• 2026-09-15

What Is Speaker Rated Power, and How Is It Different from Maximum Power?

What do the 5 W, 10 W, or 20 W ratings on a speaker really mean? Rated power represents the power a speaker can handle continuously under specified test conditions, while maximum power indicates its ability to withstand short-term signal peaks. Understanding the difference helps us read speaker specifications correctly.
  • 2026-09-14

Why Use White Noise and Pink Noise to Test Speakers?

In acoustic testing, and pink noise are both commonly used as test signals. However, when we look at their spectral distribution, we can see that their energy is distributed in different ways.
  • 2026-09-10

Why Use White Noise and Pink Noise to Test Speakers?

White noise and pink noise contain different frequency components and can be used to simulate the complex sound signals that speakers may encounter in real applications. Through noise testing, we can evaluate a speaker’s durability, rated noise power, and reliability when handling instantaneous peaks.
  • 2026-09-09

Why Do Some Large Speakers Need to Be Installed in an Enclosure?

A speaker can produce sound even without an enclosure, so why do large speakers still need one? This article starts with rear-wave cancellation and explains the real acoustic purpose of a speaker enclosure.
  • 2026-09-03

Why Do Tweeters Often Use Spherical or Dome-Shaped Diaphragms?

Why are tweeters often designed with spherical or dome-shaped diaphragms? This is not just for appearance. It is closely related to voice coil placement, heat dissipation, high-frequency efficiency, and sound radiation. However, dome-shaped diaphragms may also introduce issues such as reflection, standing waves, and off-axis attenuation. This article explains the basic acoustic principles and design trade-offs behind dome tweeters in a simple way.
  • 2026-08-12

Can We Predict Speaker Sound Quality from the Frequency Response Curve?

Can we judge a speaker’s sound quality just by looking at its frequency response curve? This article explains four common frequency response trends in a simple way to help beginners better understand speaker sound characteristics.
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