RF Antennas

Results: 7
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Mfr Part #
Quantity Available
Price
Series
Package
Product Status
RF Family/Standard
Frequency Group
Frequency (Center/Band)
Frequency Range
Antenna Type
Number of Bands
VSWR
Return Loss
Gain
Power - Max
Features
Termination
Ingress Protection
Grade
Qualification
Mounting Type
Height (Max)
Applications
2067640100
RF ANT 868MHZ/915MHZ FLAT PATCH
Molex
741
In Stock
1 : £3.05000
Tray
Tray
Active
General ISM, Lora
UHF (300MHz ~ 1GHz)
868MHz, 915MHz
863MHz ~ 870MHz, 902MHz ~ 928MHz
Flat Patch
2
-
-9dB
1.2dBi
-
Cable - 100mm
I-PEX MHF1 (U.FL)
-
-
-
Adhesive
0.004" (0.10mm)
General Purpose
ANT-915-IPW1-RPS
RF ANT 915MHZ HINGED WHIP RPSMA
TE Connectivity Linx
341
In Stock
1 : £8.66000
Bag
Bag
Active
General ISM
UHF (300MHz ~ 1GHz)
915MHz
902MHz ~ 930MHz
Whip, Tilt/Swivel
1
1.8
-10.9dB
2.7dBi
2 W
-
RP-SMA
IP67
-
-
Connector Mount
7.992" (203.00mm)
802.11ah, HaLow, ISM, LoRaWAN, LPWA, Wi-Fi
ST0628-30-002-A
RF ANTENNA EXTERNAL
Amphenol RF
1,779
In Stock
1 : £3.99000
Box
-
Box
Active
General ISM, Lora
UHF (300MHz ~ 1GHz)
868MHz
863MHz ~ 873MHz
Whip, Right Angle
1
-
-5.1dB
1.9dBi
1 W
-
SMA
-
-
-
Connector Mount
4.291" (109.00mm)
IoT, ISM, LoRa, LPWAN, RFID
2161960011
MOLEX LORA EXTERNAL ANTENNA_F
Molex
1,850
In Stock
1 : £4.67000
Bag
Bag
Active
General ISM
UHF (300MHz ~ 1GHz)
915MHz
905MHz ~ 925MHz
Whip, Tilt
1
-
-8dB
1.7dBi
-
-
RP-SMA Male
-
-
-
Connector Mount
7.717" (196.00mm)
ISM, LoRa
ST0628-30-001-A
DUAL BAND EXTERNAL RF ANTENNA 86
Amphenol RF
269
In Stock
1 : £5.71000
Box
-
Box
Active
General ISM, Lora
UHF (300MHz ~ 1GHz)
891.5MHz
868MHz ~ 915MHz
Whip, Straight
1
-
-8dB
2.4dBi
1 W
-
SMA
-
-
-
Connector Mount
6.299" (160.00mm)
IoT, LoRa, LPWAN, RFID, Sigfox
TI.93.A111
TERMINAL ANTENNA 902-928MHZ SMA
Taoglas Limited
116
In Stock
1 : £5.93000
Bag
-
Bag
Active
General ISM, Lora
UHF (300MHz ~ 1GHz)
915MHz
902MHz ~ 928MHz
Dome
1
-
-
-7.78dB
-
-
SMA Male
IP67
-
-
Connector Mount
0.866" (22.00mm)
-
MFB8133
RF ANT 902-928MHZ OMNI NF
Amphenol PCTEL
43
In Stock
1 : £128.56000
Tube
Tube
Active
General ISM, Lora
UHF (300MHz ~ 1GHz)
915MHz
902MHz ~ 928MHz
Dipole Antenna
1
2
9.54dB
7dBi
150 W
Cable - 609.6mm
N Type Female
-
-
-
Pole Mount
94.752" (240.67cm)
ISM, LoRa, LPWAN
Showing
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RF Antennas


RF Antennas

RF antennas are essential components for wireless communication systems. They function by converting electrical signals to electromagnetic waves for transmission and vice versa for reception. This enables the transfer of data and information without physical cables. Common antenna types include Bead, Biconical, Blade, Chip, Dish, and more!

The key features and benefits of RF antennas include:

  1. Frequency Range: Available in a wide range of frequencies, allowing compatibility with various wireless technologies like Bluetooth, cellular, Wi-Fi, and more.
  2. Gain: Designed to amplify or focus radio signals, improving transmission distances and reception strength.
  3. Polarization: Offered in various polarizations to optimize signal transmission and reception based on the application.
  4. Directivity: Range from omnidirectional antennas that radiate signals in all directions to highly directional antennas that focus signals in a specific direction.
  5. Durability: Constructed with weatherproof and robust materials to withstand various environmental conditions.

Common applications for RF antennas include:

  • Cellular and mobile communication: Enabling transmission and reception of cellular signals for voice calls, data transfer, and internet access on mobile devices.
  • Wireless Local Area Networks (WLANs): Facilitating data communication between devices in Wi-Fi networks, commonly used for home and office internet connectivity.
  • Bluetooth connectivity: Connecting various electronic devices like smartphones, speakers, and headphones for short-range wireless communication.
  • Global Navigation Satellite Systems (GNSS): Receiving signals from GPS and other satellite navigation systems for location tracking and positioning applications.
  • Industrial automation and Internet of Things (IoT): Enabling wireless communication between sensors, machines, and control systems in industrial settings.