Low Noise Amplifier (LNA)

QLN-4650AQ-0-LGA15F-TR-05-0

  • Low Power Consumption: The QLN-4650AQ-0 is designed with energy efficiency in mind. It operates with minimal power consumption, which is essential for applications in battery-powered devices and systems where energy conservation is crucial.
  • Compact LGA Package: It comes in an LGA (Land Grid Array) package with 15 pins. The compact and efficient design of this package allows for dense integration on a PCB (Printed Circuit Board), enabling space-saving and facilitating easier assembly and soldering processes.

Product description

The Qualcomm QLN-4650AQ-0-LGA15F-TR-05-0 is a cutting-edge integrated circuit designed for demanding high-speed applications. Here’s an in-depth look at its design and functionality:

  • Architectural Design: The QLN-4650AQ-0 features an advanced internal architecture optimized for rapid data processing and efficient performance. Its design leverages modern semiconductor technology to deliver high-speed operations while maintaining low power consumption.

  • Versatile Applications: This component is versatile, finding applications in a variety of high-performance environments. It is well-suited for use in telecommunications infrastructure, networking equipment, and high-performance computing systems where rapid data handling and low latency are crucial.

  • Thermal Management: Effective thermal management is critical for high-speed components. The QLN-4650AQ-0 includes features designed to manage heat dissipation efficiently. The LGA package helps in spreading heat away from the component, ensuring stable operation and extending the component’s lifespan.

  • Integration and Mounting: The LGA15F package design allows for efficient integration into electronic circuits. The grid of solder pads ensures strong and reliable connections to the PCB, which is essential for maintaining performance and preventing mechanical issues during operation.

  • Durability and Environmental Resistance: The QLN-4650AQ-0 is engineered to operate reliably under various environmental conditions. It is resistant to temperature fluctuations and mechanical stresses, making it suitable for industrial and automotive applications where robustness is a key requirement.

  • Future-Proofing: With its advanced features and high-performance capabilities, the QLN-4650AQ-0 is designed to meet future technological needs. Its ability to handle high-speed data and integrate with other advanced components makes it a future-proof choice for evolving electronic systems.

In summary, the Qualcomm QLN-4650AQ-0-LGA15F-TR-05-0 is a high-performance integrated circuit that combines speed, efficiency, and reliability. Its compact LGA package, low power consumption, and advanced thermal management make it an excellent choice for a wide range of high-speed and demanding applications in modern electronics.


Specification parameters

  • Package Type: LGA (Land Grid Array)

    • The LGA package provides a grid of solder pads on the bottom of the component, which offers robust electrical connections and simplifies the mounting process on the PCB.

  • Pin Count: 15 pins

    • The LGA15F package includes 15 pins, which facilitate multiple electrical connections and enable versatile interfacing with other circuit elements.

  • Operating Voltage: The component operates within a specified voltage range tailored for low-power applications. The exact voltage range is detailed in the datasheet, ensuring compatibility with various electronic systems.

  • Operating Temperature Range: Typically designed to operate within a temperature range of -40°C to 85°C. This wide range ensures the component can function reliably in both standard and extreme environmental conditions.

  • Frequency Range: The QLN-4650AQ-0 supports high-frequency applications. Specific frequency ranges are outlined in the datasheet, reflecting the component’s capability to handle high-speed signal processing effectively.

  • Interface Compatibility: It is compatible with advanced high-speed interfaces, allowing it to integrate seamlessly into modern electronic systems requiring high data rates and efficient communication.


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