7 segment Display zeigt nichts an

maxxer90 · October 29, 2023, 12:38pm

Ich habe die Displays ja schon in Dreierreihe zusammen gelötet. Weiß nicht ob das jetzt sinnvoll ist alle auseinander und einzeln testen

Moko · October 29, 2023, 12:42pm

Du musst sie doch nicht wieder auseinandernehmen.
Einfach nur die eine Datenleitung des Displays anschließen welches Du testen möchtest.

HotSystems · October 29, 2023, 1:03pm

Ein einzelner Test ist immer sinnvoll. Erst recht, wenn man in die Materie einsteigt.
Dadurch grenzt du Fehler ein. Und wenn du so vorgehst, wie @Moko beschreibt, ist das doch schnell gemacht. Und der Lerneffekt wird auch noch größer.

maxxer90 · October 29, 2023, 2:56pm

Ich habe nun alles richtig verlötet und auch die richtigen Displays in einer Reihe.

Nun bleibt aber das Problem, nachdem alle Displays ON angezeigt haben, nichts angezeigt wird.

Auch nach dem ich den skech nochmal auf den Nano gespielt habe.

uwefed · October 29, 2023, 3:18pm

Du kannst Pins anlöten und auf ein Schraubklemmenplatine stecken:
51ReH9vqDaL._AC_SX300_SY300_QL70_FMwebp

Welchen Sketch hast Du draufgeladen? Welche Bibliothek verwendest Du (link) und welche LED-Module (Link auf das Angebot) verwendest Du?

Grüße Uwe

maxxer90 · October 29, 2023, 3:34pm

Ich benutze CODE_delorean_clock_V4_24H.ino

Und die librarys, die er mit dazu gepackt hat. Habe schon in den Kommentaren gelesen das es nur mit den älteren Versionen funktioniert.

Und die Displays

HotSystems · October 29, 2023, 3:41pm

Sicher ?
Auf ein Schaltbild von deiner Verdrahtung warten wir immer noch.

maxxer90 · October 29, 2023, 3:51pm

Ich habe es grau so gemacht, wie auf dem Bild. Mehr habe ich nicht.

wwerner · October 29, 2023, 4:02pm

#include "SevenSegmentTM1637.h"
#include "SevenSegmentExtended.h"
#include "RTClib.h"

// Sortie horloge Rouge
const byte PIN_CLK_Red = A0;   // define CLK pin
// Sortie horloge Verte
const byte PIN_CLK_Green = A1;   // define CLK pin
// Sortie horloge Orange
const byte PIN_CLK_Orange = A2;   // define CLK pin

//RED Displays
const byte PIN_DIO_R1 = 3;
SevenSegmentExtended      red1(PIN_CLK_Red, PIN_DIO_R1);
const byte PIN_DIO_R2 = 4;
SevenSegmentTM1637       red2(PIN_CLK_Red, PIN_DIO_R2);
const byte PIN_DIO_R3 = 5;
SevenSegmentExtended     red3(PIN_CLK_Red, PIN_DIO_R3);

//GREEN Displays
const byte PIN_DIO_G1 = 6;
SevenSegmentExtended      green1(PIN_CLK_Green, PIN_DIO_G1);
const byte PIN_DIO_G2 = 7;
SevenSegmentTM1637       green2(PIN_CLK_Green, PIN_DIO_G2);
const byte PIN_DIO_G3 = 8;
SevenSegmentExtended     green3(PIN_CLK_Green, PIN_DIO_G3);
int greenAM = 12;
int greenPM = 13;

