Both microphones do so with a diaphragm.īesides mic-specific commonalities in application, polar pattern, address type, and small details, dynamic and condenser microphones have very few similarities. That is to say that they are transducers of energy that convert sound (mechanical wave energy) into audio (electrical energy). Let's start with the obvious and talk about dynamic and condenser mics both being microphones. Similarities Between Dynamic And Condenser Microphones To read more about moving-coil dynamic microphones, check out my article Moving-Coil Dynamic Microphones: The In-Depth Guide. Let's look at the differences between dynamic and condenser mics in the following table:Īll (especially with dual-diaphragm capsule) Tables are an easy way to disseminate information. In this article, we'll dive deeper into answering this question and discuss all the general differences between dynamic and condenser microphones. This is only a brief response to a much deeper question. Condensers are active, while dynamics are usually passive. This leads to differences in design and overall sound. What are the differences between dynamic and condenser microphones? The main difference between dynamic and condenser mics is that dynamics convert sound to audio via electromagnetic induction while condensers do so via electrostatic principles. These classifications are widely used to differentiate between transducer types, but they also give us a general sense of how the microphone will perform. The vast majority of microphones are either dynamic or condenser mics.
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