913R7M-BOO

Overview

The MACOM 913R7M-BOO is a silicon binary capacitor designed for precision trimming and breadboarding applications. It features a four-pad chip configuration optimized for integration into RF circuits requiring stable capacitance values. The component supports surface-mount assembly processes, ensuring reliable performance in telecommunications and defense systems where precise signal conditioning is critical.

Feature Summary

• Four-pad binary capacitor design for precision trimming
• Silicon-based construction for stable RF performance
• Surface-mount package suitable for automated assembly

Applications

• RF circuit trimming and calibration
• Telecommunications equipment
• Defense and aerospace systems

Procurement Notes

Verify the specific capacitance value and tolerance against project requirements, as binary capacitor series often include multiple variants with distinct electrical characteristics. Confirm that the four-pad footprint matches the PCB layout constraints. Ensure compatibility with standard reflow soldering profiles to maintain device integrity during assembly.

Selection Notes

Select this component when precise capacitance adjustment is required in high-frequency applications. Consider the four-pad geometry for optimal thermal and electrical connection stability. Evaluate the silicon material properties against alternative technologies like MIM or poly capacitors for long-term reliability in harsh environments.

Part Context

This part belongs to MACOM's BOO series of binary capacitors, which are engineered to facilitate breadboarding and provide trimming capabilities where fixed capacitors lack sufficient flexibility. These components are integral to systems requiring fine-tuned impedance matching or frequency stabilization.

Replacement Considerations

The 913R7K-BOO is a related variant within the same binary capacitor family. Verify if the specific capacitance value and voltage rating of the replacement match the original design requirements before substitution.