WPANT10021-SA 802.11 a/b/g/n Dual-band Wi-Fi Antenna Description / Application This is a 2.4 GHz & 5.4 GHz Dual-band Wi-Fi antenna with 170mm long Cable and IPX / Hirose Connector. This can be mounted on any non-metallic surface to achieve optimal performance. Excellent efficiency and ease of integration make this an ideal choice for applications where flexibility is needed. The Antenna is typically pasted to the surface of the Radome / plastics of a given wireless device. We can assist your engineers to optimize mounting positions for these antennas in your specific application and can further assist to trouble shoot system integration issues such as TRP/TIS and FCC requirements. We specialize in developing customized Antenna solutions. Please contact [email protected] with your specific application requirements. Electrical Properties Operating Frequency Approximate Antenna Impedance [Ω] VSWR – Typical Peak Gain [dBi] (Typical) Efficiency [%] (Typical) Polarization Pattern 2.4 – 2.5 GHz 50Ω 4.9 – 5.85 GHz 50Ω < 2:1 < 2:1 ~ 3 dBi ~ 2 dBi 60 – 70 % 65 – 85 % Linear Linear Near Omni-directional Near Omni-directional Mechanical / Environmental Properties Antenna Dimensions Antenna Color Cable Connector Operating / Storage Temperature Environmental Hazardous Materials Rev: 6.0 Created on: June 05, 2014 1.6’’ X 1.0’’ X 0.031’’ Green (40mm X 25mm X 0.8mm) 6.7’’ long 1.32mm OD Micro Co-ax IPX / Hirose equivalent o o -40 C to +90 C Meets standards for UL 94V-0 RoHS Compliant Created by: MKS Approved by: BP Page | 1 Pictures of the Antenna Rev: 6.0 Created on: June 05, 2014 Created by: MKS Approved by: BP Page | 2 VSWR of the Antenna Rev: 6.0 Created on: June 05, 2014 Created by: MKS Approved by: BP Page | 3 Total Radiation Efficiency of the Antenna in % (including VSWR losses) Rev: 6.0 Created on: June 05, 2014 Created by: MKS Approved by: BP Page | 4 Peak Gain of the Antenna in dBi Rev: 6.0 Created on: June 05, 2014 Created by: MKS Approved by: BP Page | 5