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|  MIL-T-63536(AR)
3.6. 1.5.4 Pilot Q-signal. With 28.0 (+0.5, -O) Vdc applied to Pin J2-B,
the voltages specified in 3.6.1.5 applied, and voltage applied to Pin J1-T
instead of Pin J1-A; the characteristics as defined in 3.6.1 .5.1 through
3.6.1.5.3 shall occur.
3.6.1 .5.5 TSU Q-signal. With 28.0 (+0.5, -O) Vdc applied to Pin J2-A,
the voltages specified in 3.6.1.5 applied, and voltage applied to Pin J1-C
instead of Pin J1-A; the characteristics as defined in 3.6.1 .5.1 through
3.6.1.5.3 shall occur.
3.6.1.5.6 Tow mode. With 28.0 (+0.5, -O) Vdc applied to Pin J1-C, the
voltages specified in 3.6.1.5 applied, and voltage applied to Pin J1-T instead
of Pin J1-A; the characteristics as defined in 3.6.1 .5.1 through 3.6.1 .5.3
shall occur.
3.6.1.5.7 Low voltage on +18V suplies. When the input at Pin J1-A is as
specified in 3.6.1.5.1, the output at Pin J1-L shall change for 20 Vdc (15%)
to zero (1) Vdc when either, or both, of the following events occur:
a. The +18 Vdc input at Pin J2-D decreases below +3 Vdc.
b. The -18 Vdc at Pin J2-E rises above -3 Vdc.
3.6.1.5.8 Fixed forward mode. When 28.0 (+0.5, -O) Vdc is applied to Pin
J2-i in conjunction with the following inputs, the outputs specified in the
following subparagraphs shall occur.
3.6.1.5.8.1 V in-phase. When 10 (+0, -1) V rms, 400 HZ (5 Percent)
in-phase with the 26 Vac Input at Pin J2-U is applied to Pin JT-U (with return
to Pin J1-e), the outputs specified in 3.6.1 .5.1 shall occur.
3.6.1 .5.8.2 Vxsignal, in-phase and low voltage. When the input at,pin
J1-U is applied as specified In 3.6.1.5.8.1, except that the amplitude is
decreased to a threshold causing the output at Pin J1-L to change from 20 Vdc
(15 percent) to zero (1) Vdc, the following shall occur:
a. The threshold level at the input shall be 6.97 (1.4) V rms.
b. The output characteristics shall be the same as those specified
in 3.6.1.5.2.
3.6.1.5.8.3 Vxout-of-phase. When the input at Pin J1-U is as specified
in 3.6.1.5.8.2, except that the amplutude is decreased to zero and then
increased (out-of-phase with the 26 Vdc reference) from zero to 10 V rms, the
outputs as specified in 3.6.1.5.3 shall occur during the out-of-phase
condition.
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