About 1575.42Mhz Gps Fpc Antenna Built-In Module Aerial Fpc Soft Board Ipex
Description:GPS-GLONASS Antenna,Omnidirectional Antenna,Indoor Antenna,External Antenna,VerticalAntenna,5dBi,50Ohm,1575.42MHz,Car positioning, Navigation, Satellite communication etc.Threaded, Direct mount,IPEX,Plug,Straight,Stansard
- GPS-GLONASS Antenna,Omnidirectional Antenna,Indoor Antenna,External Antenna,Vertical Antenna,5dBi,50Ohm,1575.42MHz,Car positioning, Navigation, Satellite communication etc.Threaded, Direct mount,IPEX,Plug,Straight,Stansard
- Used to transmit and receive electromagnetic wave in Wireless deverice with stable signal and low loss;
- Applied to wireless communication, radio, TV, radar, remote control fields;
- Multi mode and specification for choice;
- From the OEM Original Factory, same quality with much better price.
Highly Flexible and Compact GPS Antenna SolutionThis antenna module uses a high-quality polyimide flexible board, allowing installation in tight or irregularly shaped spaces. Despite its minimal weight and small size, it ensures consistent GPS signal reception. The pre-attached adhesive backing enables secure internal mounting, suitable for embedded and portable applications.
Optimized for Precision and ReliabilityEngineered with linear polarization and a typical 2 dBi gain, the antenna delivers fast location fixes and high accuracy in position tracking. Its construction resists humidity up to 95% RH and maintains stable performance across a wide temperature range (-40C to +85C), ideal for demanding automotive and industrial uses.
Versatile Connectivity and CustomizationThe antenna integrates an IPEX/U.FL connector for quick, secure attachment to your devices receiver. With customizable cable length and a design compliant with international standards (ISO/TS16949, ISO9001), its a reliable choice for system integrators, manufacturers, and OEM projects worldwide.
FAQs of 1575.42Mhz Gps Fpc Antenna Built-In Module Aerial Fpc Soft Board Ipex:
Q: How is the 1575.42MHz GPS FPC Antenna typically installed within devices?
A: The antenna features an adhesive backing, providing easy internal or embedded installation on flat surfaces inside your devices housing. Its flexible FPC board accommodates placement in confined or irregular spaces without performance loss.
Q: What makes this antenna suitable for automotive or industrial applications?
A: Its high tensile strength, humidity resistance up to 95% RH, and an operational temperature range from -40C to +85C ensure reliable performance under tough environmental conditions. The antenna also adheres to ISO/TS16949 and ISO9001 standards, making it ideal for automotive and industrial usage.
Q: Where can I use this GPS FPC antenna module?
A: It is designed for embedded GPS applications such as navigation systems, drones, vehicle tracking, IoT devices, handheld electronics, and smart devices, offering seamless integration with diverse electronic products.
Q: How does the IPEX/U.FL connector benefit my project?
A: The IPEX/U.FL snap-fit connector allows for quick, secure, and repeatable connections, improving assembly efficiency and ensuring stable signal transmission in compact designs.
Q: What are the advantages of using an FPC soft board antenna over traditional alternatives?
A: The flexible polyimide FPC construction offers enhanced durability, reduced weight, and allows for creative, space-saving placements in modern slim and lightweight electronics. It supports robust signal performance despite its compact size.
Q: When is customizing the cable length beneficial?
A: Custom cable lengths enable precise installation to match your products internal layout, minimizing signal loss and facilitating neat, efficient assembly during manufacturing or integration.
Q: What process should be followed to ensure proper installation and functioning of the antenna?
A: To install, clean the mounting area, securely attach the antenna using its adhesive backing, and connect the IPEX/U.FL connector. Ensure the antenna is not folded sharply to maintain signal quality and mechanical integrity.