Scanlab RTC6 PCIe Board Installation And Operation Manual page 891

Configuring the Output Signal Level
With the solder jumper field A on the lower side of
the RTC6 Ethernet Board, the level of all output
signals at the EXTENSION 1 socket connector
(DIGITAL OUT 0...DIGITAL OUT 15, LATCH_OUT,
SYNC_OUT, BUSY OUT, VCC_OUT) can be configured
for 5 V or 3.3 V, see Chapter 2.7.1
"Solder Jumper Field A – Configuring Output Signal
Level at EXTENSION 1 Socket Connector", page
The configured signal level is stationary outputted at
pin (35): signal VCC_OUT. VCC_OUT is referenced to
GND, see Notes, page 882.
The maximum current load of the signal is 100 mA.
16-Bit Digital Output Port and 16-Bit Digital
Input Port
As with RTC6 PCIe Board, see
Input Port and 16-Bit Digital Output Port", page
The signals are referenced to GND, see
page 882.
Synchronization of Data Acquisition
As with RTC6 PCIe Board, see
"Synchronization of Data Acquisition", page
The signals are referenced to GND, see
page 882.
BUSY List Execution Status
The BUSY OUT signal at pin (36) is identical to the
BUSY OUT signal at the LASER socket connector, see
Chapter 16.2.4 "LASER Socket Connector",
page 882.
The signal is referenced to GND, see
RTC6 boards
Doc. Rev. 1.0.21 en-US
16 Appendix A: The RTC6 Ethernet Board
41.
Section "16-Bit Digital
78.
Notes,
Section
79.
Notes,
Notes, page 882.
16.2.12EXT. 2 Socket Connector
The EXT. 2 socket connector has 10 pins. It is located
on the upper side of the RTC6 PCIe Board, see
Figure 72, number 8.
It provides a buffered 8-bit digital output port
((DATA0...DATA7).
The pin-out is shown in Figure
(LSB) DATA0 (01)
1
DATA2 (03)
DATA4 (05)
DATA6 (07)
** (09)
* Jumper setting-dependent:
+5V or DATA7 or GND.
** Jumper setting-dependent:
+5V or DATA7 or GND or LATCH.
Manufacturer: Amphenol FCI.
Product Number: 98424-F52-10LF.
EXT. 2 socket connector: pin-out. The pitch of the pins is
2.00 mm.
On RTC6 PCIe Boards the designation is
EXTENSION 2.
Apart from the total number of pins, the provided
signals differ as well as the pin numbers, see
following table.
24.
(02) DATA1
2
(04) DATA3
(06) DATA5
(08) *
(10) GND
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