CompuLab SBC-X270 Bedienungsanleitung Seite 16

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SB-X270 PC/104+ Single Board Computer
CompuLab LTD.
16
20 A15 LB-A15 54 A23 LB-A23
21 A12 LB-A12 55 A24 LB-A24
22 A7 LB-A7 56 A25 LB-A25
23 A6 LB-A6 57 VS2# -
24 A5 LB-A5 58 RESET PCM-RST
25 A4 LB-A4 59 WAIT PCM-WAIT#
26 A3 LB-A3 60 INPACK# N/C
27 A2 LB-A2 61 REG# PCM-REG#
28 A1 LB-A1 62 BVD2/SPK -
29 A0 LB-A0 63 BVD1/STS -
30 D0 LB-D0 64 D8 LB-D8
31 D1 LB-D1 65 D9 LB-D9
32 D2 LB-D2 66 D10 LB-D10
33 WP/IOIS# PCM-IOS16# 67 CD2# -
34 GND GND 68 GND GND
* See section 3.8
3.8. PCMCIA Power Header (E4)
This header selects the VCC voltage for PCMCIA / CompactFlash cards in the PCMCIA
slot. The SB-X270 does not support automatic voltage selection, so the user is responsible
for setting the correct VCC voltage before inserting the card, by shorting the appropriate
pins on E4. For 5V supply, short pins 1-2 and for 3.3V supply short pints 2-3. VPP is
constant at 5V.
Pin
Signal
1 VCC5
2 VCC-P1
3 VCC3-3
3.9. CardBus Slot (P7)
68-pin PC Card / CardBus slot including card guides.
The SB-X270 implements a simplified CardBus interface, which connects the CardBus
socket directly to the PCI bus of CM-X270. The provided CardBus implementation doesn't
support hot plug, thus the card has to be inserted before powering the system. The
enumeration sequence is performed using on-board glue logic which controls the CB-
FRAME# signal by software.
Pin Signal Pin Signal
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