CAD Audio GXL2200 Cardioid Condenser Microphone with Full-Size Headphones and Audio Microphone Pop Filter

Description

Features include (but are not limited to) an internal hi-pass filter. P48 (48V) phantom power is required. As the membrane vibrates, electrons move. The Gxl2200 is inspired cosmetically, mechanically, and electrically by early generations of European masters. This voltage can be strengthened (but not necessarily increased) by silicon. These moving electrons are sensed as voltage. The condenser microphone consists of a thin conductive membrane stretched very close to a stationary plate. High voltage is applied between the membrane and the plate. As the membrane vibrates, electrons move. These moving electrons are sensed as voltage. This voltage can be strengthened (but not necessarily increased) by silicon. The Gxl2200 is inspired cosmetically, mechanically, and electrically by early generations of European masters. Features include (but are not limited to) an internal hi-pass filter. Elastic shock mount and protective pouch are included. P48 (48V) phantom power is required. Elastic shock mount and protective pouch are included. The condenser microphone consists of a thin conductive membrane stretched very close to a stationary plate. P48 (48V) phantom power is required. Features include (but are not limited to) an internal hi-pass filter. High voltage is applied between the membrane and the plate.

Key Features

• The condenser microphone consists of a thin conductive membrane stretched very close to a stationary plate.
• This voltage can be strengthened (but not necessarily increased) by silicon.
• P48 (48V) phantom power is required.
• High voltage is applied between the membrane and the plate.
• The Gxl2200 is inspired cosmetically, mechanically, and electrically by early generations of European masters.
• Features include (but are not limited to) an internal hi-pass filter.