// ORANGE Displays
const byte PIN_DIO_O1 = 9;   // define DIO pin (any digital pin)
SevenSegmentExtended      orange1(PIN_CLK_Orange, PIN_DIO_O1); // SegmentExtended pour utiliser la methode "PrintTime"
const byte PIN_DIO_O2 = 10;
SevenSegmentTM1637        orange2(PIN_CLK_Orange, PIN_DIO_O2); //SegmentTM1637 pour utiliser la methode "print" permet d'enlever les ":" entre les chiffres
const byte PIN_DIO_O3 = 11;
SevenSegmentExtended       orange3(PIN_CLK_Orange, PIN_DIO_O3);

bool parse = false;
bool config = false;
int Hour = 0;
RTC_DS3231 rtc;
int backlight = 50;
int year_red = 2028;
int year_orange = 2018;

void setup() {

  pinMode(PIN_CLK_Red, OUTPUT);
  pinMode(PIN_CLK_Green, OUTPUT);
  pinMode(PIN_CLK_Orange, OUTPUT);
  pinMode(PIN_DIO_O1, OUTPUT);
  pinMode(PIN_DIO_O2, OUTPUT);
  pinMode(PIN_DIO_O3, OUTPUT);
  pinMode(PIN_DIO_G1, OUTPUT);
  pinMode(PIN_DIO_G2, OUTPUT);
  pinMode(PIN_DIO_G3, OUTPUT);
  pinMode(PIN_DIO_R1, OUTPUT);
  pinMode(PIN_DIO_R2, OUTPUT);
  pinMode(PIN_DIO_R3, OUTPUT);
  pinMode(greenAM, OUTPUT);
  pinMode(greenPM, OUTPUT);

  Serial.begin(9600);       // initializes the Serial connection @ 9600 baud
  orange1.begin();            // initializes the display
  orange2.begin();
  orange3.begin();
  green1.begin();
  green2.begin();
  green3.begin();
  red1.begin();
  red2.begin();
  red3.begin();
  orange1.setBacklight(backlight);  // set the brightness to 100 %
  orange2.setBacklight(backlight);
  orange2.setColonOn(0); // Switch off ":" for orange "year"
  orange3.setBacklight(backlight);
  green1.setBacklight(backlight);
  green2.setBacklight(backlight);
  green3.setBacklight(backlight);
  red1.setBacklight(backlight);
  red2.setBacklight(backlight);
  red3.setBacklight(backlight);
  red2.setColonOn(0); // Switch off ":" for red "year"

#ifndef ESP8266
  while (!Serial); // for Leonardo/Micro/Zero
#endif

  Serial.begin(9600);

  delay(3000); // wait for console opening

  if (! rtc.begin()) {
    Serial.println("Couldn't find RTC");
    while (1);
  }

  if (rtc.lostPower()) {
    Serial.println("RTC lost power, lets set the time!");
    // following line sets the RTC to the date & time this sketch was compiled
    rtc.adjust(DateTime(F(__DATE__), F(__TIME__)));
  }
}

void loop() {
  DateTime now = rtc.now();
  Serial.print(now.year(), DEC);
  Serial.print('/');
  Serial.print(now.month(), DEC);
  Serial.print('/');
  Serial.print(now.day(), DEC);
  Serial.print(" ");
  Serial.print(now.hour(), DEC);
  Serial.print(':');
  Serial.print(now.minute(), DEC);
  Serial.print(':');
  Serial.print(now.second(), DEC);
  Serial.println();

  if (now.hour() >= 13) {
    Hour = now.hour();
    digitalWrite(greenAM, 0);
    digitalWrite(greenPM, 1);
  } else if (now.hour() == 12)
  { Hour = now.hour();
    digitalWrite(greenAM, 0);
    digitalWrite(greenPM, 1);
  } else {
    Hour = now.hour();
    digitalWrite(greenAM, 1);
    digitalWrite(greenPM, 0);
  }

  //Red displays -  Destination TIME 11.05 2028 10:04
  red1.printTime(11, 9, true);
  red2.print(year_red, true);
  red3.printTime(10, 07, true);

  //Green Displays - Present TIME - Heure actuelle
  green1.printTime(now.month(), now.day(), true);
  green2.print(now.year());
  green3.printTime(Hour, now.minute(), true);

  // Orange Displays - Last time departed 10.26 1985 01:24
  orange1.printTime(11, 9, true);
  orange2.print(year_orange, true);
  orange3.printTime(01, 24, true);
}

Seltsam ist schon mal das 2 malige serial.begin.

Was zeigt die serielle Konsole?

maxxer90 · October 29, 2023, 4:11pm

Ich weiß leider nicht genau was du meinst.

