WPANT10014-SC Micro-Hepta Antenna Description / Application This is is an ultra low profile, very broadband and highly efficient Hepta-band embedded antenna that works in 7 Frequency Bands. It can be used as a Hepta-band antenna, Penta-band antenna, Quad-band antenna, Tri-band antenna or as a Dual-band antenna for devices that operate on GSM / PCS / DCS / UMTS / CDMA / WCDMA / AMPS / EDGE / TDMA, GPS & Wi-Fi / Zigbee / BT technologies. Its ease of integration and universal appeal make it an excellent choice for projects where space is a constraint along with stringent performance specifications. This is an ideal choice for M2M, Enterprise and Industrial Applications where there is lot of RF & Electrical interference & Shadowing effects. 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 824 – 960 MHz 50Ω 1567 – 1583 MHz 50Ω 1710 – 2170 MHz 50Ω 2400 – 2500 MHz 50Ω < 2.5:1 < 3:1 < 2.5:1 < 3:1 1 to 2.5 dBi 1 to 2 dBi 2 to 3 dBi 3.5 to 4.5 dBi 70 – 80 % 60% 60 – 70 % 55 – 70 % Linear or Elliptical Near Omni Directional * Note: The above mentioned relevant performance metrics are recorded with the Antenna installed on World Products Inc. Test Evaluation boards. These Evaluation boards mimic the customer’s circuit board in general. The Antenna has enough bandwidth to accommodate for minor tuning issues when installed on the client’s actual circuit boards. In case of discrepancy, WPI engineers will assist the clients in designing proper matching circuit design. Mechanical / Environmental Properties Antenna Dimensions Antenna Color Materials Operating / Storage Temperature Environmental Hazardous Materials Rev: 4.0 Created on: February 21, 2014 1.5’’ X 0.67’’ X 0.52’’ Purple / Eggplant (37.3mm X 17mm X 13.25mm) UL 94-V compliant 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 Mounting Legs Note: There is no need for any additional Cables or Connectors. This eliminates the possibility of additional overhead for the Clients. Antenna and all the rest of the Evaluation boards are connected together through Soldering. Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 2 Antenna Placement on a Circuit Board (62 mils thick FR4 Standard WPI Evaluation Boards) Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 3 Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 4 Antenna 3D Radiation Pattern in Lower Frequency Band (Antenna Placement shown) Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 5 Antenna 3D Radiation Pattern in Higher Frequency Band (Antenna Placement shown) Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 6 VSWR of the Antenna Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 7 Efficiency of the Antenna in % (including VSWR losses) Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 8 Peak Gain of the Antenna in dBi Rev: 4.0 Created on: February 21, 2014 Created by: MKS Approved by: BP Page | 9