Sennheiser MKH 816 User manual

Sennheiser
Brand
Sennheiser
Model
MKH 816
Category
Microphones
Type
User manual
!Zj SENNHEISER
Bedienungsanleitung
User's Guide
Mode d'Emploi
Studio-Richtmikrofon
DirectionalStudio
Microphone
Microphone
directionnel de studio
MKH816 P48 U 3
Frequenzgang
Frequency response
Courbe de frequence
Speisung und Anschluß
Powering and connection
Alimentation et branchement
30
Speisung I Powering I Alimentation
Phantomspeisung 48 V nach DIN 45596
Phantom powering 48 V according to DIN 45596
Alimentation a circuit tantöme 48 V selon DIN 45596
dB
SO
~O
20
i--
~
T :--l
: 3 :
, ,
: ,
L--_L_- '___i
3L~ (-; r'
,---r---'1L---~'-/: I[
10
MKH816P48U3
oder wahlweise
3,3kQ
alternatively
3,3kQ
ou alternativement
3,3kQ
0
20
50
100 200
500 1000 2000
5000
10000
20000 Hz
Chaque micro est livre avec I'original du proces-verbal des mesures entre
50...20000Hz
Anschluß I Connection I Branchement
Anschluß an syrnrnetrisch-erdtreie Mikrofoneingänge
Connection to balanced, floating microphone inputs
Raccordement a des entrees de microphone symetriques, sans mise a laterre
rh-~' MZA14P48
, ,
, ,
i
.
: MZN16P48
, ,
, '. ,
MKH816P48U3 --- 0..---~
L 4~:_:::-_n(
Solltrequenzgang mit Toleranzschema
Standard response curve with tolerances
Courbe de reponse de consigne avec tolerance
Jedem Mikrofon legen wir das Original-Meßprotokoll bei,gemessen von
50. .20000 Hz
The original diagram is included with each microphone, measured from
50. .20000 Hz
Richtdiagramm
Directional pattern
Diagramme de directivite
90'1
90'
Anschluß an unsymmetrische Mikrofoneingänge
Connection 10unbalanced microphone Inputs
Ra~cordement a des entrees de microphone asymetnques
~
- - _
.
-, MZA14P48
,I :
r--- <---:- -,
, I
, I
i ...: MZN16P48
MKH816P48U3-~ ~.L-~
(
~
125Hz-...-
250 Hz-..-
500 Hz-.-
1000 Hz-
180"
2000 Hz-
4000 Hz-.-
8000 Hz-..-
16000Hz-...-
Anschluß an Mischpulte und Tonaufzeichnungsgeräte mit Speisemöglichkeit
Connection to mixers and recording equipment with built-in microphone
power supply
Raccordement ades pupitres de melange el des consoles d'enregistrement avec
possibllite d'alimentation
MKH816P48U3
--
~mml.0D[
L u-- .-------------
-
-
-
-
m
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Netzgerät
MZN 16 P48 U
(Art.-Nr.1241)
Stromversorgungsgerät für
48-V-Phantomspeisung nach
DIN45596. Anjedes Netzgerät
können gleichzeitigzweiMikro-
fone angeschlossen werden.
Abmessungen:
168x120x 50 mm.
Speiseadapter
MZA14 P 48 (Art.-Nr.2034)
Zur netzunabhängigen Span-
nungsversorgung von einem
phantomgespeisten Kondensa-
tormikrofon.Speisung nach
DIN45596.
Mit XLR-Buchsen.
Anschlußkabel KA7 U
(Art.-Nr.1777)
Kabel mit XLR-Steckverbindern
(System Cannon).
Länge: 7,5 m.
Anschlußkabel KA7 UN
(Art.-Nr.2157)
Geeignet für alle Sennheiser-
Mikrofone mit XLR-Steckverbin-
dern (System Cannon). Geräte-
seitig 3pol., verschraubbarer
Normstecker (z. B. T 3260001).
Länge: 7,5 m.
DIRECTIONALSTUDIOMICROPHONE
MKH816 P 48 U3
Extend of delivery: 1 microphone.
General description
The MKH816 P 48 U 3 is a directional studio microphone with a
high directivityfactor. This is highly desirable in the film and TV
studio and also outdoorsfor multipleapplications.The microphone
employs the proven RF-principle for low noise, low interference
operation. Itis designed for 48 V phantom powering.
Features
. High directionality
. Low equivalent sound pressure level
. Rugged and extremely resistant to unfavourable climatic
conditions
. High sensitivity
. Allmetal housingwithblackfinish
r '
~~ '~
L J
XLR-3-11c XLR-3-12C,
Principle of high frequency circuit
The capsule of a RF condenser microphone represents contrary to
DC circuits a low impedance. Instead of the high polarisation
voltage normally required, the capsule requires only a high fre-
quency voltage of about 10 volts, which is produced bya built-in
low-noise oscillator (8 MHz). This principle ensures the micro-
phone's high operational reliability, particulary for outdoor
recordings in extreme climatic conditions.
r '
~
L J
XLR-3-11c T 3260001
Weitere Informationen finden Sie im Sennheiser-Gesamtkatalog.
6
Powering and connection
All Sennheiser microphones designated MKH . . . P 48 are 48 V
phantom-powered according to DIN 45596.
