AcroPack Series XMCAP2022
XMC Carrier Board
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CARRIER ADDRESS ASSIGNMENT
Following are the instructions for setting the slot address of the carrier. By
assigning a unique address to each carrier, system software can distinguish
this carrier from other similarly configured carriers installed in a system.
Address bits A0, A1, and A2 are connected to the corresponding Geographical
Addressing (GA) bits of the XMC P15 connector. This should automatically
assign a unique address to the XMCAP2022 board.
If the GA bits are not supplied by the XMC carrier onto which the XMCAP2022
board is installed, SW1 may be used to select address bits A3 and A4. Figure 1
shows the location of switch SW1. Set the switch state as shown in Table 1
below to assign a unique slot address to this carrier.
Table 1 Switch SW1 assignments
SW1 Position
Address Bit
Value
1-2
A3
1
2-3
0
4-5
A4
1
5-6
0
ACROPACK HEATSINKING
Most applications require the use of a nonstandard heatsink. Consult the
factory for each application. See Appendix A for the installation of the
heatsink.
Available XMCAP202x heatsinks for use in ARCX box applications:
•
AP-CC-02: Dual generic AcroPack (left rail or single wide ARCX)
•
AP-CC-03: AP57x with generic AP (left rail or single wide ARCX)
•
AP-CC-05: Dual generic AP (right rail)
Where “generic” AcroPack refers to:
•
AP220-16E-LF
•
AP225-16E-LF
•
AP226-8E-LF
•
AP231-16E-LF
•
AP235-16E-LF
•
AP236-8E-LF
•
AP323E-LF
•
AP341E-LF
•
AP342E-LF
•
AP408E-LF