LRPS-3-1J+

RF Power Dividers/Splitters Overview

The LRPS-3-1J+ is a 3-way core and wire power splitter manufactured by Mini-Circuits. It operates within a frequency range of 10 MHz to 300 MHz with a 50-ohm impedance. Key electrical specifications include a minimum isolation of 20 dB, a maximum voltage standing wave ratio (VSWR) of 1.09, and a maximum imbalance of 4 degrees. The component is designed for signal conditioning applications in RF systems.

RF Power Dividers/Splitters Feature Summary

• Utilizes core and wire construction for reliable power splitting
• Provides balanced signal distribution across the operational bandwidth
• Ensures high isolation between output ports

RF Power Dividers/Splitters Applications

• RF signal distribution networks
• Antenna array feeding systems
• Test and measurement equipment

RF Power Dividers/Splitters Procurement Notes

Verify that the specific part number matches the required 3-way configuration and frequency range. Confirm compliance with RoHS standards as indicated in official documentation. Ensure the SMD no-lead package type aligns with your assembly process requirements before finalizing procurement orders.

RF Power Dividers/Splitters Selection Notes

Select this component when a 3-way split is required within the 10 MHz to 300 MHz band. Consider the 20 dB isolation and 1.09 VSWR limits for system performance. Evaluate the physical dimensions and mounting style against available board space constraints.

RF Power Dividers/Splitters Part Context

This device belongs to the LRPS series of power splitters from Mini-Circuits. It serves as a passive signal conditioning element for dividing input power into three equal outputs. The product line focuses on broadband performance and reliability for RF applications.

RF Power Dividers/Splitters Replacement Considerations

Check for compatible alternatives such as the LRPS-2-1J+ if a 2-way split suffices. Verify that substitute components maintain equivalent isolation and VSWR specifications to ensure system integrity without redesign.