We will be closed on December 25 and January 1 in observance of the holidays. Please note that shipping and order processing may be delayed during this time.
 
 
0 items
L-com
Toll Free +1 (800) 341-5266
International +1 (978) 682-6936
  1. Home /
  2. 862 to 928 MHz Rubber Duck Antenna 3 dBi SMA Male Tilt Swivel

862 to 928 MHz Rubber Duck Antenna 3 dBi SMA Male Tilt Swivel

SKU LCANRBD1057
Available to Ship 100
Quantity Price
1 - 24 $20.19
25 - 49 $19.18
50 - 99 $18.17
100 + Call Us
Price $20.19

All Prices are in US Dollars and do not include duties



The LCANRBD1057 is a high-quality dual-band rubber duck antenna with 3 dBi nominal gain and has a frequency range of 862 MHz to 928 MHz. L-com’s omnidirectional tilt/swivel rubber duck antenna is 5.34 inches tall and 0.79 inches wide.

The LCANRBD1057 rubber duck antenna from L-com features a SMA Male connector with an input VSWR (voltage standing wave ratio) of 2.5:1.

L-com’s linearly polarized antenna can operate at temperatures ranging from -40 °C to 60 °C. This dual-band rubber duck antenna is offered with expert technical support, PDF datasheets, and CAD drawings with dimensions and specifications.


Features
  • 862 MHz to 928 MHz
  • 3 dBi Gain
  • SMA Male connector
  • Tilt/Swivel
  • VSWR 2.5:1
  • Linear polarization

Application
  • LPWAN
  • ISM
  • LoRaWAN
  • Sigfox
  • Weightless-P
  • WiFi HaLow
  • Fixed and Mobile Devices


Product Resources

Key Specifications

Key Specifications

Antenna Type
Rubber Duck
Polarization
Linear
Minimum Frequency
862 MHz
Maximum Frequency
928 MHz
Connector Series
SMA
Connector Gender
Male
Impedance
50 Ohm
Maximum Input VSWR
2.5:1

Product Compliance

Product Compliance

REACH status
Not Available
RoHS status
Not Available
TSCA status
Not Available
PFAS status
Not Available

For any of the above statuses that are not available, we may be able to obtain the data by contacting various compliance specialists within our supply chain. You may ask our Compliance Department if that information can be obtained by clicking the contact us button below.