CMS-2006-154SP

Speakers Overview

The CMS-2006-154SP is a miniature general-purpose speaker manufactured by Same Sky. It features a 20 mm diameter and 6 mm depth with a PU+PEI cone material and rare earth magnet technology. The component operates at an impedance of 4 Ohms with a rated power of 1.5 W and a maximum power of 1 W. Its frequency range spans from 250 Hz to 20 kHz, with a self-resonant frequency of 500 Hz. It utilizes solder pads for termination and is designed for board mount installation.

Speakers Feature Summary

• Utilizes rare earth magnet technology for efficient audio performance
• Features a polyurethane and polyetherimide cone material
• Designed for direct board mount installation via solder pads

Speakers Applications

• General purpose audio output devices
• Miniature electronic assemblies requiring compact speakers
• Audio components in small form factor electronics

Speakers Procurement Notes

Verify the manufacturer designation as Same Sky (Formerly CUI Devices) when sourcing. Confirm the specific package type and termination style match the design requirements. Ensure compliance with relevant environmental standards such as RoHS before finalizing procurement decisions for production integration.

Speakers Selection Notes

Select this component for applications requiring a 20 mm round frame speaker with 4 Ohm impedance. Consider the 1.5 W rated power and 250 Hz to 20 kHz frequency response for suitable audio reproduction needs. Verify that the 6 mm depth fits within the available spatial constraints of the target enclosure design.

Speakers Part Context

This part belongs to the CMS series of miniature speakers from Same Sky. These components are engineered for compact audio solutions where space is limited. The series typically includes various sizes and power ratings to accommodate different consumer and industrial electronic device requirements.

Speakers Replacement Considerations

MFR Recommended CMS-3048-058SP is listed as an available alternative for discontinued parts in related contexts, though specific substitution validation for this exact model requires checking electrical compatibility.