Table of Contents
Advertisement
Load Impedance:
Factory connected for 600 ohms. May
also be connected for 150 ohms.
.... dximum Input Level:
-35 dbm.
Maximum Output Level:
+24 dbm.
Maximum Operating Ambient Temperature:
55
0
C. (13-1
0
F.)
Maximum Storage Ambient Temperature:
85
0
C. (185
0
F.)
Power Requirements:
30 volts D. C., 90 rna.,
O.
1 mv.
maximum ripple.
Traneistors:
4 -
2N1414
1 - 2N1l83
2 - 2N5087
Finish:
Satin-silver cover, black
escutcheon plate.
Mounting:
1
M6031 Mounting Tray required to r.lount
in M6029 Shelf Assembly. Shelf assem-
bly accommodates seven Program Ampli-
fiers and requires panel space of 3-1/2"
}E19".
Size:
2-7/32" wide, 3-1/8" high, 10·-3/4"
long, overall.
'Weight:
4-1/4 lbs. net. 8-1/4 lbs. packed.
Cubage:
o. B cu. ft. domestic pack.
DESCRIPTION
The M5700 Program Amplifier is completely
transistortzed, and is designed for use as a
line or isolation amplifier in broadcasting
, .. ':I recording applications. Special tech-
\
ues have been employed to obtain low
'.
.
noise, low distortion, and good temperature
stability.
The amplifier is used with theM6031 Mount-
ing Tray which carries a mating receptacle
and is supplied with mounting hardware. Up
to seven trays may be installed on the
M6029 Shelf Assembly, which mounts in a
standard ·Gates rack cabinet, and occupies
3-1/2" of panel space. A keying pin is pro-
"-
vided with the mounting tray to prevent
ac~
cidental interchange of non-similar plug-in
units in the system.
The interstage level control is located on
the front panel of the M5700B model. The
output transformer and receptacle are at-
tached to the frame, and all other compo-
nents are mounted on the printed
wiring
boards.
Typical frequency response and distortion
curves are shown in Fig. 2. These meas-
urementswere taken with all transistors se-
lected at random.
%1.0
0 .. 8
0 . . 6
0.4
0 .. 2
o
TYPICAL TOTAL HARMONIC DISTORTION AT
+
24 DBM OUTPUT
DB
0
-I
•
-5
V
/
7
/
1/
10
20
JJ.11
I
lREQUENCY
LsLLl!
U~
IN,
,LA LT
"
\.
"
,
100
200
500
IKC
2KC
5KC
IOKC
20KC
BOKC
813
6380
001
Fig. 2 - Response and Distortion.
Advertisement
Table of Contents
