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Page Title:
Output for azimuth error detector |
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|  MIL-T-63536(AR)
3.6.1 .4.3.1 Output for azimuth error detector. With the initial
conditions of 3.6.1.4.3 plus the inputs given below, the outputs shall be:
Input
Output
28 (0.5, -O) Vdc at Pin J2-j,
20 Vdc (15%) at PinJ1-L
and 5 V rms (5%) at Pin J1-j,
1800 out of phase with the
26 Vac applied at Pin J2-U,
with return to Pin J1-f
Voltage at Pin J1-L changes
A positive or negative
from 20 Vdc (15%) to
polarity d-c voltage at Pin J1-G
which is increased in level from zero
0(0.4) Vdc
until J1-L changes to a O Vdc level.
The voltage on J1-G shall be between
222 to 445 mVdc with either of the
polarity applied to J1-G
3.6.1.4.3.2 Output of J1-L. The output of J1-L shall be O (+ 4) Vdc when
the inputs of 3.6.1 .4.3 occur and if any one or more of the following
conditions occur:
a. 0 Vdc on J1-G, 28 Vdc on J2-j, and 1 Vac on J1-j in phase with
J2-U
b. 0 Vdc on J2-D
c. 0 Vdc on J2-E
d. 0 Vac on J1-A
e. 0 Vdc on J2-b.
3.6.1.4.4 One and one-half degree elevation error detector. With input
power as specified in 3.1.3 and O Vdc (0.200) on J1-H, the output at J1-H
shall be 28 (1.0) Vdc (open circuit, i.e., no load at J1-H). When J1-H input
is increased in either dc polarity, the output at J1-M shall change from 28
Vdc to O (0.4) Vdc prior to a maximum of 445 millivolts dc.
3.6.1.5 Coincidence sensor component assembly. With the inputs as
specified below, the events described in the following subparagraphs shall
occur.
15
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