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Timeline for Arduino Nano R4 interrupts

Current License: CC BY-SA 4.0

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Nov 5 at 15:02 history bumped CommunityBot This question has answers that may be good or bad; the system has marked it active so that they can be reviewed.
Oct 6 at 14:04 answer added user31256271 timeline score: 0
Sep 29 at 2:37 comment added 6v6gt With the classic Nano (atmega328p), which you have also mentioned, you have the options of calling analogRead() in the loop(), triggering the ADC from a timer and processing the conversion result in the ADC's ISR, or putting the ADC in free running mode and picking the results, at the desired frequency, using a timer. The Nano R4 uses a completely different processor, the Renesas RA4M1, and there are fewer existing code samples than for the ATmega328P.
Sep 27 at 11:08 comment added Maximilian Gerhardt Specifically for using FspTimer: github.com/arduino/ArduinoCore-renesas/blob/…
Sep 27 at 9:44 comment added Edgar Bonet Re “the project requires a much faster A/D [than the Arduino Nano's]”: This is achievable on a classic Nano by setting the ADC prescaler to 32 (26 µs conversion time), at the cost of negligible loss of ADC accuracy. It could be easier to program than the new Nano R4.
Sep 27 at 5:53 comment added Juraj see the Arduino_LED_Matrix example for Uno R4 WiFi. it uses FspTimer
Sep 27 at 5:45 history edited Juraj
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Sep 27 at 2:20 comment added Vollrathd I need a simple code set for the Arduino Nano R4 that generates an interrupt every 30 MicroSeconds
Sep 27 at 1:55 history edited Vollrathd CC BY-SA 4.0
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Sep 27 at 1:52 comment added hcheung What is the question?
S Sep 27 at 1:47 review First questions
Sep 27 at 1:58
S Sep 27 at 1:47 history asked Vollrathd CC BY-SA 4.0