CMS0321KLX

Speakers Overview

The CMS0321KLX is a miniature general-purpose speaker manufactured by Same Sky (Formerly CUI Devices). It features a square frame design with dimensions of 32 mm x 32 mm and a depth of 14.5 mm. The unit utilizes a neodymium magnet and a paper cone to deliver an acoustic output of 86 dB. It has an impedance of 8 Ohms and a power handling capacity of 2 W. The frequency response range spans from 240 Hz to 15 kHz, with a resonant frequency at 550 Hz. Termination is achieved via solder eyelets.

Speakers Feature Summary

• Square frame construction for compact integration
• Neodymium magnet system for efficient performance
• Paper cone diaphragm for audio reproduction

Speakers Applications

• General purpose audio output devices
• Miniature electronic enclosures
• Consumer electronics requiring low-profile speakers

Speakers Procurement Notes

Verify the specific acoustic parameters against the official datasheet before integration. Confirm that the solder eyelet termination method aligns with your PCB assembly process. Ensure the operating environment remains within the component's specified thermal limits to maintain performance integrity over time.

Speakers Selection Notes

Select this model when a square form factor is required for space-constrained designs. The 8 Ohm impedance suits standard amplifier outputs. Consider the 2 W power rating for applications not requiring high-volume sound pressure levels. The 86 dB sensitivity indicates moderate efficiency suitable for close-range listening.

Speakers Part Context

This component belongs to the miniature speaker category from Same Sky, designed for small-scale audio applications. It represents a standard solution for integrating sound into compact devices where traditional round speakers do not fit the mechanical layout constraints effectively.

Speakers Replacement Considerations

Check for alternative square-frame speakers with matching 32x32mm dimensions and 8 Ohm impedance. Verify that replacement units offer comparable sensitivity and power handling if acoustic equivalence is critical.