De TB6600 is een stappenmotordriver die STEP (PUL) en DIR (richting)-signalen omzet in geregelde stroom voor de motorspoelen A+ en B+. Een enable (ENA)-ingang schakelt de uitgangen van de driver meestal in of uit, terwijl GND de referentie is voor de logica-ingangen. Hij heeft motorvoeding nodig op de DC/V+/- ingangen en logische voeding via VCC.
| Pin | Signaal | Beschrijving |
|---|---|---|
DIR+ |
digital | Direction opto-input positive; logic level selects motor rotation direction |
DIR+ |
digital | Direction opto-input positive; logic level selects motor rotation direction |
PUL+ |
digital | Step pulse opto-input positive; each pulse advances the motor one microstep |
PUL+ |
digital | Step pulse opto-input positive; each pulse advances the motor one microstep |
GND |
ground | Motor supply negative/ground return for the 9–42 VDC power input |
ENA+ |
enable | Enable opto-input positive; used by controller to enable or disable the driver |
ENA+ |
enable | Enable opto-input positive; used by controller to enable or disable the driver |
A+ |
power | Stepper motor phase A positive output winding connection |
A+ |
power | Stepper motor phase A positive output winding connection |
B+ |
power | Stepper motor phase B positive output winding connection |
B+ |
power | Stepper motor phase B positive output winding connection |
VCC |
power-high | Motor supply positive input, typically 9–42 VDC for the driver power stage |
DIR+ |
digital | Direction opto-input positive; logic level selects motor rotation direction |
ENA- |
enable | Enable opto-input negative; used by controller to enable or disable the driver |
PUL+ |
digital | Step pulse opto-input positive; each pulse advances the motor one microstep |
A- |
power | Stepper motor phase A negetaive output winding connection |
B- |
power | Stepper motor phase B negative output winding connection |
PUL- |
digital | Step pulse opto-input negative; each pulse advances the motor one microstep |
DIR- |
digital | Direction opto-input negative; logic level selects motor rotation direction |
| Van | Naar | Draad |
|---|---|---|
board:D2 |
x1:PUL+ |
green |
board:D3 |
x1:DIR+ |
blue |
board:D4 |
x1:ENA+ |
yellow |
board:GND |
x1:GND |
black |
x3:OUT+ |
x1:VCC |
red |
x3:OUT- |
x1:GND |
black |
x1:A+ |
x2:1A |
purple |
x1:A+ |
x2:1B |
purple |
x1:B+ |
x2:2A |
cyan |
x1:B+ |
x2:2B |
cyan |
Dit voorbeeld is geschreven en compile-gecheckt voor de arduino-uno. Codey Online past het voor je aan naar elk ander ondersteund board.
// Canonical beginner example for the TB6600 stepper driver
// Arduino Uno + TB6600 + NEMA17 stepper motor
const int PUL_PIN = 2; // TB6600 PUL+
const int DIR_PIN = 3; // TB6600 DIR+
const int ENA_PIN = 4; // TB6600 ENA+
const int STEPS_PER_DIRECTION = 200;
const int STEP_DELAY_US = 800;
void stepMotor(int steps) {
for (int i = 0; i < steps; i++) {
digitalWrite(PUL_PIN, HIGH);
delayMicroseconds(STEP_DELAY_US);
digitalWrite(PUL_PIN, LOW);
delayMicroseconds(STEP_DELAY_US);
}
}
void setup() {
pinMode(PUL_PIN, OUTPUT);
pinMode(DIR_PIN, OUTPUT);
pinMode(ENA_PIN, OUTPUT);
digitalWrite(PUL_PIN, LOW);
digitalWrite(DIR_PIN, LOW);
digitalWrite(ENA_PIN, LOW);
Serial.begin(9600);
while (!Serial) {
;
}
Serial.println("TB6600 stepper driver demo starting...");
}
void loop() {
Serial.println("Rotate clockwise");
digitalWrite(DIR_PIN, HIGH);
stepMotor(STEPS_PER_DIRECTION);
delay(1000);
Serial.println("Rotate counter-clockwise");
digitalWrite(DIR_PIN, LOW);
stepMotor(STEPS_PER_DIRECTION);
delay(1000);
}
Beschrijf wat je wilt bouwen. Codey Online schrijft de code, tekent het aansluitschema, compileert het en flasht je board rechtstreeks vanuit de browser.
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