SXLP-95+

Overview

The SXLP-95+ is a surface-mount low-pass filter from Mini-Circuits, designed for RF and microwave applications. It utilizes LTCC (Low Temperature Co-fired Ceramic) technology to provide sharp cutoff characteristics and high attenuation in the stopband. The component operates with a nominal impedance of 50 ohms and features a compact SMD package suitable for automated assembly. It is engineered to suppress harmonic frequencies and out-of-band noise while maintaining signal integrity in the passband.

Feature Summary

• LTCC construction for reliable performance
• Surface-mount design for integration
• High stopband attenuation

Applications

• Harmonic suppression in RF circuits
• Signal conditioning in communication systems
• Noise filtering in test equipment

Procurement Notes

Verify the specific datasheet version for the SXLP-95+ to confirm exact electrical parameters such as cutoff frequency and insertion loss. Ensure compatibility with your PCB footprint and reflow soldering profile. Check for any available screening options if required for your specific application environment.

Selection Notes

Select the SXLP-95+ when a compact, cost-effective low-pass filter is needed for S-band or similar frequency ranges. Consider its LTCC technology for robustness and ease of surface-mount placement. Compare its attenuation requirements against other Mini-Circuits filters to ensure it meets the specific system noise floor needs.

Part Context

Mini-Circuits offers a broad range of RF components, including filters, amplifiers, and mixers. The SXLP-95+ belongs to their series of passive LC and LTCC filters, which are widely used in wireless infrastructure and consumer electronics. This part represents the company's focus on providing standardized, high-performance solutions for signal processing.

Replacement Considerations

Consult Mini-Circuits documentation for direct replacements or alternatives within the SXLP series. Verify that any substitute component matches the required cutoff frequency, impedance, and physical dimensions. Cross-reference specifications to ensure equivalent performance in terms of insertion loss and stopband rejection.