Overview of TQL9092 by Qorvo
The TQL9092 by Qorvo stands out as a wide band low power amplifier ideal for RF amplification across a frequency range from 600 MHz to 4.2 GHz. With an impressively low noise figure of 0.6dB and a flat gain of 21dB, this device is constructed to enhance signal integrity for a multitude of RF applications. Enclosed in a compact DFN-8 package, it is designed for surface mount technology, facilitating easier integration into modern electronic assemblies. The TQL9092 is RoHS compliant and boasts an active part life cycle status, indicating its current and ongoing availability.
Key features of the TQL9092 include a characteristic impedance of 50 Ω, maximum input power of 33 dBm, and an operating temperature range from -40 to 105 °C. It operates on a 5 V supply voltage, drawing a maximum supply current of 85 mA. The amplifier’s terminal finish is made of nickel palladium gold, contributing to its durability and reliability under various environmental conditions. As part of the RF/Microwave Amplifiers subcategory, the TQL9092 is suitable for a broad range of RF and microwave applications.
Industry Applications for TQL9092
The TQL9092’s versatile features make it potentially suitable for various industry applications where low noise and high gain amplification are critical. These applications span across multiple industries, including, but not limited to, consumer electronics, audio and video systems, and renewable energy systems. Considering its operating frequency range and performance characteristics, the TQL9092 could find its place in several key areas:
- Consumer Electronics: In devices that require RF signal amplification, such as smart home systems, Wi-Fi routers, and other wireless communication devices, the TQL9092 can enhance signal quality and reach.
- Audio and Video Systems: For audio and video broadcasting equipment, this amplifier might serve to boost signal fidelity and strength, ensuring clearer transmission over both short and long distances.
- Renewable Energy: In the context of renewable energy sources such as solar inverters or wind turbine controls, the TQL9092 could potentially aid in the transmission of monitoring or control signals over wireless networks.
- RFID and Wireless Infrastructure: Its wide operating frequency range makes it a candidate for use in RFID readers and wireless infrastructure, enhancing data transmission reliability and efficiency.
All these potential applications would necessitate thorough analysis and verification by engineering and procurement teams to ensure compatibility and optimal performance in specific environments.
About Qorvo
As a leading provider in the RF and microwave industry, Qorvo is known for its comprehensive range of products that address complex and high-performance RF requirements. Their expertise spans the creation of RF/Microwave Amplifiers, among other categories, where their innovations enable advancements in global connectivity and communication. The TQL9092 is a testament to Qorvo’s commitment to high-quality and industry-leading RF solutions. Alongside devices like the TQL9092, Qorvo manufactures a broad spectrum of RF components, including power amplifiers, filter solutions, and other integrated circuits, catering to a wide range of industry needs. Their products often sit at the heart of cutting-edge applications, from consumer electronics to aerospace and defense.
Where to Find TQL9092 by Qorvo
To procure the TQL9092, Findchips.com provides a reliable platform to check current stock levels and pricing from multiple distributors worldwide. For those looking for the RF/Microwave Amplifiers, including alternative options to the TQL9092, this website serves as a vital tool for comparison and purchasing decisions. Historically, notable distributors like Avnet Silica, Avnet Asia, Bristol Electronics, and Mouser Electronics have been sources for the TQL9092. Nonetheless, availability can change, and therefore, potential buyers are encouraged to visit Findchips.com to get the most current information regarding stock and distributors.