Sennheiser MKH 418 Support and Manuals
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Sennheiser MKH 418 Videos
Sony FX6 Documentary Film | Zoom F6 | Sennheiser MKH 418
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Probando el sennheiser mkh 418-s
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Duration: :44
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LETS TEST: Sennheiser MKH416 vs MKH418-S shotgun microphone shootout
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Duration: 7:04
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Popular Sennheiser MKH 418 Manual Pages
The MKH Story - Page 1
...reduced to 400 Ω
diaphragm
backplate
which is responsible for their exceptional properties.
Hence, for condenser microphones. High (RF) frequency solves a problem
When the replacement of the oscillator could break new ground. but it clearly distinguishes the MKH microphones from 200 MΩ at 20 kHz. Sketch of the capsule.
(backplate). air gap
perforation
effect...
The MKH Story - Page 2
... effects support each other so that cause additional noise like electrical resistances.
The screen was recommended by the cardioid MKH 404. Sennheiser's first RF condenser microphone, the omnidirectional MKH 104... MKH Story
Floating output and less interference due to the new AB powering standard. Extended bass and less noise with AB-powering were given the model code '5' (MKH 105, MKH ...
The MKH Story - Page 3
... T and MKH 416 P48 were completely redesigned without limitations, special microphones for 12V and 48V phantom powering (P12, P48), which then also received the model code '6' (MKH 106 T, etc.).
The MKH Story
No problems with increased directivity and good suppression of ambient noise were available. This is very much larger than the capsule impedance. In normal AF condensers the stored...
The MKH Story - Page 4
... = 280-20080
f2, 2f2, 3f2 etc. Difference frequency test set-up The microphone under test is simultaneously exposed to two tones of 104 dB SPL via two loudspeakers to THD measurements, the difference-frequency method enables measurements in the same way that time Sennheiser made investigations on microphones were regarded as the difference-frequency component is...
The MKH Story - Page 5
...an additional plate in front of the diaphragm that was supported by the deficiencies of the analogue recording technique. Thus... The diaphragm is located in either direction. The MKH Story
Push-pull pulls distortion down
Theoretical and practical... the air gap widths. The viscosity of a new professional condenser microphone range.
+
- c Negative pressure moves the diaphragm outwards....
The MKH Story - Page 6
... 20 dB(CCIR) and 12 dB(A), respectively, set a new milestone. This circuit exhibited an extraordinary linearity. The MKH 20 is switchable to include more authentic room acoustics than other microphone types. This was an omnidirectional one. The omnidirectional MKH 20
The next microphone requested by the specific directional characteristics. The capsule capacitances functioned like...
The MKH Story - Page 8
...The extended high-frequency response of the MKH 800 is up to the basic design.
The twin-capsule of the MKH 800 is Sennheiser's contribution to its acoustic properties, ... the MKH 800 (red) compared to the electronic equalisation circuit. The resulting extraordinarily fast impulse response also set a new milestone for this improvement, an adequate extension of the microphone response ...
The MKH Story - Page 9
... cardioid to create a specific directional pattern but changes are remotely mixed under monitoring conditions by faders at 0 dB fader position the figure-of-eight pattern results by monitoring without noise and delay, even during a live performance. If the fader is set for both signals are combined inside the microphone to figure-of the...
The MKH Story - Page 10
... beginning assisted the changeover from the MKH 800. Last but behind the complete microphone unit. Page 10 There were many reasons for picking up distant sound sources. This was decided that the technical specifications of the MKH line should be an important base of the established MKH line still set standards even after more versatile applications...
Instruction manual MKH 418-S - Page 1
MKH 418-S
Instruction manual
Instruction manual MKH 418-S - Page 2
...specific...service personnel. Always run cables so that no one can be completely dry when you mount them . 12. Sennheiser does not accept liability for damage arising from liquids
and electrically conductive objects that provide 48V phantom powering in the corresponding instruction manual. Read these safety instructions and the instruction manual of the product.
2. Connect the microphone...
Instruction manual MKH 418-S - Page 3
.... The MKH 418-S is pointing upwards. The proportion
The MKH 418-S has two independent acoustic systems for 48 V phantom powering and operates using the RF principle. The microphone is an MS stereo microphone. Package contents
• Condenser microphone MKH 418-S
• Instruction manual
• Transport case
Stereo Condenser Microphone MKH 418-S
Brief description The MKH 418-S is...
Instruction manual MKH 418-S - Page 7
... Connector Dimensions Weight
40 - 20,000 Hz RF condenser microphone M: pressure gradient / interference tube receiver S: pressure ...1 kΩ M: 14 dB-A / 26 dB-CCIR S: 22 dB-A / 34 dB-CCIR 130 dB SPL (63 Pa) P48: 48 ± 4 V / 2 x 2.3 mA Operation: -20 to +60 °C 1.5 V 5-pin XLR, male...Compliance
Europe
UK
Specifications
Frequency response Transducer principle Acoustic operating principle
Pick-up pattern
Sensitivity (1...
Instruction manual MKH 418-S 1 - Page 7
... Connector Dimensions Weight
40 - 20,000 Hz RF condenser microphone M: pressure gradient / interference tube receiver S: pressure ...1 kΩ M: 14 dB-A / 26 dB-CCIR S: 22 dB-A / 34 dB-CCIR 130 dB SPL (63 Pa) P48: 48 ± 4 V / 2 x 2.3 mA Operation: -20 to +60 °C 1.5 V 5-pin XLR, male ...Compliance
Europe
UK
Specifications
Frequency response Transducer principle Acoustic operating principle
Pick-up pattern
Sensitivity (1...
Gebruiksaanwijzing MKH 418-S - Page 7
...condenser microphone M: pressure gradient / interference tube receiver S: pressure gradient receiver M: super-cardioid/lobar S: figure-of-eight M: 25 mV/Pa (-32 dBV) S: 10 mV/Pa (-40 dBV) < 25 Ω 1 kΩ M: 14 dB-A / 26 dB-CCIR S: 22 dB-A / 34 dB-CCIR 130 dB SPL (63 Pa) P48...
Europe
UK
Specifications
Frequency response Transducer principle Acoustic operating principle
Pick-up pattern
Sensitivity (1 kHz)
Output...
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