Hypercardioid microphone | Electronics

Increased directivity due to interference tube principle - Very low inherent self-noise - High sensitivity - Transformerless and fully floating balanced output - Rugged, suitable for adverse climatic conditions

Increased directivity due to interference tube principle - Very low inherent self-noise - High sensitivity - Transformerless and fully floating balanced output - Rugged, suitable for adverse climatic conditions

Increased directivity due to interference tube principle - Very low inherent self-noise - High sensitivity - Transformerless and fully floating balanced output - Rugged, suitable for adverse climatic conditions

Increased directivity due to interference tube principle - Very low inherent self-noise - High sensitivity - Transformerless and fully floating balanced output - Rugged, suitable for adverse climatic conditions

Increased directivity due to interference tube principle - Very low inherent self-noise - High sensitivity - Transformerless and fully floating balanced output - Rugged, suitable for adverse climatic conditions

Increased directivity due to interference tube principle - Very low inherent self-noise - High sensitivity - Transformerless and fully floating balanced output - Rugged, suitable for adverse climatic conditions

The 2017 Audio-Technica ATM650 is a hypercardioid dynamic instrument microphone designed for professional use in capturing audio from musical instruments.

The 2017 Audio-Technica ATM650 is a hypercardioid dynamic instrument microphone designed for professional use in capturing audio from musical instruments.

The 2017 Audio-Technica ATM650 is a hypercardioid dynamic instrument microphone designed for professional use in capturing audio from musical instruments.