A10137 Antenova, A10137 Datasheet
A10137
Specifications of A10137
A10137-V1-1
Related parts for A10137
A10137 Summary of contents
Page 1
... GPS RADIONOVA Part No. A10137 1 Features • GPS antenna designed for embedded applications. • Balanced antenna technology. • High efficiency. • Good resistance to de-tuning. • Designed for easy integration onto PCB. • Low height, small footprint, light weight. 2 Description • Antenna for reception of GPS signals (1575MHz). ...
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... Co-Planar ® 4-2 Reference Board 5 Mechanical 6 Electrical 7 Performance 7-1 Return Loss 7-2 Radiation Patterns 7-2-1 3D Pattern (RHCP) Polarisation A10137-R 7-2-2 3D Pattern (RHCP) Polarisation A10137-D 8 Physical Dimensions 9 Footprint 10 General Application Guidelines 11 Lead Free Soldering 12 Test Standards Conformance 12-1 Temperature 12-2 Storage Life ...
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... Reference Board There are two Reference Boards available for evaluating this product: Ordering Part Number A10137-R Size 40 x 100mm Connector SMA Input Impedance: 50Ω Ordering Part Number A10137-D Size Connector Input Impedance: 5 Mechanical Size Weight Operating Temperature PCB Mounting Resistance to Soldering Heat ...
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... VSWR Better than 1.5:1 ±1 MHz Average Radiation Efficiency ≈70% 7 Performance 7-1 Return Loss Performance data: Reference Board A10137-D Marker 1 = 1565 MHz Marker 2 = 1585 MHz Integrated Antenna Solutions GPS RADIONOVA Co-planar Antenna ® Part No. A10137 Reference Board A10137-R 4 Product Specification 06MD-0001-2-PS ...
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... Radiation Patterns 7-2-1 3D Pattern (RHCP) Polarisation A10137-R X RHCP 3-D Gain (dBi) XY-Plane (θ = 90) The results shown in this section have been obtained by simulations made using Ansoft HFSS and correlated and verified by the near polarisation measurements made in Antenova’s anechoic chamber. Integrated Antenna Solutions ...
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... Pattern (RHCP) Polarisation A10137-D X RHCP 3-D Gain (dBi) XY-Plane (θ = 90) The results shown in this section have been obtained by simulations made using Ansoft HFSS and correlated and verified by the near polarisation measurements made in Antenova’s anechoic chamber. Integrated Antenna Solutions GPS RADIONOVA Co-planar Antenna ® ...
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... Antenova Technical Support. The antenna is mounted on the PCB using soldering pads. The antenna is connected via one feed, four ground pads and two isolated pads. A cut-out is required in the PCB as detailed. Integrated Antenna Solutions GPS RADIONOVA Part No. A10137 W ® A10137 TOP ...
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... Antenna shall suffer no physical damage or performance degradation under the following operating conditions. Item Standard EN/IEC 60068-2-2 Operating Temperature Test: Bd Dry Heat EN/IEC 60068-2-14 Temperature Cycling Test: Na Change of Temperature Integrated Antenna Solutions GPS RADIONOVA Co-planar Antenna ® Part No. A10137 Requirement -30degC to +90degC -40degC to +90degC Procedure 500 cycles/10 min 8 Product Specification 06MD-0001-2-PS ...
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... Drop Test 12-4 Other Item Standard EN/IEC 80068-2-58 Solderability Test Hazardous Material Regulation Conformance Restriction of Hazardous Substances (RoHS) The GPS RADIONOVA® Co-planar Antenna, A10137 full compliance with the relevant EU directives with respect to the content of: • lead • mercury • cadmium • ...
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... Pcs / reel 14-3 Reel Dimension Material: Antistatic Polystyrene Width [mm] W: 33.5 Reel dia [mm] D: 330(13”) Hub dia [mm] H: 80(3”) Shaft dia [mm Integrated Antenna Solutions GPS RADIONOVA Part No. A10137 16.0±0.1 2.0±0.1 9.3±0.1 20.4±0.1 Leading space ...
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... Width [mm] W: 345 Breadth [mm] B: 345 Thickness [mm 14-5 Bag Properties Antistatic Aluminium Moisture Barrier Bag Thickness [mil] T: 3.2 14-6 Reel Label Information Integrated Antenna Solutions GPS RADIONOVA Part No. A10137 antenova Antenova antenova ® Antenova Frequency GHz Co-planar Antenna ® ® Frequency GHz ...
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... Copyright® 2006 Antenova Ltd. All Rights Reserved. Antenova® and GPS RADIONOVA® are trademarks of Antenova Ltd. Any other names and/or trademarks belong to their respective companies. The information provided in this document was correct at the time of going to print. Specifications subject to change without notice. UK Patent applied for No. 0518996.4 ...