Pop- & Windschutz

Close range sounds, wind, and fast movements of the microphone boom, all may cause interfering noises. To avoid these unwanted sounds, windscreen accessories are available. Typically, they are made out of open-cell polyurethane foam. These windscreens do not cause interfering resonances and do not influence the directional pattern. Only in the upper frequency range is the output level slightly attenuated. The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine. Mehr erfahren

Close range sounds, wind, and fast movements of the microphone boom, all may cause interfering noises. To avoid these unwanted sounds, windscreen accessories are available. Typically, they are made out of open-cell polyurethane foam. These windscreens do not cause interfering resonances and do not influence the directional pattern. Only in the upper frequency range is the output level slightly attenuated.
Mehr erfahren

Close range sounds, wind, and fast movements of the microphone boom, all may cause interfering noises. To avoid these unwanted sounds, windscreen accessories are available. Typically, they are made out of open-cell polyurethane foam. These windscreens do not cause interfering resonances and do not influence the directional pattern. Only in the upper frequency range is the output level slightly attenuated. The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine. Mehr erfahren

The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine.
Wind noise attenuation 20 dB. Attenuation at 15 kHz 3 dB.Diameter 45 mm, length 70 mm. Color black. Mehr erfahren

The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine.Wind noise attenuation 15 dB. Attenuation at 15 kHz 2 dB.Diameter 50 mm, length 350 mm. Color black. Mehr erfahren

The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine.Wind noise attenuation 26 dB. Attenuation at 15 kHz 3 dB.Diameter 90 mm. Color black. Mehr erfahren

The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine.Wind noise attenuation 27 dB. Attenuation at 15 kHz approx. 3 dB.Diameter 90 mm. Color black. Mehr erfahren

The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine.Wind noise attenuation 10 dB. Attenuation at 15 kHz 2 dB.Diameter 58 mm, length 165 mm. Color black. Mehr erfahren

The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine.
Wind noise attenuation 15 dB. Attenuation at 15 kHz approx. 3 dB.Diameter 90 mm each. Color black. Mehr erfahren

The wind noise attenuation was measured without electrical filtering in a turbulent air stream traveling at 20 km/h, generated by a noiseless wind machine.
Wind noise attenuation 27 dB. Attenuation at 15 kHz 3 dB. Ø 90 mm. Mehr erfahren