Sound Performance Lab GOLDMIKE MK2 2485 - Manual (Page 6)

6 GoldMike MK2
Rear Panel/Connections
Wiring
RETUR
N
SERIAL NUMBER GoldMike 2
4860000
Sound Performance Lab
XLR
W
iring
:
Pin
1 = GND,
Pin
2 = (+),
Pin
3 = (–)
TRS
Jack
W
iring
:
T
ip
= (+),
Ring
= (–),
Sleev
e = GND
Mono Jack
W
iring
:
T
ip
= (+),
Sleev
e = GND
WARNING
T
O
REDUCE RISK OF F
IRE OR EL
ECTRIC SHOCK DO
N O
T E
XPOSE
THIS UNIT
T O
RAIN OR MOIS
TURE.
DISC
ONNECT
MAIN
S BEF
ORE REMO
VING C
O
VER.
THIS EQUIP
M
ENT
MUS
T BE E
A
R T HED.
220 – 240
V~50 Hz
110 – 120
V~60 Hz
MADE IN GERMAN
Y
MIC INPUT
2
MIC INPUT
2
L
INE IN
2
L INE IN
2 Mono Jack: Unbal.
0
dB
Mono Jack: Unbal.
0
dB
OPTICAL
SPDIF
SPDIF
x2
48 44,1
24/96 AD Conv
er
ter
DIGITAL OUTPUTS
SYNC INPUT
SAMPLE RATE
INPUT
OUTPUT
OUTPUT
SYNC LOCK
Model 2376
Made in Taiwan
GND LIFT
RETUR
N
SEND TR
S Jacks: Balanced +
4
dB
Use Mono Jacks for Unbal. Oper
ation
TR
S Jacks: Balanced +
4
dB
Use Mono Jacks for Unbal. Oper
ation
XL
R &TR
S
Jack: Balanced +
4
dB
Use Mono Jacks for Unbal. Oper
ation
XL
R &TR
S Jack: Balanced +
4
dB
IN
SER
T 2
IN
SER
T
2
SEND
OUTPUT
S
2
OUTPUT
S
2
VOLTAGE
VOLTAGE
220 – 240
V~50 Hz:
315
m
A
slo
w
110 – 120
V~60 Hz:
630
m
A
slo
w
MIC INPUT
1
MIC INPUT
1
L
INE IN
1
L INE IN
1
GND LIFT
GND LIFT
IN
SER
T
1
IN
SER
T
1
OUTPUT
S
1
OUTPUT
S
1
F
USE RA
T
ING
A V IS: RISQUE DE CHOC ÉL
ECTRIQUE - NE P
A S OUVRIR
RISK OF EL
ECTRIC SHOCK
DO N
O T OPEN
C
A
UTION
SP
L electr
onics GmbH
Niederkrüchten, Germany
www
.soundperformancelab
.com
Use Mono Jacks for Unbal. Oper
ation
Pin wiring of XL
R outputs
1=Gr
ound, 2=hot(+), 3=cold(-)
PUSH 2
1
3
Pin wiring of
XL
R mic inputs
1=Gr
ound, 2=hot(+), 3=cold(-)
Pin wiring
of TR
S
connectors
T
ip=hot(+), Ring=cold(-), Sleev
e=Gr
ound
S/P-DIF signal
for external synchr
onization
Optional A/D conv
er
ter
, model 23
76
S/P-DIF signal to D
A
W
,
HD r
ecor
der etc.
Micr
ophone
Line signals*
Conv
er
ter
, r
ecor
der
, console
Effects (EQs etc.)
* F
or signals with impedances lo
w
er than 1
kOhms, i. e. D/A conv
er
ters, synths, samplers.
Instruments with impedances abo
ve
1
kOhms ar
e to be connected to the instrument input on the fr
ont (see input descriptions on
pages 8 and 9).
1
2
3