Behringer MIC800 사용자 가이드
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MINIMIC MIC800
2. CONTROL ELEMENTS
TUBE MODELING control: To adjust the amount of tube warmth that the MIC800 adds to the
input signal, turn this control toward COLD (minimum setting, no warmth) or toward HOT
(maximum warmth). For details about tube warmth, see
input signal, turn this control toward COLD (minimum setting, no warmth) or toward HOT
(maximum warmth). For details about tube warmth, see
VTC LED.
OUTPUT LEVEL control: To adjust the level of the output signal, turn this control toward
-oo dB (no output signal) or toward +10 dB (maximum level).
-oo dB (no output signal) or toward +10 dB (maximum level).
VU meter: To monitor the average level of the output signal, use this vintage style meter,
which includes a dB scale. Because the standard operating level for audio equipment is 0
(zero) dB, this is the optimal level for the output signal. At 0 dB, the MIC800 still has approximately
15 dB of headroom.
which includes a dB scale. Because the standard operating level for audio equipment is 0
(zero) dB, this is the optimal level for the output signal. At 0 dB, the MIC800 still has approximately
15 dB of headroom.
2.3 Rear panel
This section describes how to use the rear panel to set up the MIC800.
Before you set up the MIC800, turn off the MIC800. In addition, turn the INPUT GAIN
control to +26 dB (minimum setting).
control to +26 dB (minimum setting).
The following illustrates the rear panel of the MIC800:
16
13
14
15
17
Fig. 2.2: MIC800 rear panel
In the previous illustration, each control element is associated with a callout, for example
. In the
following section, use these callouts to quickly identify details about each control element:
POWER connector: To power the MIC800, connect the power supply unit to this connector.
The power supply unit is delivered with the MIC800.
The power supply unit is delivered with the MIC800.
When you finish using the MIC800, unplug the power supply unit from the power source.
As long as the power supply unit is connected to a power source, the power supply unit
consumes energy.
As long as the power supply unit is connected to a power source, the power supply unit
consumes energy.
OUTPUT LINE connector: To output an audio signal from the MIC800, use this ¼" TS
(unbalanced) connector.
(unbalanced) connector.
As the previous illustration shows, the MIC800 includes 2 input connectors (
and
).
It is not recommended to simultaneously use both input connectors.
INPUT LINE connector: To input a line-level signal to the MIC800, use this ¼" TRS (balanced)
connector. The line-level signal must also be a mono signal. For details, see 2.1.1 MIC800
input.
connector. The line-level signal must also be a mono signal. For details, see 2.1.1 MIC800
input.
If the connector on the line-level source is balanced and you insert an unbalanced, ¼"
TS plug, the signal level will decrease 6 dB. To raise the signal level, use the INPUT
GAIN control (
TS plug, the signal level will decrease 6 dB. To raise the signal level, use the INPUT
GAIN control (
).
INPUT MIC connector: To input a low-level signal to the MIC800, use this XLR (balanced)
connector. The low-level signal must also be a mono signal. For details, see 2.1.1 MIC800
input.
connector. The low-level signal must also be a mono signal. For details, see 2.1.1 MIC800
input.