Honeywell International Inc. 9PGTPL-100A 用户手册
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1 Mar 2006
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MAINTENANCE MANUAL
TPL-100A Processor / Part No. 940-0530-001
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right middle plug (RMP)
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left top plug (LTP)
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right top plug (RTP).
Table 2002 lists the MILACAS-FR Processor connector pin assignments.
(b) Directional Antenna Connectors
Four coaxial cables with TNC connectors connect the ANT-81A directional
antenna connectors J1 through J4 to the MILACAS-FR Processor, shown in
Figure 2001 and 2002.
antenna connectors J1 through J4 to the MILACAS-FR Processor, shown in
Figure 2001 and 2002.
D. Wire Strapping Options
MILACAS-FR system wire strapping options are implemented by externally connecting pins
on the MILACAS-FR system connectors. The configurations of the straps are identified by
the software in the particular unit. In most cases, the selected strap is connected to a
common ground pin on the associated connector but in some instances may be connected
to aircraft ground.
on the MILACAS-FR system connectors. The configurations of the straps are identified by
the software in the particular unit. In most cases, the selected strap is connected to a
common ground pin on the associated connector but in some instances may be connected
to aircraft ground.
(1) MILACAS-FR Processor Straps
(a) Cable Delay Program Straps
Three straps, on RBP pins 7G, 7H, and 7J, are selectively connected to a common
ground on RBP pin 7K, to compensate for the differences in coaxial cable lengths
between the top and bottom TCAS antennas (up to a maximum of 300
nanoseconds). See the interconnect diagram, Figure 2002, for strapping details.
ground on RBP pin 7K, to compensate for the differences in coaxial cable lengths
between the top and bottom TCAS antennas (up to a maximum of 300
nanoseconds). See the interconnect diagram, Figure 2002, for strapping details.
(b) Aircraft Altitude Limit Program Straps
Some aircraft may not be able to achieve a 0.25 G vertical acceleration to a 1500
FPM climb rate for an altitude gain of 750 feet above a certain altitude under all
circumstances. The logic is made aware of these conditions by the altitude limit
straps so that a resolution advisory such as "Don't Climb" is issued. These
program pins select the "can't climb" altitude in 2000 foot increments up to 62,000
feet. Jumper wires from pins RMP-6E through RMP-6J to RMP-6K are necessary
to program the required altitude. The limits set by the pins represent the worst
case. The limits set by the pins must be used as a default when the flight
management computer indicates that the climb must be limited. If no jumpers are
installed, the altitude will be zero feet.
FPM climb rate for an altitude gain of 750 feet above a certain altitude under all
circumstances. The logic is made aware of these conditions by the altitude limit
straps so that a resolution advisory such as "Don't Climb" is issued. These
program pins select the "can't climb" altitude in 2000 foot increments up to 62,000
feet. Jumper wires from pins RMP-6E through RMP-6J to RMP-6K are necessary
to program the required altitude. The limits set by the pins represent the worst
case. The limits set by the pins must be used as a default when the flight
management computer indicates that the climb must be limited. If no jumpers are
installed, the altitude will be zero feet.