Kramer Electronics VP-100 - Manual (Page 7)

Your VP-100 VGA/XGA to RGBHV Converter
5
Table 1: Features and Functions of the VP-100 VGA/XGA to RGBHV Converter
# Feature Function
1 12V DC +12V DC connector for powering the unit
2 ON LED Illuminates when receiving power
3 Vs Connect the vertical sync BNC connector 1 to the Vs video acceptor
4 Hs/Cs Connect the Horizontal or composite sync 2 BNC connector 1 to the Hs/Vs
video acceptor
5 BLUE Connect the amplified and buffered BLUE signal to the B video acceptor
6 GREEN Connect the amplified and buffered GREEN signal to the G video acceptor.
When item 17 is set to G+S, the GREEN BNC connector includes sync 3
7
O
U
TP
U
T
B
N
C
C
on
ne
ct
or
s
RED Connect the amplified and buffered RED signal to the R video acceptor
8 V SHIFT
Potentiometer
Adjust the vertical display to compensate for delay problems due to long
and/or unequal cables (when item 14 is ON)
9 H SHIFT 4
Potentiometer
Adjust the horizontal display to compensate for delay problems due to long
and/or unequal cables (when item 15 is ON)
10 VGA/XGA LOOP
HD15F Connector
Connect to an additional acceptor to increase output availability
11 LOOP TERM
Button
Release to the LOOP position if the VGA/XGA LOOP output (item 10) is
connected to an acceptor; press to the TERM position if is not connected
12 VGA/XGA IN
HD15F Connector
Connect to a computer graphics source
13 EQ. 5 .
Potentiometer
Adjust the cable equalization of the BNC outputs
14 V (ON) Slide the switch upward (ON) to enable the vertical sync potentiometer
(item 8)
15
SHIFT
Switch
H (ON) Slide the switch upward (ON) to enable the horizontal sync potentiometer
(item 9)
16 H / CS Switch Slide the switch upward (H) to select horizontal sync, slide downward (CS) to
select composite sync at the Hs/Cs BNC connector (item 4)
17 G+S or G Switch Slide the switch upward (G+S) to select Green + Sync, slide downward (G) to
select Green at the GREEN BNC connector (item 6)
18 ID BIT Switch Slide the switch upward to set to ON 6 ; slide downward to set to OFF
1 For amplified and buffered sync output
2 As determined by the switch (item 16)
3 Some machine formats include the vertical and horizontal sync on the GREEN signal
4 Data delay problems, especially with long RGBHV cables, occur when electronic signals travel via coaxial cable and the
picture shifts mainly in the horizontal axis (due to unequal delays between the sync signals and data). Center the picture by
adjusting the potentiometers for Vertical and Horizontal sync
5 Degradation and VGA/XGA signal loss can result from using long cables (due to stray capacitance), sometimes leading to a
total loss of sharpness in high-resolution signals
6 The default. Enabling the notebook or laptop to output a VGA signal to an external VGA monitor