Do frequency response curves really matter? It is undeniable that based on the response curves, you will be able to figure out how good or bad the speaker is. Understanding the frequency response can help every music enthusiasts a lot in order to make better choices.
Frequency response has been one of the most common issues when it comes to studio monitors. As technology moves high, the performance of audio listening and recording should also increase. This is the reason why we need to consider what that audio or sound frequency response really means and what makes this really important. We all have different listening tastes so not all music equipment really sounds as “best”.
What is Flat Frequency Response
Speakers produce sound and you are aware of that. No matter how pretty they look and no matter how flowery words people use, the main job of speakers is to produce sound. That sound is measured in terms of frequency that the human ear can able to hear. The loudness of the sound is measured in decibels or “dB” which has been based on the level of the sound pressure. The dB uses a logarithmic scale because it associates fairly with what human ear hears and it allows you to detect differences.
An ideal flat frequency response resulted in a more accurate representation of the original sound. In fact, a flat frequency response gives out the purest sound. However, a response like that is not always an option because a tailored frequency response sounds to be more useful in most cases. The main thing here is: avoid response patterns which emphasize the wrong frequencies.
How to Evaluate Flat Frequency Response
The evaluation of different frequency range can be determined by reading the Frequency Response Graph. A full understanding of sound frequency response charts needs knowledge of many other variables engaged in the application. Since no one can look at a frequency response easily, the first thing you need to do is understand the meaning of horizontal and vertical axis on the graph.
- Vertical Axis
The vertical axis is usually the sound level in dB. The louder the sounds, the higher it raise up. On the other hand, the quieter the sound, the lower the frequency goes. On the vertical axis, the frequency response has many different scales. Bear in mind that the number of dB is much more important than how much the curve appears to go up and down.
- Horizontal Axis
The common range of human hearing is 20kHz but as we age, we lose some of it. The horizontal frequency axis is commonly plotted on a logarithmic scale. This axis shows the frequency in Hertz or Hz.
The flat frequency response made no change in the sound level even in different frequency range. If you are looking for the “perfect” frequency response that has been presented by a loudspeaker or a microphone, it should present a plain, constant or really flat curve. However, to voice certain range of frequencies, you need have drivers.
The Importance of the Drivers
Drivers are the special tools of speakers. These drivers are traditionally divided into three types:
Woofers are specially made for low frequencies. Woofers are the largest kind of the three drivers. Woofers can make the listening feel like a live experience. It focuses on replicating very low frequencies to add shake and roll to every listening.
The midrange drivers are good in producing midrange frequencies. From the word itself, drivers in midrange make sound on the level which means not low and not too high.
Tweeters’ main job is to produce sound in high frequencies. Tweeters let you hear high-pitched sounds that commonly called as Treble.
How Studio Monitors Really Work
Yes, speakers make a sound but how do they work will better help you understand their ultimate functions. Gaining knowledge about their functions can help you purchase better audio equipment as well.
The sound being produced by studio monitors is due to the fluctuation of air pressure. The air pressure happens through the movement and vibration of a given object. Right when the object moves or vibrates, it spreads kinetic energy to the air particles that surrounds it. We commonly use the waves of water to visualize this process and the length of that wave is referred as frequency. The lower the vibrations occur, the lower the frequency sounds.
Best Studio Monitors with Flat Frequency Response
Knowing how your speakers make sound and how they make responses can add a new dimension of great listening experiences. And now that you already know the importance of determining the frequency response, are you now ready to have the best studio monitors with respectively flat frequency response in 2016?