Overview of ZED-F9P-02B by u-blox AG
The ZED-F9P-02B is a high precision GNSS (Global Navigation Satellite System) module designed by u-blox AG. This module is characterized by its LGA-54 form factor and features a single function operation with a total of 54 terminals. It is packaged in a rectangular grid array style, which supports surface mounting. The module operates effectively across a wide temperature range, from -40 °C to +85 °C, making it suitable for industrial applications.
As a multi-band GNSS solution, the ZED-F9P-02B provides enhanced positioning capabilities that can significantly improve accuracy in challenging environments. Its nominal supply voltage is around 3 V, which is typical for modern electronic components, allowing for flexibility in various circuit designs. The module is compliant with RoHS standards and has an active part lifecycle, indicating that it is currently in production and available for use in new designs.
This module is designed to be delivered in a tape and reel format, with a quantity of 250 pieces per reel, which eases automated assembly processes. Additionally, its screening level is TS 16949, emphasizing quality management systems in the automotive sector, though specific automotive applications would require further validation based on compliance standards.
Industry Applications for ZED-F9P-02B
The ZED-F9P-02B module might find applications in various industries due to its high precision and robust design. Below are a few potential use cases for this part:
- Space Technology: The precision and reliability of GNSS modules could potentially support satellite positioning systems or spacecraft navigation. The ability to operate within a wide temperature range adds to its feasibility for such demanding environments.
- Aerospace and Defense: The ZED-F9P-02B might be suitable for use in drone navigation systems or military applications where accurate location data is critical. The screening level of TS 16949 could be beneficial for applications that require stringent quality standards.
- Energy and Power Systems: In renewable energy systems, such as solar farms or wind turbines, precise positioning data from GNSS modules could improve tracking systems for solar panels or optimize wind turbine orientation based on real-time positioning information.
- Telematics: The module may also be integrated into telematics applications, where vehicles require GPS-based tracking and monitoring for fleet management or automotive navigation systems.
It is important to note that these potential industry applications are only conceptual and illustrative. Analysis and verification by engineering and design teams are essential to ensure adherence to industry standards and specific application requirements.
About u-blox AG
u-blox AG specializes in the design and manufacture of high-performance GNSS and wireless communication modules, including the ZED-F9P-02B. Their expertise extends to other telecom integrated circuits, particularly within the Other Telecom ICs category, where they focus on delivering reliable solutions for a range of applications.
In addition to the ZED-F9P-02B module, u-blox AG manufactures various GNSS and communication modules that cater to different market needs, providing flexibility and scalability for engineers and developers. The company’s commitment to high performance and quality is reflected in their adherence to industry standards across different sectors.
Research Price and Stock for ZED-F9P-02B by u-blox AG on Findchips.com
For those interested in acquiring the ZED-F9P-02B, it is recommended to research pricing and stock levels at Findchips.com. This platform provides comprehensive information on availability and pricing, helping you make informed procurement decisions.
The ZED-F9P-02B has historically been available through several distributors, including:
- Avnet Silica
- Richardson RFPD
- Future Electronics
- Mouser Electronics
- Avnet Americas
- DigiKey
It is crucial to check Findchips for the most current stock levels and pricing, as availability may vary across distributors.