EAS-45P30S

Speakers Overview

The EAS-45P30S is a general-purpose round speaker manufactured by Panasonic Electronic Components. It features an 8-ohm impedance and a power handling capacity of 100 mW. The device provides a sound pressure level of 93 dB and operates within a frequency range of 530 Hz to 3 kHz. Designed with a top port configuration, this component is suitable for audio output applications requiring compact dimensions and reliable performance in consumer electronics.

Speakers Feature Summary

• Top port design for directional sound projection
• Compact round form factor suitable for space-constrained enclosures
• High sensitivity output of 93 dB for efficient audio reproduction

Speakers Applications

• Consumer electronic devices requiring audio feedback
• Portable gadgets with limited internal volume
• General purpose sound signaling systems

Speakers Procurement Notes

Verify the specific acoustic parameters against your system requirements before procurement. Ensure the mounting interface matches your enclosure design. Confirm that the 100 mW power rating aligns with your amplifier's output capabilities to prevent damage. Check for any regional compliance certifications required for your target market.

Speakers Selection Notes

Select this component when a small, high-sensitivity speaker is needed for low-power applications. Consider the 8-ohm impedance for compatibility with standard audio drivers. Evaluate the 530 Hz to 3 kHz frequency response to ensure it meets the desired audio clarity needs. Compare physical dimensions against available board space.

Speakers Part Context

This speaker belongs to Panasonic's general-purpose audio component lineup. It is designed for integration into various electronic devices where size and cost are critical factors. The product represents a standard solution for basic audio output requirements in mass-produced consumer goods.

Speakers Replacement Considerations

When replacing, ensure the new part matches the 8-ohm impedance and 100 mW power rating. Verify that the physical dimensions and mounting holes are compatible with the existing PCB or enclosure. Check if the frequency response range is sufficient for the intended application.