Which microphone type is known to handle higher humidity and temperature better?

The FET (Field Effect Transistor) microphone is recognized for its ability to handle higher levels of humidity and temperature compared to other microphone types. This is primarily due to its solid-state design, which makes it less sensitive to environmental changes than certain other microphones.

FET microphones utilize a field-effect transistor to amplify the audio signal, and their construction allows for greater stability and reliability under varying atmospheric conditions. This characteristic is crucial for applications in environments where humidity and temperature can fluctuate significantly, ensuring that the microphone maintains consistent performance and sound quality.

In contrast, other microphone types, such as dynamic microphones, ceramic microphones, and crystal microphones, may suffer from performance issues when subjected to high humidity or temperature since their designs often include materials that can degrade under such conditions. For instance, dynamic microphones may have moving parts that could be adversely affected by moisture, while crystal and ceramic microphones might be less robust in variable climates. Thus, the FET microphone stands out as the most resilient and reliable choice for challenging environmental conditions.