generate 1hz



#define H_BRIDGE_FREQUENCY 1
#define H_BRIDGE_PWM_PARTIAL 50
#define NW_RESOLUTION 1e3 // porto la risoluzione dei bit da 1e3 a (1hz)

generate 1Mhz



#define H_BRIDGE_FREQUENCY 1e6
#define H_BRIDGE_PWM_PARTIAL 50
#define NW_RESOLUTION 1e8 // porto la risoluzione dei bit da 1e8 ...

mcpwm to full control a mosfet@1mhz, the bridge used in a power control a transformer 1Mhz (not khz)
the mcpwm not generate frequency to 1mhz
100khz

1mhz
for this usage 5 bit pwm
4 wire

have idea to increrase frequency to 1mhz ?





#include <stdio.h>
#include <stdlib.h>
#include <iomanip ...

esp32 on boot:
[113338] [WiFiClient.cpp:260] connect(): select returned due to timeout 3000 ms for fd 49
...got: 0 retrying...
...trying...
[116849] [WiFiClient.cpp:260] connect(): select returned due to timeout 3000 ms for fd 49
...got: 0 retrying...
...trying...
[120358] [WiFiClient.cpp:260 ...

uint64_t SD_CARD_INFO[5] = {0,0,0,0,0}; //type and present, size, totalbyte, used, freebyte

Preferences nvs_;

void gatto_fw_set_writable(){
nvs_.putBool("update",true);
}
void gatto_fw_set_protect(){
nvs_.putBool("update",false);
}
bool gatto_fw_get_staus(){
bool str = nvs_.getBool("update ...

I'm looking for a solution to ensure that if a user continuously sends requests to the serial line the user finds himself having to wait for the end of the previously given command. for example, 3 seconds can pass for a response, any input sent to the serial port in this period of time should be ...