FSL-1015R02-08S

Speakers Overview

The Peerless by Tymphany FSL-1015R02-08S is a full-range speaker driver designed for compact audio applications. It features a 1.5-inch (40mm) nominal diameter cone with a neodymium magnet structure providing efficient magnetic flux. The unit operates at an 8-ohm nominal impedance and delivers a frequency response range suitable for mid-range reproduction. Key electrical parameters include a resonant frequency typically around 300Hz, sensitivity of approximately 86dB, and a maximum power handling capacity rated for continuous input within standard consumer electronics limits.

Speakers Feature Summary

• Compact form factor optimized for space-constrained enclosures
• Neodymium magnet assembly for high efficiency and reduced weight
• Full-range capability integrating bass and treble reproduction in a single driver

Speakers Applications

• Portable Bluetooth speakers
• Smart home voice assistants
• Compact multimedia systems

Speakers Procurement Notes

Verify the specific datasheet revision and manufacturing date code upon ordering to ensure compliance with current environmental regulations such as RoHS and REACH standards. Confirm that the acoustic mounting requirements match your enclosure design specifications before finalizing procurement quantities.

Speakers Selection Notes

Select this component when a small footprint is critical alongside adequate mid-range clarity. Evaluate the mechanical dimensions against available cabinet space. Consider the thermal management capabilities if the application involves sustained high-volume output over extended periods.

Speakers Part Context

This model belongs to the Peerless by Tymphany full-range series, which prioritizes balanced tonal quality in minimal physical spaces. It serves as a direct replacement for legacy drivers in portable audio devices where size constraints previously limited performance options.

Speakers Replacement Considerations

Check mechanical mounting hole patterns and depth constraints when substituting. Verify impedance matching with existing amplifier outputs to prevent signal degradation or hardware damage during cross-compatibility testing.