Product specification MKH 416
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...low self noise, high consonant articulation and feedback rejection, the MKH 416 can handle difficult exterior filming and reporting conditions without any difficulty. PRODUCT SPECIFICATION 1/2 MKH 416 Short Shotgun Microphone The venerable MKH 416 is a compact pressure-gradient microphone with short interference tube, highly immune to humidity due to ...; Rugged, suitable for adverse climatic conditions • Matt black all-metal body DELIVERY INCLUDES • MKH 416-P48 U3 • MZQ 100 microphone clamp • MZW 415 foam windshield • Pouch • Instruction manual
...low self noise, high consonant articulation and feedback rejection, the MKH 416 can handle difficult exterior filming and reporting conditions without any difficulty. PRODUCT SPECIFICATION 1/2 MKH 416 Short Shotgun Microphone The venerable MKH 416 is a compact pressure-gradient microphone with short interference tube, highly immune to humidity due to ...; Rugged, suitable for adverse climatic conditions • Matt black all-metal body DELIVERY INCLUDES • MKH 416-P48 U3 • MZQ 100 microphone clamp • MZW 415 foam windshield • Pouch • Instruction manual
Product specification MKH 416
Page 2
...183; 30900 Wedemark · Germany · www.sennheiser.com supply (-) 2: NF (+); sound pressure level Power supply Current consumption Temperature range Finish Connector Pin assignment Dimensions Weight 40 - 20,000 Hz RF condenser microphone super-cardioid/lobar 25 mV/PA ± 1 dB...20 50 100 200 500 1000 2000 5000 10000 20000 Hz Sennheiser electronic GmbH & Co. supply (+) 3: NF (-); terminating impedance Equivalent noise level CCIR-weighted (CCIR468-3) A-weighted Max. PRODUCT SPECIFICATION 2/2 MKH 416 Short Shotgun Microphone POLAR PATTERN 0° 30° 0 5 10 60...
...183; 30900 Wedemark · Germany · www.sennheiser.com supply (-) 2: NF (+); sound pressure level Power supply Current consumption Temperature range Finish Connector Pin assignment Dimensions Weight 40 - 20,000 Hz RF condenser microphone super-cardioid/lobar 25 mV/PA ± 1 dB...20 50 100 200 500 1000 2000 5000 10000 20000 Hz Sennheiser electronic GmbH & Co. supply (+) 3: NF (-); terminating impedance Equivalent noise level CCIR-weighted (CCIR468-3) A-weighted Max. PRODUCT SPECIFICATION 2/2 MKH 416 Short Shotgun Microphone POLAR PATTERN 0° 30° 0 5 10 60...
The MKH Story
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.... The goal was an omnidirectional microphone (MKH 106), a cardioid (MKH 406), a short shotgun (MKH 416) and a long shotgun (MKH 816). Thus MKH microphones are well-suited for practical use. The short shotguns MKH 415 and MKH 416 soon became the industry standard. The MKH line was a circuit redesign of...the moving coil. At the end of the 1990s the shotguns MKH 416 T and MKH 416 P48 were completely redesigned without limitations, special microphones for the MKH 110 low-frequency microphone Microphones detect subsonic sound As the RF technique operates down to ...
.... The goal was an omnidirectional microphone (MKH 106), a cardioid (MKH 406), a short shotgun (MKH 416) and a long shotgun (MKH 816). Thus MKH microphones are well-suited for practical use. The short shotguns MKH 415 and MKH 416 soon became the industry standard. The MKH line was a circuit redesign of...the moving coil. At the end of the 1990s the shotguns MKH 416 T and MKH 416 P48 were completely redesigned without limitations, special microphones for the MKH 110 low-frequency microphone Microphones detect subsonic sound As the RF technique operates down to ...
The MKH Story
Page 7
... that time the frequency responses of many cases, so most users preferred the MKH 70. Compared to accompany the interference tube (shotgun) microphones MKH 416 and MKH 816. Contrary to these microphones the MKH 30 (launched in 1991) were not intended to 10 dB. All microphones are prone to the pressure build-up effect. It can cause a pressure boost...
... that time the frequency responses of many cases, so most users preferred the MKH 70. Compared to accompany the interference tube (shotgun) microphones MKH 416 and MKH 816. Contrary to these microphones the MKH 30 (launched in 1991) were not intended to 10 dB. All microphones are prone to the pressure build-up effect. It can cause a pressure boost...