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n

B/MUX. This is a special mode of recording that maps the full 
24-bit data into multiple channels for use with recorders/systems 
that only support 16-bit Adat resolution. For more information 
see the Adat Formats section below;

n

S/MUX. This is the normal recording mode for 88,2 and 96 kHz 
sample rates, providing the odd/even samples on alternate channels.

11 Calibrate. Use this button to initiate a calibration

cycle. During calibration the corresponding 
LED will light. The unit automatically performs 
a calibration cycle at power-on and every time the
CLOCK SOURCE or SAMPLE RATE are changed.
If the unit is set on external clock and not locked,
the CAL led will light continuously and the outputs
will be muted. A calibration cycle will automatically
be performed when the unit locks.

n

Lock LED. Indicates that the unit has locked to the external wordclock
input. It’s always turned off when internal clock operation is selected.

n

Power LED. Indicates that the unit is supplied with power and turned on.

12 Power switch. Turns the unit on and off. The front

panel settings are saved into non-volatile storage
when the power is turned off and subsequently
restored.

1 Earth terminal. Use this 4mm banana socket 

to ground the chassis of the unit;

2 12 V AC jack. This is the power supply input. 

Connect an approved power supply only;

3 Adat out Toslink optical connector. Keep it 

plugged with a protective plug when not in use;

4 Wordclock out BNC connector. Use this output 

if you need a master wordclock;

5 Wordclock in BNC connector. Supply here the

external wordclock;

6 AES/EBU output 1 XLR connector. Professional

format digital output of channels 1 and 2. See the
relevant section in the manual for interfacing with
coax units and/or Consumer format;

7 AES/EBU output 2 XLR connector. Professional

format digital output of channels 3 and 4. 

8 Channel 1 input XLR. Fully ba4 dB analog

input. Pin 1 = chassis ground, pin 2 = positive, pin
3 = negative. Clipping level: +20 dBu.  See below
for interfacing with unbalanced / –10dB formats.

9–11 Channel 2–4 inputs XLR.

Rear Panel 
Layout

7

1

2

3

4

5

6

7

9

11

8

10

Summary of Contents for aD 96

Page 1: ...Users Manual...

Page 2: ...f conformity To whom it may concern This letter is our statement of conformity to the appro priate CE certifications Based on testing performed in September 1999 our products Swissonic AD96 and Swisso...

Page 3: ...nding screw on an AC outlet The AD96 unit is a DVD compatible 4 channel 24 bit A D converter capable of operation at 44 1 kHz 48 0 kHz 88 2 kHz and 96 kHz sample rates with the choice of internal or e...

Page 4: ...he range 21 0 dBFS the scale provides a 3 dB step whilst in the range 60 21dBFS the step is 5dB n 15 0 The ledbar will display the amplitude of the channel in dBFS according to the metering scale 2 Th...

Page 5: ...e output n x2 The unit will output a clock in the 80 kHz 100kHz range If the unit is set for 44 48kHz operation it will multiply it s internal sample clock frequency by two before deriving the output...

Page 6: ...icates that the unit is supplied with power and turned on 12 Power switch Turns the unit on and off The front panel settings are saved into non volatile storage when the power is turned off and subseq...

Page 7: ...on and the capabilities of your Adat machine 8 After changing the sample rate and clock source the Cal LED will light momentarily then turn off Once the LED turns off you can start recording Note Duri...

Page 8: ...5 V The input voltage range for both and signals is 12 V There is no degradation of performance anywhere within this range The balanced input configuration is used in professional equipment for it s a...

Page 9: ...on mode range of 6V to be accommodated without clipping This includes operation with one input tied to ground A larger common mode voltage will cause clipping This rare situation will not be signaled...

Page 10: ...2 to position 2 3 The jumpers are labeled JP1 8 corresponding to channels 1 to 4 JP1 and 2 for channel 1 etc Mixing balanced and unbalanced equipment is generally a bad idea as the two systems aren t...

Page 11: ...fails you may need to lift the shield on one end of the interconnections If you already have an established shield lifting practice use that If not we recommend lifting the ground at the transmitter...

Page 12: ...played on an exponential scale for one over a single led will light for two 21 two leds will light while for 1024 210 eleven leds will light The 14 leds allow the display of values in the range 0 213...

Page 13: ...bility to operate at 88 96kHz while generating and locking to 44 48kHz word clock signals becomes essential when the unit s Adat output is used as most Adat compatible equipment does not support 88 96...

Page 14: ...ed to an external 48 kHz clock source upper The AD96 can be used to convert from a 96 kHz source to the 48 kHz needed by an Adat MDM lower Figure 9 Multiple units are slaved to an exter nal clock sour...

Page 15: ...e The two methods can be used simultaneously thus allowing 24 96 recording on 16 48 equipment When B MUX and S MUX are used together only two chan nels 1 and 2 are output on the Adat interface Data fo...

Page 16: ...ter that transforms the balanced AES EBU out to the unbalanced S PDIF coax inter face is shown in figure 14 Figure 13 Mapping of converter data to Adat channels for various operation modes AES EBU out...

Page 17: ...between 44 1 48 0 88 2 96 0 kHz The AD96 will automatically perform a calibration cycle whenever one of these events occur It is advised that the AD96 be calibrated after the device has reached therma...

Page 18: ...rmonic Distortion 0 001 1 dBFS input level Interchannel Phase Deviation 0 1 deg Interchannel Isolation 110 dB Analog Inputs Connector type XLR 1 GND 2 Hot 3 Cold fully balanced Full scale differential...

Page 19: ...topband Attenuation 117 dB Group Delay 350 s FS 96 0 kHz 385 s FS 88 2 kHz 700 s FS 48 0 kHz 770 s FS 44 1 kHz Group delay variation vs Frequency 0 s Wordclock input Type BNC optically isolated Impeda...

Page 20: ...solated Impedance 110 balanced Output Voltage 5 Vp p into 110 Format Professional Jumper options Internal jumpers select 75 impedance 0 5 Vp p output level and consumer format Adat Output Type Toslink...

Page 21: ...downtime goodwill damage or replacement of equipment and property and cost of recovering reprogramming or reproducing any program or data stored in or used with Swissonic products Some states do not a...

Page 22: ...8730 Uznach Switzerland Phone 41552858610 Fax 41552858615 www swissonic com info swissonic com Swissonic America 407 Stony Point RD Santa Rosa CA 95401 Phone 707 577 7691 Fax 707 577 7692 www swissoni...

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