Scanlab RTC6 PCIe Board - Page 927

RTC6 boards
Doc. Rev. 1.0.21 en-US
16 Appendix A: The RTC6 Ethernet Board
927
innovators for industry
EXT. 2 Socket Connector
Connector 10 pin socket connector
with 2.00 mm pitch of the
pins.
pin (09)
(a)
is configurable
by solder jumper field B.
pin (08)
(b)
is configurable
by solder jumper field C
(a) pin (09) of RTC6 Ethernet Boards = pin (17) of
RTC6 PCIe Boards.
(b) pin (08) of RTC6 Ethernet Boards = pin (15) of
RTC6 PCIe Boards.
Digital output port 8 Bits, buffered
• LOW level < 0.4 V
• HIGH level > 2.0 V
• Max. current load ±8 mA
• Reference GND
• LATCH-Signal 5 V, TTL active-HIGH,
5 µs pulse, max. 10 mA
Laser Control Signals None
(c)(d)
(c) Not as with RTC6 PCIe Board.
(d) With RTC6 PCIe Boards: LASER1 and LASER2.
Other signals
• +5 V Max. 100 mA
• Reference GND
MOF Socket Connector
(a)
(a) With RTC6 PCIe Boards: 16 pin socket connector with
2.54 mm pitch of the pins. Furthermore, the printed
label on the board is MARKING ON THE FLY.
Connector 14 pin socket connector
with 2.00 mm pitch of the
pins
(a)
2 encoder input ports
for incremental
encoders
ENCODER X(1±, 2±) and
ENCODER Y(1±, 2±),
designed for a pair of
standardized differential
input signals (RS-422)
each.
HIGH level  2.0 V
LOW level  0.8 V)
f  4 MHz
Analog output port None
(b)(c)
(b) Not as with RTC6 PCIe Board.
(c) The RTC6 Ethernet Board has no pin for the
ANALOG OUT2 signal on its MOF socket connector.
Input ports for external
start and stop signals
/START2, /STOP2
(see /START, /STOP of LASER
socket connector,
page 926)
Other signals
• BUSY OUT Identical with BUSY OUT
on LASER socket connector
• +5 V Max. 100 mA
• Reference GND