##### ## ## ## ## ## ## ## ##
_____ | _ | | | | | | | | | \ \/' / \_/\_\
___ ___ | \/ | | . . | | |\/| | | | | | \_| |_/
___ |_ | | | | | /\__/ / \____/
IMPORTANT: enter the case-INsensitive alphabetic (no numbers) code AND WRITE SOME SHORT summary of changes (below) if you are saving changes. (not required for previewing changes). Wiki-spamming is not tolerated, will be removed, so it does NOT even show up in history. Spammers go away now. Visit Preferences to set your user name Summary of change: '''TODO: EC10 pinout v3/23292''' EC10 pin, Function (not pulled up, even mch2 and mch5 are not pulled up) * 1 Analog ch0 (protected) * 2 Analog ch2 (protected) * 3 Analog ch3 (protected) * 4 Analog ch4 (protected) * 5 Analog ch5 (protected) * 6 3rd trigger HALL * 7 2nd Wheelspeed input * 8 2nd RS232 Tx * '''9 +5V''' * '''10 GND''' ---- [https://www.vems.hu/vt/help/v3/v3_analog_input_calibration.html VT Help] input calibration Connect the pin in question through a 2k4 or 1kOhm resistor to GND, than release or connect (through the resistor) to +5V (eg. EC36/29 suitable for this) and you will see the relevant mcp3208 channel change accordingly. "Trial and error" is usually not the recommended method (recommended: following the actual pinout, any customizations marked on paper), but in this case it is OK. The resistor is important (especially when checking arbitrary EC18 pins), because if you connect to an output, the resistor limits current to smaller than 5mA (eg. the +5V regulator or a digital output, especially stepper outputs could be damaged if connected directly without the resistor). Optional: Add document to category: Wiki formatting: * is Bullet list ** Bullet list subentry ... '''Bold''', ---- is horizontal ruler, <code> preformatted text... </code> See wiki editing HELP for tables and other formatting tips and tricks.