Power Tracker

QFE-1035-0-26WLPSP-HR-0A-0

  • Wideband Performance: This component operates across a broad frequency range, supporting multiple wireless standards, including LTE, WCDMA, and emerging 5G technologies. This versatility ensures compatibility with a variety of network architectures.
  • High Efficiency: It boasts excellent power-added efficiency (PAE), which translates to reduced power consumption. This efficiency is critical in modern mobile devices, where battery life and thermal management are paramount.
  • Compact Form Factor: The device's design is compact, making it ideal for integration into space-constrained environments. This is particularly beneficial for consumer electronics and small base stations.

Product description

The Qualcomm QFE-1035-0-26WLPSP-HR-0A-0 is a cutting-edge RF amplifier tailored to meet the demands of next-generation wireless communication systems. Its wideband performance ensures compatibility with a range of communication standards, enabling seamless integration into existing and future network infrastructures.

One of the key highlights of the QFE-1035 is its exceptional power-added efficiency. By minimizing energy consumption, the amplifier enhances the overall performance of mobile devices while extending battery life—a critical consideration in today's energy-conscious market. This efficiency is particularly beneficial in densely populated urban areas where network capacity and energy management are vital.

The amplifier's high linearity ensures that it can handle complex modulation schemes without introducing distortion, making it an ideal choice for applications requiring high fidelity in signal transmission. As mobile networks evolve to support more sophisticated communication protocols, the ability to maintain signal integrity becomes increasingly important.

Thermal management is another significant aspect of the QFE-1035's design. The amplifier is engineered to operate reliably under high power conditions, thanks to its robust thermal resistance features. This capability is essential in preventing thermal-related failures, particularly in applications where the amplifier is subjected to prolonged use or variable load conditions.

Additionally, the compact form factor of the QFE-1035 allows for flexible design implementations, accommodating a wide range of applications, from base stations to handheld devices. Its surface-mount technology enables quick assembly and integration into electronic systems, accelerating the product development process for manufacturers.

In summary, the Qualcomm QFE-1035-0-26WLPSP-HR-0A-0 stands out as a powerful and efficient solution for modern wireless communication. Its combination of high efficiency, broad compatibility, and robust performance makes it a crucial component in the ongoing evolution of mobile technology, supporting the increasing demand for reliable and high-speed connectivity.


Specification parameters

  • Frequency Range: The amplifier operates effectively within a designated frequency spectrum, typically covering both sub-6 GHz and higher bands, making it suitable for various modern wireless applications.

  • Output Power: It delivers significant output power levels, generally exceeding 30 dBm, which is crucial for ensuring robust signal strength and coverage in challenging environments.

  • Power Added Efficiency (PAE): The QFE-1035 achieves PAE levels of approximately 30% to 35%, enhancing energy efficiency while maintaining performance, thereby lowering operational costs.

  • Input/Output Impedance: The device is designed with a standard 50 Ohm impedance, facilitating seamless integration with various RF components and ensuring compatibility across different system architectures.

  • Operating Voltage: The QFE-1035 functions within a specified voltage range, allowing flexibility in design and compatibility with various power supply configurations.

  • Thermal Resistance: It features optimized thermal characteristics that enable effective heat dissipation, ensuring stable operation even under high-performance scenarios.


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