Ribbon microphone

Shotgun microphone

Condenser microphone

Dynamic microphone

A dynamic microphone functions by amplifying sound waves through a series of filters.

A dynamic microphone works by converting sound waves into digital signals directly.

A dynamic microphone operates by using a laser to capture audio vibrations.

A dynamic microphone works by using a diaphragm attached to a coil of wire within a magnetic field. When sound waves hit the diaphragm, it vibrates, causing the coil to move within the magnetic field and generate an electrical signal.

Phantom power is used to provide power to microphones with active electronic circuitry, such as condenser microphones.

Phantom power is only used with dynamic microphones.

Phantom power is used to reduce background noise in microphones.

Phantom power is used to make microphones sound louder.

Cardioid microphones are more directional, picking up sound primarily from the front and rejecting sound from the sides and rear. Omnidirectional microphones pick up sound equally from all directions.

Omnidirectional microphones are more directional, picking up sound primarily from the front.

Cardioid microphones pick up sound equally from all directions.

Cardioid microphones reject sound from the front and pick up sound from the sides and rear.

Frequency response of a microphone is the weight of the microphone

Frequency response of a microphone is the color of the microphone

Frequency response of a microphone is the brand of the microphone

Frequency response of a microphone is a graph that shows how sensitive the microphone is at different frequencies.

Directional sensitivity pattern of a microphone

Cardioid sensitivity pattern of a microphone

Bi-directional sensitivity pattern of a microphone

Omnidirectional sensitivity pattern of a microphone

The proximity effect in microphones is the increase in treble or high-frequency response when the microphone is placed close to the sound source.

The proximity effect in microphones is the distortion of sound when the microphone is far away from the sound source.

The proximity effect in microphones is the increase in bass or low-frequency response when the microphone is placed close to the sound source.

The proximity effect in microphones is the reduction in bass response when the microphone is close to the sound source.

A condenser microphone is less sensitive than a dynamic microphone and captures a narrower frequency range.

A condenser microphone uses a capacitor to convert sound waves into electrical signals, requiring phantom power to operate. It is more sensitive and captures a wider frequency range compared to a dynamic microphone, making it ideal for studio recordings and capturing subtle nuances.

A condenser microphone does not require any power source to operate, unlike a dynamic microphone.

A condenser microphone uses a magnet to convert sound waves into electrical signals, similar to a dynamic microphone.

To increase background noise

To reduce or eliminate popping sounds caused by plosive consonants.

To improve microphone sensitivity

To add weight to the microphone