©Copyright LOTRONIC 2013
DJM200USB
4
6.
Bass Control
Used to increase or lower the LOWS of the input channel
7.
Channel Fader
Used to adjust the level of each channel.
8.
MIC Level Control
With this knob, you can adjust the microphone volume
。
9.
CUE Level control
Adjusts the headphone volume
10.
Crossfader
Mixes the signals of one channel with another. If the crossfader is in the center position. Both channels can
be heard.
11.
SOUND EFFECTS
Let you create special sound performance mixes from the eight preprogrammed special effects.
12.
SOUND EFFECTS SPEED CONTROL
Let you control the pitch of the selected sound effect.
13.
SOUND EFFECTS VOLUME CONTROL
Let you control the volume level of the sound effect within the mix.
14.
Master Control
Adjust the level of the master-output.
15.
Master Level Display
The LED display shows the level of the left and right master output
16.
AC Connection
This unit comes with a 12V AC adapter. Plug into the 12V AC jack before plugging it into a proper power
source.
17.
Headphone Socket
Connect your headphone with impedance between 8 and 600 Ohms to this connector.
18.
MIC1 socket
Connect your microphone with 1/4” jack plug here.
19.
GND
Connect the earth cable from the turntables. This helps to reduce humming and pop noise.
20.
Master Output
Master output connects to the main amplifier (DJ final mix after crossfader section), accepts RCA jacks
。
21.
Phono/Line Inputs Sockets
These inputs, for ch1-ch2 and accept RCA-plug connectors. Use phono input socket for phonograph
turntables. Use line socket for CD/MP3 players. Line level musical instruments with stereo outputs such as
rhythm machines or samplers should also be connected with the line input socket.
22.
Power Switch
Press down the button to turn on this unit. The LED will illuminate when the power is on.
SPECIFICATIONS
INPUTS:
Microphone ........................................................................................................................... 3mV / 2.2 kΩ
Phono .................................................................................................................................. 3.2mV / 47 kΩ
Line ..................................................................................................................................... 150mV / 47 kΩ
