Ei�'
respective circuits or busses. Each control can
rece ive and process a signal from a different
source or point within the channel's s ignal path.
It, f)
AUXiliary
LINE
and
POST
Select
Switches
These two switches determine the source of the
signals sent to the AUX controls. The Ll N E
switch, located beneath the AUX
1
control, al
lows t he selection of s ignal betwe en either the
Ll N E I Nput or the channel. The Ll N E signal can
be selected even if the channel signal is derived
from the Ml C I Nput. If the channel signal
is selected, the signal is taken j ust after, or
"post", the EQualizer. Additionally, there
is an i nternal jumper provided to enable the
channel signal to be derived ahead of or "pre"
EO. Once the LINE switch has been set, the
signal flows to the AUX
1
control and to the
POST switch. This switch offers the choice of
either the signal selected by the LINE switch or
a
signa l taken from the channel after (post) the
FADER and ON switch. The signal selected here
is sent to AU X 2. Thus, by us ing thes e two
switches, AUX
1
can be L I N E, CHAN N E L pre
EO or CHAN N E L post-EO, while AUX 2 can be
the same as AUX
1
or can be CHANN E L post
FAD E R .
a . Pre - Pre-fader signal i s taken from the
channel before the fader, so it is not
affected by the channel's fader setting,
making it useful for stable Cue mixes.
b. Post - Post-fader signal is taken from the
channel at a point right after the ON
switch. Because post-fader signals are
subject to any change in the channel's fader
setting, they are usually preferred for
effects or echo mixes.
c. L I N E (Tape Input - Channel
1·8
Only) -
Selects the TAPE Return Input if no con
nector is connected to the L I N E I N put
terminal. It is th� preferred s ignal to s et up
16
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...