It is a low-pass filt er. Because the output is being measured across the capacitor, it allows low-frequency signals to pass through easily while shorting high-frequency signals to ground. If the positions of the resistor and capacitor were swapped ( taking the output across the resistor ), it would be a high-pass filter. Low Pass Filters email In hobbyist electronics and practical prototyping (like the Arduino and signal processing projects you are working on), you will generally stick to standard, widely available component values. Here are the most common practical values used for creating low-pass and high-pass filters: Common Resistor ( $R$ ) Values For filtering and timing circuits, resistors typically range between $1\text{ k}\Omega$ and $100\text{ k}\Omega$ . Going below $1\text{ k}\Omega$ (like your current $180\text{ }\Omega$ or $200\text{ }\Omega$ setup) draws more current from your signal source, which can overload microcontroller pins. Going above $1\text{ M}\Ome...
12/20 New xmit/rec rec works fine 122024_irsketch_copy_20241220032505 https://www.youtube.com/watch?v=8E3ltjnbV0c&t=1815s&ab_channel=DroneBotWorkshop https://dronebotworkshop.com/using-ir-remote-controls-with-arduino/ need test range for use on robot ...the old ones appear to work ------------------------------------------- 12/22 tested remote- need install on robot & use this sketch A32AB931 power 143226DB + AADB8B6F - 371A3C86 menu E0984BB6 clk 39D41DC6 light 1D2FEFF6 mute 122224_remote_copy_20241222160557
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