Dynacord M1 PRO - Page 12

Measuring Data complete unit MI
Measuring conditions:
Measuring tolerance
Measuring frequency:
Level ref. to:
Source resistance Line
Source resistance MIC
Load impedance
Load impedance Headphones
EQ, PAN, BAL
control
FADER
TALK OVER control
Gain, AUX, LEVEL control
Noise voltage
E(F)
Noise voltage E(G)
EIN = equivalent input noise
General specifications:
Mains voltage
:
Mains frequency:
Rated power consumption:
Tolerance of mains voltage
Weight
:
lnput and Output levels:
Input E(I)
MIC - 40 dBu
LINE via MIC
- 20 dBu
LINE via MIC - 20 dBu
LINE via MIC - 20 dBu
LINE via MIC - 20 dBu
LINE via MIC - 20 dBu
LINE via MIC - 20 dBu
LINE via MIC
- 30 dBu
EFFRETURN - 20 dBu
EFF.RETURN - 20 dBu
LINE/CD/TAPE - 20 dBu
LlNUCD/TAPE - 20 dBu
LINE/CD/TAPE -20dBu
LINEICDITAPE - 30 dBu
LINEICDITAPE - 30 dBu
LINEICDITAPE -20dBu
LINEICDITAPE - 20 dBu
LINE - 30 dBu
LINE - 20 dBu
PHONO - 50 dBu
Test point
MASTER A
UR
MASTER A UR
MASTER B UR
AUX OUT
MONO OUT
TAPE RECORD
EFFECT SEND
HEADPHONES
MASTER A
UR
MASTER A UR
MASTER A UR
AUX OUT
MASTER B
HEADPHONES
HEADPHONES
MASTER A
UR
MASTER A UR
LIGHT OUT
TAPE RECORD
MASTER A
UR
AX= +1.5dB
I= 1 kHz
E=775mV(OdBu)
R(Q) = 50 ohms
R(Q) = 150 ohms
R(L) = 100 k ohms
R(L) = 2 x 200 ohms
centre position
fully opened
fully left
fully right
RMS, 22 Hz
... 22 kHz
CClR 468, Q-Peak
RMS, 22 Hz
... 22 kHz, noise voltage
Comment
MlCS to MASTER B
/ AUX OUT
MlCS to MASTER B
/ AUX OUT
MlCS to MASTER B
/ AUX OUT
MlCS to TAPE SEND
EFFECT ROUTING to
MIC
PFL, PHONES MIX to PFL,
EFF
ROUT.to MIC
EFF
ROUT.to Music
L bzw.
R driven
PHONES MIX to PRE MASTER
PHONES MIX to PFL, PFL
TRANSITION to X
TRANSITION to
Y
L bzw. R driven