BGS8H2X

RF Amplifiers Overview

The BGS8H2X is an RF amplifier IC designed for cellular applications operating within the 2.3GHz to 2.69GHz frequency range. It is housed in a compact 6-XSON package measuring 1.1x0.7 mm. The device supports a supply voltage range of 1.5V to 3.1V and delivers a gain of 12.5dB with a 1dB compression point characteristic suitable for surface mount assembly.

RF Amplifiers Feature Summary

• Delivers system-optimized gain for primary and diversity applications requiring sensitivity improvement
• Features high linearity characteristics for low noise performance
• Designed specifically for cellular communication systems

RF Amplifiers Applications

• Cellular primary antenna amplification
• Diversity receiver front-end amplification
• Mobile device sensitivity enhancement circuits

RF Amplifiers Procurement Notes

This component is designated as End of Life by the manufacturer. It is scheduled for obsolescence and will be discontinued. Procurement should focus on verifying current availability status through authorized distributors or checking for valid replacement part numbers before finalizing design-in decisions.

RF Amplifiers Selection Notes

Engineers selecting this component must account for its discontinuation status. Design reviews should prioritize alternative components that offer similar gain and frequency specifications while ensuring long-term supply chain stability. Verify package compatibility and electrical parameters against current project requirements.

RF Amplifiers Part Context

The BGS8H2X belongs to NXP's portfolio of RF amplifiers targeting mobile communication devices. It addresses the need for improved signal reception in cellular handsets and modules. The product line emphasizes integration and performance optimization for modern wireless standards.

RF Amplifiers Replacement Considerations

As the BGS8H2X is scheduled for obsolescence, engineers must identify public confirmed substitute part numbers from NXP or other manufacturers. Cross-reference key parameters such as gain, frequency range, and package type to ensure functional equivalence in existing designs.