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Insert the leds and solder it to the back side of the board. According to the charging algorithm it gives a fixed frequency PWM signal to the solar panel side p-MOSFET. In PCF8574 datasheets the output port pins are labeled p0, p1, p2, p3, p4, p5, p6, p7. Well done First, thanks for the Idea and the greate Tutorial.

I don´t know where is problem. ON Condition: In the evening, when the PV voltage level falls bellow 5V and battery voltage is higher than LVD setting, the controller will turn on the load and the load green led will glow.

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I'm finally getting around to building my own scale! I built a half a dozen and none so far for myself. So far the performance of each scale is pretty identical. The weight does float 1-2 grams on every scale so far which results in about a. Like Kerry I'm going to try another brand of load cell amp for the next batch, yes I will be making another 10 but probably the version Aaro designed. Joon Hi, I'm getting this error when trying to compile the code... I tried two of them with the same result. Hi, Maybe you have a wrong library; If you read the lines ~26.. Aaro Hi, I'm getting this error when trying to compile the code... I tried two of them with the same result. Hi, Maybe you have a wrong library; If you read the lines ~26.. Aaro Hi, I did a couple of simple modifications to the base of the Scale. One was adding a recess for a DC Power connector. The second was a larger hole to pass the wires from one side to the other. I also modified the cover to allow me to exit the calibration wires... I use a Dupont 4 wire connector female on the scale side. I also started printing the cradles at 110% on the height axis.. Attached are the files and picture showing the power connector and the wires...

In my earlier design I responsible a normal diode IN4007. Over voltage protection at solar panel input For reverse polarity and reverse current flow protection I used a power diode MBR2045. I have plugged converter from I2C to 4bit for LCD, I implemented your library and compile is OK. This can be done anon by using SD card but this include more complexity and cost. According to this voltages it decides how to charge the battery and control the load. Over current and overload protection is implemented by using two fuses one at the solar panel side and other at sin side. Electrolytic Capacitors 100uF and 10uF 12. I'm having a little error with my latest Arduino project code which uses the to display numbers on a 4 digit, 7 segment display.