
7/7/06 Rev 0.5 1 – 1Chapter1Overview of the ZVGA quick overview of the ZVG• A Short Description of the ZVG.• ZVG Specifications.• An Overview of Jumpe
Chapter 2: Getting Started2 – 10B. Powering Up the ZVGStep 1: Verifying ZVG OperationsStart with the monitor and the ZVG powered down, and the parall
Chapter 2: Getting Started2 – 11Dx[,t]The 'Dx' parameter indicates the DMA level, the optional ',t' extension indicates the type o
Chapter 2: Getting Started2 – 12Some examples of ZVGPORT settings:Given: ECP Address = 378, DMA = 3, Interrupt = 7, WG Monitor:set ZVGPORT=P378 D3 I7
Chapter 2: Getting Started2 – 13ZVGTWEAK will start by reading and displaying the version information of the ZVG.It will then begin displaying a Zekto
Chapter 2: Getting Started2 – 14C. Powering down the ZVG and Vector MonitorFor reasons of monitor safety it is important that the monitor be either t
Chapter 2: Getting Started2 – 15sity spot will be generated in the center of the screen and will remain there, unmoving, until all HV power is dissi-p
Chapter 2: Getting Started2 – 16
Chapter 3: Monitor Setup3 – 17Chapter3Monitor SetupJumper Settings and Wiring• J9 Pinout Defined.• Wells Gardner 6101 19” and Amplifone 13” Color X/Y
Chapter 3: Monitor Setup3 – 18A. J9 Pinout DefinedLocation of J9Side view of ZVG, looking at front of J9Pin NumbersSignal Descriptions Pin Descripti
Chapter 3: Monitor Setup3 – 19B. Wells Gardner 6101 and Amplifone 13” MonitorsJumper Settings for WG6101 and Amplifone 13” MonitorsDiagram of Jumper
Chapter 1: Overview of the ZVG1 – 2A. What is the ZVG?The ZVG (which stands for Zektor Vector Generator) is a vector generator which attaches to a PC
Chapter 3: Monitor Setup3 – 20C. Amplifone 19” and 25” MonitorsJumper Settings for Amplifone 19” and 25” MonitorsDiagram of Jumper SettingsNote: Jump
Chapter 3: Monitor Setup3 – 21D. Electrohome G05 15” and 19” and WG2000 19” B&W MonitorsJumper Settings for GO5 15”, GO5 19” and WG2000 19” Monit
Chapter 3: Monitor Setup3 – 22E. Electrohome G08 19” Color Monitor (Sega X/Y)Jumper Settings for GO8 19” Color MonitorsDiagram of Jumper SettingsNote
Chapter 3: Monitor Setup3 – 23F. Settings when using a Vectrex as a B&W X/Y MonitorJumper Settings for the Vectrex Internal X/Y DisplayDiagram of
Chapter 3: Monitor Setup3 – 24Note: After using zvgtweak.exe you will have to re-adjust the Vectrex brightness control to run MAME. MAME and ZVGTWEAK.
Chapter 3: Monitor Setup3 – 25G. Settings When using an Oscilloscope as a B&W X/Y MonitorJumper Settings for an OscilloscopeDiagram of Jumper Set
Chapter 3: Monitor Setup3 – 26
Chapter 1: Overview of the ZVG1 – 3B. SpecificationsX and Y Output VoltagesJumper selectable to between 6v full scale and 12v full scale. On board ad
Chapter 1: Overview of the ZVG1 – 4C. Jumpers and IndicatorsThe following is a descriptions of the jumpers and adjustments available on the ZVG board
Chapter 1: Overview of the ZVG1 – 5Jumper and Adjustment LocationsZEKTORR42 R54R69 R78 R86 R96J8NOPINPINX-2xY-2xJ8NOPINPINX-2xY-2xSP1SP21284SETUPJ3SP1
Chapter 1: Overview of the ZVG1 – 6
Chapter 2: Getting Started2 – 7Chapter2Getting StartedZVG Operations• Connecting the ZVG to the PC, Monitor.• Powering up the ZVG and using ZVGTWEAK.E
Chapter 2: Getting Started2 – 8A. Connecting the ZVG to the PCThe ZVG communicates vector information through a IEEE 1284 compatible paral-lel port,
Chapter 2: Getting Started2 – 9to the monitor of choice. In some cases the cable is simply connected to J9 of the ZVG, and the appropriate connector o
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