AMMP-6125-TR2G

Overview

The AMMP-6125-TR2G is a surface-mount integrated frequency multiplier designed for high-frequency applications. It operates as an x2 multiplier with an output frequency range of 10 to 24 GHz. The device utilizes GaAs technology and is housed in a compact SMT package suitable for automated assembly. It supports differential RF input and output configurations, facilitating integration into complex radio frequency systems requiring precise frequency generation.

Feature Summary

• Integrated x2 frequency multiplication capability
• Differential RF input and output interfaces
• GaAs semiconductor technology construction

Applications

• Wireless communication infrastructure equipment
• Test and measurement instrumentation
• Point-to-point microwave links

Procurement Notes

Verify component authenticity through authorized distribution channels due to obsolescence status. Confirm lot traceability and moisture sensitivity handling requirements prior to installation. Ensure storage conditions comply with JESD standards to prevent damage. Request detailed test reports if available from legacy inventory sources.

Selection Notes

Select this component for designs requiring a 10 to 24 GHz output from a lower frequency source. Evaluate thermal management capabilities within the target PCB layout. Consider the availability of compatible driver amplifiers for the differential input stage. Assess system-level noise performance contributions relative to the multiplier's harmonic suppression characteristics.

Part Context

This part belongs to Broadcom’s AMMP series of monolithic microwave integrated circuits. The series focuses on passive and active components for wireless and radar applications. The TR2G suffix indicates a specific tape and reel packaging configuration optimized for high-volume surface mount production lines.

Replacement Considerations

The manufacturer has announced obsolescence for this product. No direct official substitute is listed in public documentation. Designers must evaluate alternative frequency multipliers from current product lines or consider redesigning the local oscillator chain to accommodate newer available components.