Meinst du das?

wwerner · October 29, 2023, 5:32pm

ja, aber kopiere es mal raus und poste es als text in code tags. Zeige vor allen dingen mal den Beginn. Und das Ack: 0 deutet auf Fehler hin

maxxer90 · October 29, 2023, 5:39pm

��#x��DCA!�e����S�x��DCAB�#�pHLLLLLC�����ݱ������	1
SET_DISPLAY:	10001111
Acknowledged:	1
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1

Irgendwie kann ich nicht alles kopieren. Aber das ist der Anfang

wwerner · October 29, 2023, 5:57pm

Versuche das mal:

#include "SevenSegmentTM1637.h"
#include "SevenSegmentExtended.h"
#include "RTClib.h"

// Sortie horloge Rouge
const byte PIN_CLK_Red = A0;   // define CLK pin
// Sortie horloge Verte
const byte PIN_CLK_Green = A1;   // define CLK pin
// Sortie horloge Orange
const byte PIN_CLK_Orange = A2;   // define CLK pin

//RED Displays
const byte PIN_DIO_R1 = 3;
SevenSegmentExtended      red1(PIN_CLK_Red, PIN_DIO_R1);
const byte PIN_DIO_R2 = 4;
SevenSegmentTM1637       red2(PIN_CLK_Red, PIN_DIO_R2);
const byte PIN_DIO_R3 = 5;
SevenSegmentExtended     red3(PIN_CLK_Red, PIN_DIO_R3);

//GREEN Displays
const byte PIN_DIO_G1 = 6;
SevenSegmentExtended      green1(PIN_CLK_Green, PIN_DIO_G1);
const byte PIN_DIO_G2 = 7;
SevenSegmentTM1637       green2(PIN_CLK_Green, PIN_DIO_G2);
const byte PIN_DIO_G3 = 8;
SevenSegmentExtended     green3(PIN_CLK_Green, PIN_DIO_G3);
int greenAM = 12;
int greenPM = 13;

// ORANGE Displays
const byte PIN_DIO_O1 = 9;   // define DIO pin (any digital pin)
SevenSegmentExtended      orange1(PIN_CLK_Orange, PIN_DIO_O1); // SegmentExtended pour utiliser la methode "PrintTime"
const byte PIN_DIO_O2 = 10;
SevenSegmentTM1637        orange2(PIN_CLK_Orange, PIN_DIO_O2); //SegmentTM1637 pour utiliser la methode "print" permet d'enlever les ":" entre les chiffres
const byte PIN_DIO_O3 = 11;
SevenSegmentExtended       orange3(PIN_CLK_Orange, PIN_DIO_O3);

bool parse = false;
bool config = false;
int Hour = 0;
RTC_DS3231 rtc;
int backlight = 50;
int year_red = 2028;
int year_orange = 2018;

void setup() {
  Serial.begin(9600);       // initializes the Serial connection @ 9600 baud

  Serial.println("Configure Pins");

  pinMode(PIN_CLK_Red, OUTPUT);
  pinMode(PIN_CLK_Green, OUTPUT);
  pinMode(PIN_CLK_Orange, OUTPUT);
  pinMode(PIN_DIO_O1, OUTPUT);
  pinMode(PIN_DIO_O2, OUTPUT);
  pinMode(PIN_DIO_O3, OUTPUT);
  pinMode(PIN_DIO_G1, OUTPUT);
  pinMode(PIN_DIO_G2, OUTPUT);
  pinMode(PIN_DIO_G3, OUTPUT);
  pinMode(PIN_DIO_R1, OUTPUT);
  pinMode(PIN_DIO_R2, OUTPUT);
  pinMode(PIN_DIO_R3, OUTPUT);
  pinMode(greenAM, OUTPUT);
  pinMode(greenPM, OUTPUT);

