RF IC

QPM-6582-0-LGA61C-TR-01-0

  • Compact LGA Package: This model is housed in an LGA61C package, featuring 61 leads. The LGA (Land Grid Array) package design offers a compact footprint, making it suitable for integration into space-constrained PCB (Printed Circuit Board) layouts without compromising performance.
  • Advanced Thermal Management: The QPM-6582-0 is designed with efficient thermal management in mind. Its construction minimizes heat generation and helps maintain operational stability, which is crucial for high-power applications and battery-operated devices.

Product Description

The Qualcomm QPM-6582-0-LGA61C-TR-01-0 is a sophisticated RF power amplifier tailored for high-performance communication systems. Its LGA61C package, which includes 61 leads, ensures a compact and robust form factor. This package design is advantageous for integrating the amplifier into dense PCB layouts while providing reliable electrical connections and physical durability.

Operating over a broad frequency range from 1.7 GHz to 2.7 GHz, the QPM-6582-0 is versatile enough to support multiple communication standards. This includes prevalent 4G LTE networks and the newer 5G technologies, making it suitable for a wide array of wireless applications. The amplifier’s broad frequency coverage ensures it can handle various communication protocols, contributing to its adaptability in diverse scenarios.

The QPM-6582-0 excels in delivering high gain, typically between 28 dB and 32 dB, while maintaining excellent linearity. High linearity is crucial for minimizing signal distortion, which is essential for clear and reliable data transmission. The amplifier's design prioritizes signal integrity, ensuring that transmitted signals remain accurate and undistorted, even at high power levels.

Power efficiency is a key feature of this amplifier. It is engineered to offer high power-added efficiency (PAE), which translates to reduced power consumption and lower heat generation. This efficient performance is particularly beneficial for applications where energy efficiency is critical, such as in battery-operated devices. The reduced thermal output also lessens the need for complex cooling solutions, simplifying thermal management in device design.

In practical terms, the QPM-6582-0 is ideal for use in a variety of advanced wireless devices, including smartphones, tablets, and other communication equipment. Its compact size and high power output make it well-suited for applications where space is limited but performance demands are high. The amplifier's robust design ensures reliable operation under various conditions, contributing to overall system performance and connectivity.

Overall, the Qualcomm QPM-6582-0-LGA61C-TR-01-0 stands out for its advanced RF amplification technology, broad frequency range, and efficient power management. It represents a valuable component in modern wireless communication systems, providing high performance, reliability, and versatility in a compact package.


Specification

  • Frequency Range: The amplifier operates across a frequency range from approximately 1.7 GHz to 2.7 GHz. This wide bandwidth supports various communication standards, including 4G LTE and emerging 5G technologies, making it versatile for different wireless applications.

  • Gain and Linearity: The QPM-6582-0 provides a gain typically in the range of 28 dB to 32 dB. It is designed to offer high linearity, which ensures that signal distortion is minimized. High linearity is vital for maintaining the integrity and clarity of the transmitted signal, ensuring efficient communication.

  • Power Output: The amplifier delivers a substantial power output, usually between +30 dBm and +33 dBm. This high power output is essential for strong signal transmission over longer distances and through various environmental conditions, enhancing communication reliability.

  • Efficiency: The QPM-6582-0 boasts high power-added efficiency (PAE), which reduces overall power consumption and thermal output. This efficiency is particularly beneficial for battery-powered devices, as it extends battery life and reduces the need for extensive cooling solutions.

  • Operating Voltage and Current: The device typically operates at a voltage of around 5V. The current draw varies based on the operational conditions and modes, with careful power management designed to optimize performance and longevity.


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