BeagleBone Black Pin Test

X-Git-Url: https://git.ucc.asn.au/?a=blobdiff_plain;f=testing%2FMCTXWeb%2Fpublic_html%2Fpintest.html;h=506d7c52e6e9b2f453208fe3db744a3b88ab1369;hb=7deca6b4e089e76e279ae84c0aa25728d91e8fd9;hp=d8821bee3309b0abf4f88b6b42202174d5999f59;hpb=6377ff1447acecdb0496116d983034768773d726;p=matches%2FMCTX3420.git diff --git a/testing/MCTXWeb/public_html/pintest.html b/testing/MCTXWeb/public_html/pintest.html index d8821be..506d7c5 100644 --- a/testing/MCTXWeb/public_html/pintest.html +++ b/testing/MCTXWeb/public_html/pintest.html @@ -1,157 +1,222 @@ - BeagleBone Black Pin Test + MCTX3420 Web Interface - - - -

- BBB pin test -

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Info

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This test page gives control over the BBB's pins. - Select a pin that you wish to use from the relevant drop-down - menu and click 'Go'.

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A new widget will appear with controls relevant to that pin.

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Make sure to check the error log to see if something goes wrong.

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JavaScript required

+ This website requires JavaScript to function correctly. + Please enable JavaScript to use this site. -

Pin out diagram

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To see the pin out diagram of the BBB, click here.

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PWM explained

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The frequency must be a decimal number greater than 0.

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+ The duty cycle describes the proportion of off/on time per period. + This number is specified as a ratio, with values ranging from 0 to 1. +

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+ The polarity determines if the duty represents the 'active + high' or 'active low' portion. By default, the duty cycle + represents the 'active high' portion. +

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Analogue input (ADC)

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AIN	0	1	2	3	4	5	6	7
Value
Export									+ GPIO + +	+ PWM + +

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Analogue input (ADC)

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