MAMX-011036-DIE

RF Mixers Overview

The MAMX-011036-DIE is a wideband double-balanced passive diode mixer MMIC from MACOM Technology Solutions. It operates across the 8 GHz to 43 GHz frequency range, delivering low conversion loss and high linearity. This bare die component features a wide intermediate frequency (IF) bandwidth and provides superior port-to-port isolation characteristic of its double-balanced architecture. Designed for high-performance microwave applications, it serves as a compact solution for signal mixing in demanding RF environments.

RF Mixers Feature Summary

• Double-balanced passive diode mixer architecture
• Wide operational frequency coverage from 8 GHz to 43 GHz
• High linearity and low conversion loss performance
• Wide IF bandwidth capability

RF Mixers Applications

• Test and measurement equipment
• Microwave radio systems
• Radar systems

RF Mixers Procurement Notes

Verify that the specific order requirement matches the bare die format rather than the packaged variant. Confirm substrate compatibility and mounting specifications for integration into custom PCB designs. Ensure handling procedures account for the exposed die nature of the component to prevent physical damage during assembly.

RF Mixers Selection Notes

Select this component when wideband operation up to 43 GHz is required in a minimal footprint. Consider the bare die format for custom packaging solutions or high-volume integration where standard QFN packages are unsuitable. Evaluate thermal management requirements associated with direct die attachment on the target substrate.

RF Mixers Part Context

This part belongs to the MAMX-011036 series of wideband mixers. The -DIE suffix indicates the bare die configuration, distinct from the MAMX-011036 which is housed in a 3 mm, 12-lead AQFN plastic package. Both variants share identical electrical characteristics but differ in physical form factor and packaging.

RF Mixers Replacement Considerations

The MAMX-011036 serves as the packaged equivalent within the same family. No other cross-model substitutes are documented in public sources.