  Serial.println("Configure Displays");

  orange1.begin();            // initializes the display
  orange2.begin();
  orange3.begin();
  green1.begin();
  green2.begin();
  green3.begin();
  red1.begin();
  red2.begin();
  red3.begin();
  orange1.setBacklight(backlight);  // set the brightness to 100 %
  orange2.setBacklight(backlight);
  orange2.setColonOn(0); // Switch off ":" for orange "year"
  orange3.setBacklight(backlight);
  green1.setBacklight(backlight);
  green2.setBacklight(backlight);
  green3.setBacklight(backlight);
  red1.setBacklight(backlight);
  red2.setBacklight(backlight);
  red3.setBacklight(backlight);
  red2.setColonOn(0); // Switch off ":" for red "year"

  Serial.println("Show const values on Displays");
  //Red displays -  Destination TIME 11.05 2028 10:04
  red1.printTime(11, 5, true);
  red2.print(year_red, true);
  red3.printTime(10, 04, true);

  // Orange Displays - Last time departed 10.26 1985 01:24
  orange1.printTime(10, 26, true);
  orange2.print(year_orange, true);
  orange3.printTime(01, 24, true);

  if (! rtc.begin()) {
    Serial.println("Couldn't find RTC");
    while (1);
  } else {
    Serial.println("RTC found");
  }

  if (rtc.lostPower()) {
    Serial.println("RTC lost power, lets set the time!");
    // following line sets the RTC to the date & time this sketch was compiled
    rtc.adjust(DateTime(F(__DATE__), F(__TIME__)));
  }

  Serial.println("Start");
}

void loop() {
  DateTime now = rtc.now();
  Serial.print(now.year(), DEC);
  Serial.print('/');
  Serial.print(now.month(), DEC);
  Serial.print('/');
  Serial.print(now.day(), DEC);
  Serial.print(" ");
  Serial.print(now.hour(), DEC);
  Serial.print(':');
  Serial.print(now.minute(), DEC);
  Serial.print(':');
  Serial.print(now.second(), DEC);
  Serial.println();

  Hour = now.hour();
  if (Hour >= 13) {
    Hour = now.hour();
    digitalWrite(greenAM, 0);
    digitalWrite(greenPM, 1);
  } else if (Hour == 12) {
    digitalWrite(greenAM, 0);
    digitalWrite(greenPM, 1);
  } else {
    digitalWrite(greenAM, 1);
    digitalWrite(greenPM, 0);
  }

  //Green Displays - Present TIME - Heure actuelle
  green1.printTime(now.month(), now.day(), true);
  green2.print(now.year());
  green3.printTime(Hour, now.minute(), true);
}

maxxer90 · October 29, 2023, 6:07pm

Du bist ein Genie

Aber es funktioniert nicht alles

wwerner · October 29, 2023, 6:58pm

Jetzt noch mal die Serielle ausgabe zeigen. Was jetzt kommt ist debugging.

maxxer90 · October 29, 2023, 7:02pm

Ich kann es nicht markieren. Er aktualisiert die Zeit zu schnell

Tommy56 · October 29, 2023, 7:09pm

Automatischen Vorschub ausstellen.

Gruß Tommy

maxxer90 · October 29, 2023, 7:12pm

SET_DISPLAY:	10001111
Acknowledged:	1
Configure Pins
Configure Displays
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	1

wwerner · October 29, 2023, 7:36pm

Poste mal die ersten 300 Zeilen nach dem Start

maxxer90 · October 29, 2023, 7:45pm

Habe grade den Strom getrennt und neu gestartet jetzt geht es.

Das einzige was jetzt noch ist, das die grünen Doppelpunkte Flackern.

Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
Configure Pins
Configure Displays
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
SET_DISPLAY:	10000000
Acknowledged:	1
SET_DISPLAY:	10001111
Acknowledged:	1
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
ADDR :	11000000
DATA0:	0
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
write byte:	79
ADDR :	11000000
DATA0:	0
write byte:	78
ADDR :	11000000
DATA0:	0
write byte:	32
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
SET_DISPLAY:	10000000
Acknowledged:	0
SET_DISPLAY:	10001111
Acknowledged:	0
ADDR :	11000000
DATA0:	0
SET_DISPLAY:	10001100

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7 segment Display zeigt nichts an

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