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Shure STEREO DYNETIC AV400-HTE Manual
Shure STEREO DYNETIC AV400-HTE Manual

Shure STEREO DYNETIC AV400-HTE Manual

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222 HARTREY
AVL..
EVANSTON. IL.
60204
U.S.A.
H
m
I )
M I C R O P H O N E S AND E L E C T R O N I C COMPONENTS
@
AREA
CODE
312/328.9(300
.
CABLE:
SHUREMICRO
MODEL AV400-HTE
STEREO DYNETIC@
PHONOGRAPH CARTRIDGE
CARTRIDGE AND STYLUS SPECIFICATIONS
'Output
voltages given for stereo cut record. For M O N O cut record,
output voltage at both left channel and right channel cartridge terminals
w i l l be 71% of figures above.
"Tracking
forces greater than maximum indicated should not be used.
NET WEIGHT:
5.5 grams
INDUCTANCE:
720
millihenries
DC RESISTANCE:
630
ohms
OPTIMUM LOAD:
47,000
ohms resistance in parallel with
400
to
500
pico-
farads total capacitance per channel. Load resistance can be up to
70,000
ohms with almost no audible change in frequency response. Total capaci-
tance includes both tone arm wiring and amplifier input circuit.
FOUR-CHANNEL:
This Stereo Dynetic@ cartridge is compatible with all
four-channel matrix systems.
MONOPHONIC OPERATION: Set function switch on amplifier to "MONO"
or " A f B . "
If amplifier is not equipped with this switch, connect left and
right channels in parallel.
CONNECTIONS (see Figure 1): Right "hot"
lead (usually red) to "R,"
right
ground (usually green) to "RG."
Left "hot"
lead (usually white) to "L,"
left ground (usually blue) to "LC."
If metal head is causing ground loop
hum, remove the ground tab. The metallic cartridge shield is disconnected
from the right channel ground by the removal of the ground tab.
CAUTION:
D o not make solder
LEFT
connection to cartridge terminals.
STYLUS REPLACEMENT (see Fig-
,
ure 2):
Grasp molded housing of
stylus
and gently pull forward
out of cartridge. Insert replace-
o
ment stylus into socket and press
until housing mates with cartridge
case.
FIGURE 1
N91E
5
X 18p
(.0002 X
.W07
in.)
Biradial
(Elliptical)
Copyright 1976, Shure Brothers Inc.
27A1287 (PJ)
Printed in U.S.A.
Black
5.0
mV
20
to
20,000
H z
within
2
dB
25
dB
at
1 kHz
3/q
to
1%
grams
400 H Z
-
20
C ~ / S @ C
1,000 Hz-28
cm/sec
10,000 H z
-
18
cm/sec
at
1
gram

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