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V-MATRIX
VM2143VS
8-IN VIDEO/SYNC INPUT CARD FOR
V-MATRIX ™ WITH COVER PLATE
USER’S GUIDE
MANUAL PART NUMBER: 400-0172-003
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V-MATRIX TABLE OF CONTENTS .............. 2 ................................ ................. 2 ................................ ......... 2 ................................ ................ 2 ................................ ..... 2 ................................ .. 3 ......................... 3 PRODUCT DESCRIPTION ................................ . 3 ................................ .... 4 D ................................ 4 D .................. 5 D .................. 6 D IGH Z ...........
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V-MATRIX not installed and used in accordance with the PRECAUTIONS / SAFETY WARNINGS 1 instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to VM2143VS . Keep this manual handy for future cause harmful interference in which case the reference. These safety instructions are to ensure the long life of your VM2143VS and to prevent fire user will be required to correct the interference and shock hazard. Please read th
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V-MATRIX ABOUT YOUR VM2143VS 2 PRODUCT DESCRIPTION 4 VM2143VS 8-in V-MATRIX™ Video Input Card The VM2143VS is an 8-In Video Input Card designed for use in a System and can handle a wide array of signal formats. The VM2143VS can be used for video signals including Composite Video, S -Video, Component Video, RGsB, RGBS and RGBHV. Easily accessible jumpers allow the user to select AC or DC The 8-Input Video Cards provide built-in ground loop isolation ( GLI on Board™) through the use of differen
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V-MATRIX APPLICATION DIAGRAM 5 Diagram 1 4 : Connections
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V-MATRIX Diagram 2 : AC Coupled/75 Ohms AC/DC COUPLING INPUT IMPEDANCE JUMPERS JUMPERS P1,P5 OPEN-AC P1,P5 CLOSE-DC P20 HIZ 75 P23 75 HIZ P21 75 HIZ P22 75 HIZ P24 75 HIZ P27 75 HIZ P25 75 HIZ P26 75 HIZ Note: In the diagram above, the jumpers are set for 75 ohms input impedance on the following ports: (Jumpered pins have dark circles.) The jumpers on P1, P5, P6, P7, P8, P9, P10, P11, P12, P13 , P14, P15, P16, P17, P18 and P19 are 5 removed for AC Coupling. P20, P23, P21, P22, P24, P27, P25 and
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V-MATRIX Diagram 3 AC/DC COUPLING INPUT IMPEDANCE JUMPERS JUMPERS P1,P5 OPEN-AC P1,P5 CLOSE-DC P20 75 HIZ P23 75 HIZ P21 75 HIZ P22 HIZ 75 P24 75 HIZ P27 75 HIZ P25 75 HIZ P26 HIZ 75 Note: In the diagram, above, the jumpers are set for 75 ohms input impedance on the following ports: (Jumpered pins have dark circles.) The jumpers on P1, P5, P6, P7, P8, P9, P10, P11, P12, P13, P14, P15, P16, P17, P18 and P19 are 6 installed for DC Coupling. P20, P23, P21, P22, P24, P27, P25 and P26. P18,P19 CLOS
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V-MATRIX Diagram 4 AC/DC COUPLING INPUT IMPEDANCE JUMPERS JUMPERS P1,P5 OPEN-AC P1,P5 CLOSE-DC P20 75 HIZ P23 75 HIZ P21 HIZ 75 P22 75 HIZ P24 75 HIZ P27 75 HIZ P25 75 HIZ P26 75 HIZ Note: In the diagram above, the jumpers are set for High impedance on the following ports: (Jumpered pins have dark circles.) The jumpers on P1, P5, P6, P7, P8, P9, P10, P11, P12, P13, P14, P15, P16, P17, P18 and P19 are 7 removed for AC Coupling. P20, P23, P21, P22, P24, P27, P25 and P26. P18,P19 CLOSE-DC P18,P19
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V-MATRIX Diagram 5 AC/DC COUPLING INPUT IMPEDANCE JUMPERS JUMPERS P1,P5 OPEN-AC P1,P5 CLOSE-DC P20 75 HIZ P23 75 HIZ P21 75 HIZ P22 HIZ 75 P24 75 HIZ P27 75 HIZ P25 75 HIZ P26 HIZ 75 Note: In the diagram above, the jumpers are set for High impedance on the following po rts: (Jumpered pins have dark circles.) The jumpers on P1, P5, P6, P7, P8, P9, P10, P11, P12, P13, P14, P15, P16, P17, P18 and P19 are 8 installed for DC Coupling. P20, P23, P21, P22, P24, P27, P25 and P26. P18,P19 CLOSE-DC P18,
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V-MATRIX Diagram 6 BNC INPUT OUT 1 GLI 1 HI Z LOW Z (SYNC) (VIDEO) DC/AC 2 GLI 2 HI Z LOW Z (SYNC) (VIDEO) DC/AC 3 GLI 3 HI Z LOW Z (SYNC) (VIDEO) DC/AC 4 GLI 4 HI Z LOW Z (SYNC) (VIDEO) DC/AC 5 GLI 5 HI Z LOW Z (SYNC) (VIDEO) DC/AC 6 GLI 6 HI Z LOW Z (SYNC) (VIDEO) DC/AC 7 GLI 7 HI Z LOW Z (SYNC) (VIDEO) DC/AC 8 GLI 8 HI Z LOW Z POWER (SYNC) (VIDEO) DC/AC 9 VM2143VS Internal Block Diagram : Internal View
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V-MATRIX INSTALLING YOUR VM2143VS 6 TROUBLESHOOTING GUIDE 8 Step 1. Decide which type of input video signal We have carefully tested and have found no will be used on each input and what the VM2143VS impedance requirements are of the input source. Refer to Diagram 2 through 8.1 CARD LED'S ARE NOT ON Diagram 5 for jumper settings. Note that There are two LED's on the VM2143VS that DC Coupling is most commonly used with DVD players and VCR's and AC Coupling indicate power is being supplied to t
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V-MATRIX 8.2 POOR DISPLAY QUALITY Cause 4: The card has a problem. Cause 1: Incompatible devices. Make sure the video source and the display being connected are compatible devices. Check the Verify that all IC’s are seated in their manufacturer's specifications if sockets and that there are no necessary. If the devices are jumpers missing. If there is still an 3. Cause 2: Make sure the display has power and is turned ON. If there is still no Check the jumper settings p er the diagrams in t
