QM55003TR13

RF Front End (LNA + PA) Overview

The QM55003TR13 is a mid-band and low-band narrowband IoT transmit module manufactured by Qorvo. It integrates a power amplifier and low-noise amplifier within a single package. The device operates across frequency ranges of 663 MHz to 915 MHz and 1.695 GHz to 1.98 GHz. It utilizes a 2.5 V supply voltage for efficient operation. The component is housed in a 20-WFQFN exposed pad package, designed for surface-mount installation. This RF front-end solution supports LTE standards for wireless communication applications.

RF Front End (LNA + PA) Feature Summary

• Integrates power amplifier and low-noise amplifier functions
• Supports mid-band and low-band NB-IoT transmission
• Operates with a 2.5 V supply voltage

RF Front End (LNA + PA) Applications

• NB-IoT transmitter modules
• LTE wireless communication devices
• Mid-band frequency applications
• Low-band frequency applications

RF Front End (LNA + PA) Procurement Notes

Verify the specific datasheet revision and manufacturing date code upon ordering. Confirm that the 20-WFQFN exposed pad package matches the target PCB footprint requirements. Ensure the 2.5 V supply voltage aligns with the system design constraints. Check for any recent product change notifications regarding material composition or pinout adjustments before finalizing procurement plans.

RF Front End (LNA + PA) Selection Notes

Select this component for designs requiring integrated transmit functionality in NB-IoT and LTE systems. The dual frequency range support allows flexibility for global deployment. The exposed pad package facilitates thermal management. Verify compatibility with the required operating voltage and ensure the application benefits from the integrated LNA and PA architecture for space-constrained designs.

RF Front End (LNA + PA) Part Context

This part belongs to Qorvo's portfolio of RF front-end solutions tailored for wireless connectivity. It addresses the growing demand for efficient, compact components in IoT and cellular markets. The integration of amplification stages reduces board space and simplifies circuit design compared to discrete solutions.