BASIC RECORDING PROCEDURE
In the preceeding section on Live Sound Rein
forcement, we went into some detail regarding
the proper set-up and usage/procedures of the
various submix systems. When using the
300
Series for mixing audio for mu ltitrack record
ing, these same systems and procedures can be
used, although not necessarily for the same
purposes or reasons. While sound reinforce
ment mixing requires two mixes (house
&
stage monitor). recording is divided into THREE
separate mixing tasks.
1 .
We must route the input signals to the desired
tracks of the recorder at the proper level to
achieve the best signal-to-noise ratio. This is
NOT always consistent with the best
sounding
mix.
2.
We need one or more CUE mixes for the artists.
3.
We must create a MONITOR MIX in the con
trol room for the engineer and/or producer .
To be most effective, these three
(3)
mixes must
be independent of each other.
We will not repeat the basics of setting levels,
routing AUX signals, using effects, etc. Here
we will describe the techniques primarily ap
plicable to recording.
AUX.
2
(PRE)
CHANNEL INPUTS
36
Basic Connections
In our examples for recording, we will assume
you are using a four track recorder. When we
discuss the basic mixdown procedure, we will
assume you will use a standard two track re
corder. Later in this section, we will discuss
using the
300
Series in conjunction with an eight
track multitrack recorder.
The first step is to connect the four track to the
mixer. Since the
300
Series has 4 PGM OUTputs,
the simplest method is to connect PGM OUT
1
to track
1
input of the recorder, PGM OUT
2
to the track
2
input, etc.
Next, connect the four track outputs of the
recorder to the TAPE IN jacks 1-4 found on the
rear of the
300
Series. Again, the simplest way
is to connect the corresponding numbers; track
1
to TAPE IN
1 ,
and so on. Once these connec
tions are complete, you can proceed to calibrate
your system (see page
42) .
Since both the recording engineer and the in
studio performers will need to hear the mix, our
example shows both a CONTROL ROOM
monitor system and a STUDIO monitor system.
Summary of Contents for M-300 Series
Page 1: ...TASCAM TEAC Professional Division Series Mixing Consoles OPERATION MAINTENANCE 5700064400...
Page 5: ...6 J 7 d r i H 3 t6 3 o...
Page 6: ...q L t II I I i_f TASCAM E ii 8 r io C ir l q q H iii 1 6 P 41 4 l l R...
Page 9: ...FUNCTIONAL SEQUENCE M 308 SUB IN Gl EXT SOLO SOLO Buss t...
Page 22: ...I ii i l mlli iO I r n 1 0 1 c f c n L J Jr 20...
Page 26: ...I n ji ili Jj l lft tll f rf J 1 1 r J o _ r p 10 l 4 i l E n J _ _ I 24...
Page 32: ...i ill 1 _ c n N I I I I I L___ 1_ J IJ j 1 10 IG 1 61 tlP 11 r ifj J 10 1 30...
Page 62: ...1 il li I i I I I I I I I I J r MJ __________ ___ l l 1 f l r f f li 14 1 64...
Page 64: ...i Jnj f...
Page 74: ...MAINTENANCE...
Page 76: ...1 I 1 2...
Page 77: ...TU AMOTHEJI POll M4STU PC e a S Y L J fl iii I L J I L g I r n lf Q IIII _ 1 3...
Page 79: ...iii ii I iiii li ml n r Ull li iiii fl s liii II Ull 1111 ii 1 6...
Page 80: ...r_ __ TIB IN 1 6...
Page 89: ...2 MECHANICS EXPLODED VIEWS AND PARTS LISTS 2 1 EXPLODED VIEW 1 DRESS PANE L M 308 2 1...
Page 91: ...2 2 EXPLODED VIEW 2 DRESS PANEL M 312 M 320 2 3...
Page 93: ...2 3 EXPLODED VIEW 3 TOP PANEL 2 5...
Page 95: ...2 4 EXPLODED VIEW 4 METER SECTION SIDE CHASSIS R SECTION M 320 M 312 38 2 7...
Page 97: ...REAR PANEL 2 5 EXPLODED VIEW 5 2 9...
Page 100: ...3 1 INPUT PCB Ass y 3 2 INPUT JACK PCB Ass y MIC IN LINE IN D OUT I NSERT tfii 3 2...
Page 111: ...3 12 MONITOR PCB Ass y _ _ _ME T EccR_ PHONES MONITOR EXT 2 EFF MONO AUX 1 2 3 1 4...
Page 112: ...MON s oL o 3 1 5...
Page 117: ...3 16 JACK A PCB Ass y 3 17 JACK B PCB Ass y OUTPUT 3 18 JACK C PCB Ass y OUTPUT EFF AUX I 3 20...
Page 120: ...EXT IN 3 21 TR PCB Ass y A 3 22 TR PCB Ass y B 3 23...
Page 122: ...3 25...
Page 156: ...5 6 7 __J 4 21...
Page 158: ...4 5 6 7 I...