CASE IS BLACK AND
NON-CONDUCTIVE
0ꢀ.5
(6ꢀ35)
MINꢀ
0ꢀ61 MAX
(15ꢀ49)
0ꢀ3. MAX
(8ꢀ13)
1ꢀ14 MAX
(.8ꢀ96)
0ꢀ1.5 MIN
(3ꢀ17)
0ꢀ09 MAX
(.ꢀ.9)
0ꢀ15 MAX
(3ꢀ81)
+
•
•
•
•
S3
S1
+15 V
+S
*
*
(+15 V) (-R)
*
*
1
.
9
3
T1A
8
5
6
0ꢀ600
(15ꢀ.4)
0ꢀ81 MAX
(.0ꢀ57)
1ꢀ14 MAX
(.8ꢀ96)
0ꢀ85 0ꢀ010
(.1ꢀ59 0ꢀ.5)
5.039
or
.4133
10
7
0ꢀ105 (.ꢀ66)
SIDE VIEW
0ꢀ100 (.ꢀ54) TYP
TOL NON CUM
BOTTOM VIEW
(RH)
S.
•
(RL)
(V)
V
•
(+R)
+C
•
(-Vs)
-Vs
•
TERMINALS
*
0ꢀ0.5 0ꢀ001 (6ꢀ35 0ꢀ03) DIAM
0ꢀ1.5 (3ꢀ18) MIN LENGTH
SOLDER-PLATED BRASS
+
(BOTTOM VIEW)
0ꢀ4.
(10ꢀ67)
MAXꢀ
0ꢀ13 0ꢀ03
(3ꢀ30 0ꢀ76)
Dimensions are shown in inches (mm)ꢀ
0ꢀ.1 0ꢀ3
(5ꢀ33 0ꢀ76)
0ꢀ175 0ꢀ010 (4ꢀ45 0ꢀ.5)
NONCUMULATIVE
TOLERANCE
0ꢀ040 0ꢀ00. DIAꢀ PINꢀ
SOLDER PLATED BRASS
1
6
INPUT
OUTPUT
5
10
The mechanical outline is the same for the synchro input trans-
former (5.039) and the reference input transformer (.4133),
except for the pinsꢀ Pins for the reference transformer are shown
in parenthesis ( ) belowꢀ An asterisk * indicates that the pin is
omittedꢀ
FIGURE 9. 60 HZ SYNCHRO AND REFERENCE
TRANSFORMER DIAGRAMS
(SYNCHRO INPUT - 52039 / REFERENCE INPUT - 24133)
FIGURE 8. TRANSFORMER LAYOUT AND SCHEMATIC
(REFERENCE INPUT - B-426)
TYPICAL INPUTS
FIGURES 10 through 14 illustrate typical input configurationsꢀ
EXTERNAL
REFERENCE
LO HI
6
1
B-4.6
10
5
RH
RL
RESOLVER INPUT OPTION
S1
-S SIN
+S
-R +R
1
10
TIA
S3
S4
6
3
+C
-C
RD-19.30
11
15
.0
TIB
S.
COS
16
AGND
5.036(11ꢀ8V)
OR
5.037(.6V)
OR
GND
5.038(90V)
OR
SYNCHRO INPUT OPTION
RH
RL
S1
+S
1
3
10
S3
TIA
TIB
6
5
+C
.0
11
S.
15
16
5.034(11ꢀ8V)
OR
5.037(90V)
FIGURE 10. TYPICAL TRANSFORMER CONNECTIONS
8
ETC [ ETC ]
