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- 02:09, 2 April 2012 Pinbox Toolkit (hist) [5,314 bytes] Compy (Talk | contribs) (Downloading and installing the Pinbox Toolkit on Linux systems.)
- 17:39, 29 January 2012 Controlling A Lamp Matrix (hist) [4,347 bytes] Gstellenberg (Talk | contribs) (Created page with "As shown in the diagram below, a single PD-8x8 board can control an 8x8 lamp matrix, providing individual control of 64 lamps (or LEDs). [[Image:Power-Driver-Matrix-8x8_example_...")
- 21:54, 22 September 2011 P-ROC Software Architecture (hist) [1,698 bytes] Gstellenberg (Talk | contribs) (Created page with "==P-ROC Software Architecture== The software components of P-ROC are divided into 3 layers. The purpose of the layer system is to give the developer access to P-ROC at whatever...")
- 14:55, 14 August 2011 Controlling Coils (hist) [6,997 bytes] Gstellenberg (Talk | contribs) (Created page with "== Hardware == The usual way to control coils is to connect power to one side of the coil and to connect the other side to a low-side transistor circuit, such as an n-channel M...")
- 14:54, 14 August 2011 Configuring Driver Boards (hist) [645 bytes] Gstellenberg (Talk | contribs) (Created page with "The P-ROC can automatically control your chain or driver boards, allowing you to issue higher level commands like 'pulse', 'schedule', 'patter', etc and letting the P-ROC do the ...")
- 04:19, 5 August 2011 Connecting switches to the P-ROC (hist) [7,023 bytes] Gstellenberg (Talk | contribs) (Created page with "The P-ROC has a bunch of comparator circuits, similar to WPC and Stern CPU boards, to detect when your machine's switches change state. To make it easy on people who want to use...")
- 15:17, 4 August 2011 Controlling Flippers (hist) [11,319 bytes] Gstellenberg (Talk | contribs) (Created page with "The usual way to control flipper coils is to connect power (typically a relatively high DC voltage like 70V) to one side of the coil and to connect the other side to a low-side t...")
- 15:16, 4 August 2011 PDB-Flipper-Control (hist) [2,826 bytes] Gstellenberg (Talk | contribs) (Created page with "The usual way to control flipper coils is to connect power (typically a relatively high DC voltage like 70V) to one side of the coil and to connect the other side to a low-side t...")
- 20:47, 17 July 2011 Beagleboard P-ROC setup guide (hist) [5,364 bytes] Gstellenberg (Talk | contribs) (Created page with "This setup guide outlines how to get libpinproc/pyprocgame running on a Beagleboard-xM under Ubuntu (11.04). Note: The guide was made using a Beagleboard-xM Rev C. If anythin...")
- 20:04, 21 June 2011 Driver Board hardware installation (hist) [6,461 bytes] Gstellenberg (Talk | contribs) (Created page with "*Install the Master board near the P-ROC (or other controller). *The Master board connects to P-ROC J34 via 16-pin ribbon cable. If you're not using a P-ROC, then connect your ...")
- 19:08, 21 June 2011 Driver Board functionality (hist) [3,692 bytes] Gstellenberg (Talk | contribs) (Created page with "[http://www.pinballcontrollers.com/index.php/driver-boards Driver Boards] contain circuits that turn on/off external devices, such as those commonly found on pinball machines. T...")
- 19:07, 21 June 2011 Current Sourcing and Sinking (hist) [1,273 bytes] Gstellenberg (Talk | contribs) (Created page with "On pinball machines, some devices like coils, motors, flashlamps, and sometimes individual lamps/led, are attached to dedicated control circuits. Each of these devices can be co...")
