Hi,
Actually I run all sensors over I2C and they are all working.
Regards,
Search found 10 matches
- Tue Jul 18, 2017 9:42 pm
- Forum: ESP32 Arduino
- Topic: BME280 with SPI?
- Replies: 2
- Views: 6688
- Mon Jun 12, 2017 12:24 pm
- Forum: ESP32 Arduino
- Topic: Deep Sleep or other power saving functions?
- Replies: 23
- Views: 41722
Re: Deep Sleep or other power saving functions?
Can this Modification be added to the Arduino core too?
- Mon Jun 12, 2017 8:25 am
- Forum: ESP32 Arduino
- Topic: Deep Sleep or other power saving functions?
- Replies: 23
- Views: 41722
Re: Deep Sleep or other power saving functions?
@temp4eb Which silicon revision boards is this?
@all Anybody can confirm the power consumption of silicon revision 1?
Regards,
Rick
@all Anybody can confirm the power consumption of silicon revision 1?
Regards,
Rick
- Sun Jun 11, 2017 10:24 am
- Forum: ESP32 Arduino
- Topic: Deep Sleep or other power saving functions?
- Replies: 23
- Views: 41722
Re: Deep Sleep or other power saving functions?
@ESP_igrr Does the changes according to the Hardware Design Guidelines on CHIP EN
with the R10k and C100n apply to the WROOM32 too or I have to implement this separatelly
ie outside of the wroom32 module?
Regards,
Rick
with the R10k and C100n apply to the WROOM32 too or I have to implement this separatelly
ie outside of the wroom32 module?
Regards,
Rick
- Wed Jun 07, 2017 10:25 pm
- Forum: ESP32 Arduino
- Topic: Deep Sleep or other power saving functions?
- Replies: 23
- Views: 41722
Re: Deep Sleep or other power saving functions?
I'm using the Rocket 32-Rev1 (silicon rev. 0)
It's strange You need some mods on the sparkfun board.
They claim 2.5µA current in deep sleep for this board.
It's strange You need some mods on the sparkfun board.
They claim 2.5µA current in deep sleep for this board.
- Wed Jun 07, 2017 7:30 pm
- Forum: ESP32 Arduino
- Topic: Deep Sleep or other power saving functions?
- Replies: 23
- Views: 41722
Re: Deep Sleep or other power saving functions?
@kostyan5 which board exactly are You using?
AFAIK there is no difference if You pull up that pin to high.
My board needs ~90µA with ULDO and Li Ion charger hooked up.
AFAIK there is no difference if You pull up that pin to high.
My board needs ~90µA with ULDO and Li Ion charger hooked up.
- Tue Jun 06, 2017 7:10 pm
- Forum: ESP32 Arduino
- Topic: Deep Sleep or other power saving functions?
- Replies: 23
- Views: 41722
Re: Deep Sleep or other power saving functions?
@martinayotte How much current do You need with this code (on which board)?
Regards,
Rick
Regards,
Rick
- Tue Jun 06, 2017 7:04 pm
- Forum: ESP32 Arduino
- Topic: Analog READ - Precision?
- Replies: 3
- Views: 10204
Re: Analog READ - Precision?
Can anybody from espressif please make a statement on this problem? Basically I don't need to measure Voltages lower than 0.15v but I would like to be sure about what is going on there. @ukonline2000 Currently I correct the measured values by software and it works pretty well so far. I didnt made te...
- Wed May 31, 2017 10:06 pm
- Forum: ESP32 Arduino
- Topic: Deep Sleep or other power saving functions?
- Replies: 23
- Views: 41722
Deep Sleep or other power saving functions?
Hello,
Are there any working power saving functions right now?
For silicon Rev 0 or 1.
Does somebody have got some measured data (with setup)?
Regards,
Rick
Are there any working power saving functions right now?
For silicon Rev 0 or 1.
Does somebody have got some measured data (with setup)?
Regards,
Rick
- Wed May 31, 2017 10:02 pm
- Forum: ESP32 Arduino
- Topic: Analog READ - Precision?
- Replies: 3
- Views: 10204
Analog READ - Precision?
Hello,
Is there a solution for Analog READ (silicon revision 0) allready?
I'm reading 1438-1440 for 1,32V (@3.33V Supply).
No matter if floating or with pulldown, the readings are allways the same.
Basically accurate with a shift of -0.15V
Regards,
Rick
Is there a solution for Analog READ (silicon revision 0) allready?
I'm reading 1438-1440 for 1,32V (@3.33V Supply).
No matter if floating or with pulldown, the readings are allways the same.
Basically accurate with a shift of -0.15V
Regards,
Rick