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15

Frequency range

Mic Direct Out @ 18 dB Gain: 10 Hz-180 kHz (+/-3 dB, Phase –2°)

(Channel Out, Master Out, Monitor Out as above)

Mic Direct Out @ 60 dB Gain: 10 Hz-180 kHz (+/-3 dB, Phase –2°)

(Channel Out, Master Out, Monitor Out as above)

CMRR

 

100 Hz 

1 kHz 10 

kHz

18 dB Gain: 

-79 dB 

-79 dB 

-60 dB

34 dB Gain: 

-66 dB 

-66 dB 

-52 dB

60 dB  Gain: 

-45 dB 

-45 dB 

-32 dB

w. Pad -16 dB @ 18 dB Gain:  -90 dB 

-90 dB 

-79 dB

THD & N 

(Mic Direct Out) 

1 kHz 

10 kHz

60 dB  Gain: 

0,22 % 

0,24 %

50 dB Gain: 0,07 

% 0,07 

%

40 dB Gain: 

0,022 % 

0,023 %  

30 dB Gain: 

0,007 % 0,007 

18 dB Gain: 

0,002 % 0,0023 

%

THD & N 

(Monitor Out)

 

1 kHz 

60 dB  Gain: 0,24 %

50 dB Gain: 0,07 

%

40 dB Gain: 

0,03 %

30 dB Gain: 0,034 

%

18 dB Gain: 0,031 

%

S/N ratio 

(A-weighted)

150 Ohm generator, 22 Hz-22 kHz fi lter, 60 dB Gain@150 Ohm

Mic Direct Out: 

 

-66,8 dB

Channel Out: 

 

-66,8 dB

Master Out: 

 

-66,8 dB

Monitor Out: 

 

-66,8 dB

50 dB Gain@all:   -77,2 

dB

40 dB Gain@all: 

 

-85,8 dB

30 dB Gain@all:   -93,6 

dB

18 dB Gain@all:   -96,4 

dB

w. PAD -16 dB @ 18 dB Gain:   

-97,5 dB

Specifi cations

Summary of Contents for Atmos 5.1

Page 1: ...Manual Atmos 5 1 Surround Miking System...

Page 2: ...manual at any time without prior notice This document is the property of SPL and may not be copied or repro duced in any manner in part or fully without prior authorization by SPL Special thanks to Ge...

Page 3: ...to record the original event and all of its authentic spatial content with highest precision It demonstrates the signi cant difference between discrete surround recordings and arti cial surround mixe...

Page 4: ...ows to reduce the microphone s sensitivity by 16 dB The I Os of both the ASM5 and the Atmos 5 1 are built upon transformers to drive wirings of up to 250 meters 275 yards The ASM5 can be installed on...

Page 5: ...to start with the cardioid pattern characteristic for all ve microphones controls in center position Please check the position of the External Mic Input switches on the back panel of the Atmos 5 1 If...

Page 6: ...the preampli ed signals recording devices like a multitrack recorder can be connected to the insert Tape Send Signals coming back from the recorder can be connected to the insert Tape Return for examp...

Page 7: ...can be assigned to any of the the surround busses with the panorama matrix they can be positioned exactly The Direct switch allows to bypass the panorama matrix routing the signal to the output of a s...

Page 8: ...mposited from the front surround and centre channels A 24dB Butterworth low pass lter at 130Hz can be activated to only let those frequen cies pass up to where localisation begins In the mixing premas...

Page 9: ...with further units Mic Distance Two switchable allpass stereo width controls can be used to in uence the stereo width of each coherent channel pair L and R LS and LR This way variable distances betwee...

Page 10: ...vity by 16dB Monitoring Both during recording and mixing the monitoring volume can be adjusted by the aid of an electronic circuitry that ensures precise coherent volume control of all six chan nels T...

Page 11: ...or extended in many ways for example by connecting an analogue multitrack recorder to the master outputs up to two recorder simultaneously via XLR and Jack for recordings of the processed signals whi...

Page 12: ...al microphones as stereo or surround submix Duringmonitoring thelevelsettingsfor the ASM5 determine the mix relation between ASM5 and additional microphones In general additional stereo mixes can be c...

Page 13: ...nsert Send and Insert Return sockets on the Stmos 5 1 rear panel must be connected with a short patch cable The Insert buttons of the Iput section on the front panel need to be depressed The additiona...

Page 14: ...Fliess 14 A typical recording setup SACD recording with Atmos 5 1 and additional microphones...

Page 15: ...B 90dB 79dB THD N Mic Direct Out 1kHz 10kHz 60dB Gain 0 22 0 24 50dB Gain 0 07 0 07 40dB Gain 0 022 0 023 30dB Gain 0 007 0 007 18dB Gain 0 002 0 0023 THD N Monitor Out 1kHz 60dB Gain 0 24 50dB Gain 0...

Page 16: ...16 Block diagram...

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