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QPA2628TR7 is listed in the RF Amplifiers range at ChipApex. The manufacturer field lists Qorvo. Its product description is 22-31.5GHZ LNA. Review the specifications below when checking this part for your BOM.
The QPA2628TR7 is a low noise amplifier from Qorvo, designed for the 22 to 31.5 GHz frequency range. It utilizes silicon technology and is supplied in a reel package format. The component is classified as an RF amplifier within the wireless and RF integrated circuits category. It features moisture sensitivity and is manufactured under the QPA2628 series. The product adheres to RoHS standards and is intended for high-performance applications requiring reliable signal amplification in the specified millimeter-wave band.
Verify the specific suffix TR7 against official Qorvo documentation to confirm the exact reel quantity and handling specifications. Ensure that moisture sensitivity precautions are observed during storage and assembly processes. Confirm that the silicon-based construction aligns with the thermal and electrical requirements of the target design. Cross-reference the RoHS status with current regulatory standards for the intended market. Validate the supplier's authorization to distribute this specific part number.
Select this component when a silicon-based LNA is required for the 22 to 31.5 GHz band. Consider the reel packaging if high-volume automated placement is planned. Evaluate the trade-off between silicon cost advantages and potential performance differences compared to GaAs or GaN alternatives. Ensure the system can accommodate the moisture sensitivity level indicated in the datasheet. Verify compatibility with existing board layouts and thermal management strategies.
This part belongs to the QPA2628 series, which includes various packaging options such as die and tape configurations. The TR7 suffix specifically denotes the reel packaging variant. Other members of the family may differ in substrate technology or physical form factor. This series targets applications demanding stable amplification in the K-band and higher frequencies. Understanding the relationship between the base model and the specific suffix is crucial for accurate integration.
Public confirmed substitute part numbers are not available in the provided data.
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