heliflex whip antenna
- Plug and play
- 10W power handling
- VSWR < 3:1
- Vertical polarization
Application
- PtP or PtMP applications
- Trunking for two-way radio comms
- UHF applications
- Public Safety / Emergency services
- Tetra and P-25 applications exclusively supported
- Land and Private mobile radio (LMR) (PMR)
- Fixed and mobile services
