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I should say that that depends on the typical wind speeds you have, on the design characteristics off the wind mill airfoils (drag and lift), and on the generator minimum and maximum shaft speeds and resistant torque... It is indeed a complex design theme...
If you are planning to use a...
= is assignment operator, and it means that the right hand is assigned to the left hand..
== is a boolean or logic operator it compares the right hand and the left hand and returns true if values are equal or false if they are diferent.
!== does not exist in C and should give a syntax error...
When you plot the readings you have a description of what is recorded.. Unfortunately, you wont be able to predict the results for the same phenomena in different conditions for example a more complex geometry, a different material, or combination of materials, and that is why Differential...
Exactly as Tahmid says,
if ( a == b )
{
// empty
}
is the same thing as
if ( a == b );
now about the condition inside the if(N=!0) ---> ( it means if( N = (!0) ) )
Actually that condition will always be true because you missed the boolean operator !=
because !0 is NOT FALSE and...
Check the AVR ILI9225 driver:
**broken link removed**
**broken link removed**
**broken link removed**
And the STM32 ARM Cortex-M3 ILI9320 drivers used in these projects:
https://projectproto.blogspot.pt/2010/04/mini-stm32-digital-picture-frame.html...
thank you for the clarification,
I also assumed that.. what I don't understand is what qualifies a task to be ready.. Is it some kind of sync signal?...
As I understood from analyzing this piece of code:
"pxReadyTasksLists[]" is an array of lists... each array position is a priority level, meaning that at each position there is a list of equal priority tasks witch are ready (although I don't understand the meaning of ready here)...
If you are using an Hitachi HD44780 standard compatible LCD, You might want to check this tutorial:
https://www.8051projects.net/lcd-interfacing/introduction.php
here is the LCD connection diagram for 4 bit mode, and some how to tips:
https://www.8051projects.net/lcd-interfacing/lcd-4-bit.php...
Can you test this with cs always low?
#include <SPI.h>
int ss=10;
void setup(){
pinMode(ss,OUTPUT);
SPI.begin();
SPI.setBitOrder(MSBFIRST);
Serial.begin(9600);
digitalWrite(ss,LOW);
}
void loop(){
SPI.transfer(0x28);
delay(1);//wait for drdy drop
char...
I didn't understand... 1/FFFFFFFF ???
the clock register is bidirectional ..it's size is one byte...
the power on reset value (default value) is 0x85, so the reading at start up should be 0x85... if you set clock register to such a value that sets ClockDisable bit, since you don't use an...
:) Yes ... That is also my guess.. something like this..
https://datasheet.octopart.com/ZMV933ATA-Zetex-datasheet-123346.pdf
______
I Just can't get to find them at ST..
I'm sorry.. you are right.. thanks for the correction...
Anny luck with the hardware poling?
I was thinking, what if you add a 1 ms delay after each CS LOW, just before communication?
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