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FLEXible Internal FPC Antennas

PulseLarsen Antennas' "flex family" line of internal FPC antennas are a flexible solution for a variety of applications

Image of PulseLarsen Antennas' FLEXible Internal FPC AntennasPulseLarsen Antennas' "flex family" of internal FPC antennas are a perfect solution for IoT devices, set-top boxes, access points, utility applications, automotive, public safety, and more. These high-performing, low-cost flexible antenna solutions cover ISM, LTE, GPS Wi-Fi, and NFC frequency bands including multi-bands and MiMo options.

PulseLarsen Antennas Video

Antennas Catalog, Ver 14

Features
  • Flexible/foldable PCB
  • Select parts have adhesive tape for mounting
  • Coax feed cable with U.FL compatible connector
Applications
   
  • Challenging RF environments
  • Tracking and location based services
  • Security
 
  • Transportation
  • Video
  • Sensor networks

FLEX Antennas

ImageManufacturer Part NumberDescriptionFrequency GroupVSWRReturn LossAvailable QuantityView Details
RF ANT 2.15GHZ FLAT PATCH CABW3906B0100RF ANT 2.15GHZ FLAT PATCH CABWide Band--10dB1481 - ImmediateView Details
RF ANT 2.15GHZ FLAT PATCH CABW3907B0100RF ANT 2.15GHZ FLAT PATCH CABWide Band--7.5dB8181 - ImmediateView Details
RF ANT 1.585GHZ FLAT PATCH ADHW3908B0100RF ANT 1.585GHZ FLAT PATCH ADHUHF (1GHz ~ 2GHz)--10dB11897 - ImmediateView Details
RF ANT 2.4GHZ/5.4GHZ FLAT PATCHW3917B0100RF ANT 2.4GHZ/5.4GHZ FLAT PATCHWide Band2-3937 - ImmediateView Details
RF ANT 2.4GHZ/5.4GHZ FLAT PATCHW3918B0100RF ANT 2.4GHZ/5.4GHZ FLAT PATCHWide Band2-1076 - ImmediateView Details
RF ANT 5.4GHZ FLAT PATCH CAB ADHW3919B0100RF ANT 5.4GHZ FLAT PATCH CAB ADHSHF (f > 4GHz)2-610 - ImmediateView Details
RF ANT 5.4GHZ FLAT PATCH CAB ADHW3920B0100RF ANT 5.4GHZ FLAT PATCH CAB ADHSHF (f > 4GHz)2-388 - ImmediateView Details
RF ANT 2.4GHZ FLAT PATCH CAB ADHW3921B0100RF ANT 2.4GHZ FLAT PATCH CAB ADHUHF (2GHz ~ 3GHz)2-1681 - ImmediateView Details
RF ANT 2.4GHZ/5.4GHZ FLAT PATCHW6102B0100RF ANT 2.4GHZ/5.4GHZ FLAT PATCHWide Band2-284 - ImmediateView Details
Published: 2017-11-27