Either condenser- or dynamic microphones from Sennheiser
electronic employ the principle of voltage matching. This "no load
condition" has the advantage that neither impedance variations of
the microphone output nor of the amplifier input have a noticable
influence on the total perfomance of the system (e. g. frequency
response). The source impedance of Sennheiser condenser micro-
phones with phantom powering is extremely low (about 10 V at
1000 Hz) so that the amplifier input impedance has only at least
600 O. This is usual in the majority of cases. Should - however -
the input impedance be smaller than 6000, a resistor of appro-
priate value should be placed in series with the microphone so that
it "sees" at least 400 O. The voltage division caused by the series
resistor must, of course, be considered. The same method can
be used when higher output impedance of the microphone is
demanded. In this case again, aseries resistor can be used to
provide correct matching.
Sennheiser condenser microphones produce relatively high output
voltages exceeding 1volt at maximum sound pressure levels. This
has the advantage that even with long cables induced interference
signals can be disregarded. Also the internal noise produced by the
microphone does not contribute to the total noise level. The micro-
phones are fitted with RF filters which ensure that no high frequency
signals from the microphone can effect the external circuitry and
that the microphone itself is protected from high frequency distur-
bance. It is therefore not necessary, even under the most difficult
conditions, to take special precautions, such as double screening of
the cables or the provision of high frequency filters.
I
I
J
7
Senn heiser condenser microphones are polarised according to
DIN standard i. e. when apressure pulse strikes the capsule Irom
the lront, pin 2 goes positive with relerence to pin 3.
Connection to balanced,
floating microphone inputs
In this case the microphone is simply connected via apower sup-
ply, e. g. MZN 16 P 48, or powering adapter MZA 14 P 48 (see
accessories) to the inputs 01the amplilier.
Connection to unbalanced microphone inputs
IIthe microphone is powered bya corresponding supply unit and is
to be connected to unbalanced inputs it is generally necessary to
use a translormer. The secondary 01this audio-translormer may
then be connected - one side grounded - to the input Proper
voltage matching is achieved by selecting a suitable translormer
ratio. IIthe powering adapter MZA 14 P 48 or the power supply unit
MZN 16 P 48 is used a translormer is not required.
Connection to microphone inputs
with high sensitivity
IIthe amplilier being used has a very high input sensitivity, i. e.
when it is normally intended lor use with dynamic microphones, it
can be necessary to reduce the output voltage Irom the micro-
phone by means 01a voltage divider. This should be built into the
microphone cable at the amplilier input This way the large signal
on the microphone cable is maintained up to just belore the micro-
phone input, which helps to increase the signal to noise ratio.
Example:
, ,
:~:
MKH 816 P 48 U 3
Connection to mixers and sound recording
equipment with powering facilities
IIan d.c.voltage 0148V :t12 V is available the condenser micro-
phone can be powered directly (see also ligure "Powering and con-
nection"). The voltage should be stabilised and liltered, so that the
unweighted noise voltage is less than 1 mV.
According to the DIN standard the two leed resistors should be
approx. 6.8 kO. The difference between the two resistors should be
;;;;0.4 %. The current taken by Sennheiser condenser microphones
MKH . . . P48, is approx. 2 mA. This means approx. 7 volts are lost
ac ross the resistors.
8
Technical Data
I
.1
Frequency response.
Operating pnnciple . . . .
Directional characteristic . .
Sensltivity at 1000Hz ..
Imedance at 1000 Hz .
Minimum load. . . . . . . . . . . . . . .
Equivalent sound pressure level as per
CCIR 468-1
curveA . . . . .. . .
Maximal SPL . . . .
Operating voltage. .
Current consumption
Temperature range. . .
Output plug ...
Pin connections. .
MKH 816 P 48 U 3
. 40-20000 Hz
. interference transducer
. clup shaped
. 40 mV/Pa:t1 dB
. approx. 100 balanced, floating
. 6000 (2000 for SPL up to 15Pa)
.27 dB
.16 dB
.30 Pa
.48V:t12V
. approx. 2 mA
. -10°C to + 70oe
3-pin XLR plug
. 1:ground, housing; supply (-)
2: audio (+); supply (+)
3: audio (-); supply (+)
according to lEe standard
publication 268-14/2
. 19</!,555 long
.375 9
. dull black
f
~
. . ",',', ,.' ",', ".
- ~.
, ' ".',", ' . '.
9
Dimensions in mm
Weight. . .
Finish
We reserve the rightto alter speciflcations,
especially with regard to techmcallmprovements.
Accessories
Shock Mount MZS 16
(Art-No. 02992)
Shock mount with rubber
suspended plastic elamps. Very
900d sound insulation. With
Ys"-thread lor mounting to
microphone booms or tripods.
J
I
Pistol grip MZP 816
(Art.-No.01932)
lor reporting use.
Windscreen combination
MZW 816
(Art.-No. 01930)
Windsereen, wind damping
approx. 6 dB.
MZH 816
(Art.-No.03186)
Windsereen eoat, serves to
increase the wind damping 01
the windscreen by 15 dB.
Windshield MZW 815
(Art.-No. 0896)
Foam-rubber -wi ndsh ield.
Largest diameter 52 mm, length
540 mm.
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SENNHEISER ELECTRONIC KG.
0-30900 WEOEMARK
TELEFON
0 5130/600-0
TELEX 9 24 623
TELEFAX
0 5130/6312
Printed in Germany Publ. 6/92
18344/ AO3
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Sennheiser MKH 816 User manual

Sennheiser
Brand
Sennheiser
Model
MKH 816
Category
Microphones
Type
User manual
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