From a6b2f89c213e595355c6fb9a3072fde0a469ddf7 Mon Sep 17 00:00:00 2001 From: ngammarano <54072413+ngammarano@users.noreply.github.com> Date: Mon, 9 Nov 2020 16:16:14 -0300 Subject: [PATCH] Update edgeconnector.md: Fix badly rendered "V2" Fix badly rendered "V2" with HTML --- hardware/edgeconnector.md | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/hardware/edgeconnector.md b/hardware/edgeconnector.md index 3f719ea..44fe206 100644 --- a/hardware/edgeconnector.md +++ b/hardware/edgeconnector.md @@ -219,7 +219,7 @@ NOTE 2: A common way that the maximum pin voltages can be exceeded, is to attach NOTE 3: The pin marked 'ACCESSIBILITY' is used to enable/disable an on-board accessibility mode, and should not be used for anything else (even though it can be used as a GPIO for testing). Future versions of the official micro:bit editors may remove the ability to write to this pin. -NOTE 4: The BBC suggest in the safety guide, that the maximum current you can draw from the whole edge connector at any one time is V190mA. This is set based on the 30mA budget for on-board peripherals, and the fact that the on-board regulator of the KL26 when powered from USB is rated at a maximum of 120mA. On the latest board revision the maximum current is V2270mA, though it is possible that the on-board mic and speaker can draw more current, so this value is TBC. +NOTE 4: The BBC suggest in the safety guide, that the maximum current you can draw from the whole edge connector at any one time is V190mA. This is set based on the 30mA budget for on-board peripherals, and the fact that the on-board regulator of the KL26 when powered from USB is rated at a maximum of 120mA. On the latest board revision the maximum current is V2270mA, though it is possible that the on-board mic and speaker can draw more current, so this value is TBC. ### NRF52