CSS-10552-154

Speakers Overview

The CSS-10552-154 is a general-purpose speaker manufactured by Same Sky, formerly CUI Devices. It features a square frame design with dimensions of 105mm x 105mm and a depth of 52mm. The unit has a nominal impedance of 4 Ohms and a power handling capacity of 15 Watts. Its frequency response ranges from 88 Hz to 132 Hz. The speaker utilizes a top port configuration for sound output.

Speakers Feature Summary

• Square frame construction for versatile mounting options
• Top port design for directed sound projection
• General-purpose audio reproduction capabilities

Speakers Applications

• Consumer electronics audio output
• Industrial equipment status signaling
• Public address systems

Speakers Procurement Notes

Verify the manufacturer designation as Same Sky (Formerly CUI Devices) when sourcing components. Confirm the specific model suffix matches the required acoustic parameters. Ensure compatibility with existing enclosure designs due to the fixed 105mm square footprint. Check for RoHS compliance documentation if required for your region.

Speakers Selection Notes

Select this component for applications requiring a standard square form factor with moderate power handling. The 4 Ohm impedance suits most standard amplifier outputs. Consider the 15W rating against peak signal requirements. The top port orientation dictates mounting position relative to the listener or sensor.

Speakers Part Context

This speaker belongs to the CSS series of general-purpose audio transducers. It is designed for cost-effective integration into various electronic devices. The square frame allows for efficient packing in manufacturing processes. It serves as a direct replacement for legacy CUI Devices speakers with identical mechanical and electrical specifications.

Speakers Replacement Considerations

Direct replacements must match the 105x105x52mm dimensions and 4 Ohm impedance. Verify that substitute models support the 15W power rating. Ensure the new component also features a top port configuration to maintain acoustic performance. Check for equivalent frequency response characteristics.