In the surging wave of automotive intelligence and connectivity, Awinic Electronics, as an innovation pioneer in the field of electronic components, has always kept pace with the times and is committed to providing high-performance, high-reliability solutions for the automotive industry. After the relentless efforts and repeated testing and verification by the R&D team day and night, we are proud to announce the official global release of the new generation of automotive-grade RF switch products.
Product Introduction
The newly released automotive-grade RF switches AW13612PFDR-Q1 & AW12022TQNR-Q1 are masterpieces meticulously crafted by Awinic Electronics based on years of profound accumulation in RF technology and accurate insight into the needs of the automotive industry. Tailor-made for the complex and harsh working environment of automotive electronic systems, they boast excellent electrical performance and stable and reliable quality, which can not only ensure the efficient operation of automotive communication systems but also provide strong support for the safe driving of intelligent connected vehicles.
01 Introduction to AW13612PFDR-Q1
Features:
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Certified by automotive-grade AEC-Q100 standard
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Operating frequency: 0.1~5.925GHz
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Maximum input power: 40dBm
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Low insertion loss: 0.33dB@2.7GHz, 0.66dB@5.925GHz
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High isolation: 34dB@2.7GHz, 26dB@5.925GHz
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Fast switching: 1.5μs
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Typical power consumption: 50μA
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Small package: FCDFN 1.1mmX0.7mm-6L
Picture 1 AW13612PFDR-Q1 Application Block Diagram
02 Introduction to AW12022TQNR-Q1
Features:
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Certified by automotive-grade AEC-Q100 standard
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Operating frequency: 0.1~5.925GHz
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Maximum input power: 38.5dBm
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Low insertion loss: 0.35dB@2.7GHz, 0.57dB@5.925GHz
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High isolation: 24dB@2.7GHz, 18dB@5.925GHz
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Fast switching: 1.5μs
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Typical power consumption: 55μA
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Small package: QFN 1.5mmX1.1mm-10L
Picture 2 AW12022TQNR-Q1 Application Block Diagram
Core Advantages
High-Reliability Design
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Adopting advanced packaging processes and materials, it has excellent anti-vibration, anti-impact, and high-temperature resistance capabilities, and can work stably in a wide temperature range of -40℃ to 105℃, fully meeting the usage requirements of automobiles under various extreme road conditions and climatic conditions.
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Passed strict AEC-Q100 automotive-grade certification to ensure high reliability and stability of the product throughout the entire life cycle of the vehicle, effectively reducing the risk of system failures.
Excellent RF Performance
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Extremely low insertion loss and high isolation can significantly reduce energy loss during signal transmission, improve signal quality and transmission efficiency, and ensure stable connection and high-speed data transmission of automotive communication systems.
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Supports a wide frequency range, covering multiple LTE/5G communication frequency bands to meet the diverse communication needs of automobiles.
Fast Switching Speed
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With extremely short switching time, it can complete the switching of different signal paths in an instant, ensuring seamless switching of automotive communication systems in multi-mode communication scenarios and improving user experience.
Low Power Consumption
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The optimized circuit design greatly reduces product power consumption, helping to reduce the overall energy consumption of automotive electronic systems, extend battery life, and conform to the development trend of energy conservation and environmental protection in the automotive industry.
Application Scenarios
This automotive-grade RF switch is suitable for multiple key communication systems of automobiles, such as 5G on-board terminals, T-Box, including but not limited to:
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On-board communication modules;
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Intelligent cockpit systems;
Market Outlook
With the accelerated development of automotive intelligence and connectivity, as a core component of automotive communication systems, the market demand for automotive-grade RF switches is showing a rapid growth trend. The new automotive-grade RF switch launched by Awinic Electronics not only fills the domestic technical gap in this field but is also expected to become an important force promoting the upgrading of automotive communication technology and industrial development. We believe that with its excellent performance and reliable quality, this product will gain wide recognition and application in the automotive market.
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