Scanlab RTC6 PCIe Board Installation And Operation Manual page 931

The UFPM Extension Board adapts the LATCH signal
duration to the pixel frequency (approx.
HalfPeriod...5 µs). It synchronously converts the 8-bit
digital values to analog values in the range 0 V...5 V
and makes them available at its analog output ports
ANALOG OUTA and ANALOG OUTB. The connector
pin-outs on the UFPM Extension Board are shown in
Figure 92. Potentiometer P3 lets you fine-tune the
exact voltage amplitude, see
J4 (6-pin socket connector)
GND (01)
1
GND (03)
GND (05)
J3 (SMA connector)
ANALOG OUTA (01)
GND (02)
J5 (SMA connector)
ANALOG OUTB (01)
GND (02)
UFPM Extension Board: connector pin-outs.
RTC6 boards
Doc. Rev. 1.0.21 en-US
17 Appendix B: The UFPM Extension Board
Figure 91.
(02) ANALOG OUTA
2
(04) ANALOG OUTB
(06) +5 V
92
Software Requirements
• The UFPM Extension Board is supported by
default by the RTC6 Software Package package.
Hardware Requirements
• The pixel values are outputted as 8-bit digital
values at the 8-bit digital output of the
RTC6 PCIe Board, EXTENSION 2 socket connector.
To enable outputting of (complete) pixel values as
well as the latch signal at the EXTENSION 2
socket connector, the following solder jumper on
the RTC6 PCIe Board must be closed
– DATA7 in solder jumper field C
(= the DATA7 signal is outputted at pin 15 of
the EXTENSION 2 socket connector)
– LATCH in solder jumper field B
(= the LATCH signal is outputted at pin 17 of
the EXTENSION 2 socket connector)
Technical Specifications
• Dimensions
– Length 52.8 mm
– Width 48.7 mm
• Analog output ports
ANALOG OUTA, ANALOG OUTB
– Connectors 1 6-pin socket connector,
2 SMA connectors (coaxial
connectors)
– Output voltage 0 V...5 V
range
– Resolution 8 bits
– Max. current 5 mA
load
– Reference GND
RTC6 PCIe Board
(1) Corresponds to
(1)
:
s TYPE n24.
931