crisstel.ro Reduino Core Servo și Motor de curent continuu Cum se controlează un servomotor ? Placa Reduino Core iți permite să controlezi servomotoare sau motoare de curent continuu în aceeași manieră în care ai utiliza o placa Arduino Firul de semnal (PWM) al servomotorului se conectează la pinul digital D9 al plăcuței Reduino Vei alimenta servomotorul folosind un alimentator extern de 5V sau unul de o tensiune mai mare (7-12V) servomotorul s-a alimentat dintr-un alimentator de 9V printr-un stabilizator de tensiune de 5V Cum se controlează un motor de curent continuu ? Pentru a controla turația unui motor de curent continuu vei avea nevoie de un tranzistor TIP122 Brick Tranzistorul îți permite sa controlezi turația motorului dar nu și direcția Asta înseamna ca motorul se va roti doar într-o singura direcție în timp ce placa Reduino controlează turația ei avea nevoie de 2 surse de alimentare una pentru motor iar cealaltă pentru placa Reduino Placa Reduino se alimentează din sursa de alimentare printr-un stabilizator de tensiune de 5V

Reduino Core , Servo și Motor de curent continuu

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Cum se controlează un servomotor ?

Placa Reduino Core iți permite să controlezi servomotoare sau motoare de curent continuu, în aceeași manieră în care ai utiliza o placa Arduino. Vei conecta servomotorul după explicațiile de mai jos:

Placa Reduino Core iți permite să controlezi servomotoare sau motoare

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Placa Reduino Core iți permite să controlezi servomotoare sau motoare

Firul de semnal (PWM) al servomotorului se conectează la pinul digital D9 al plăcuței Reduino. Firul de alimentare „+“ al servomotorului se conectează la firul rosu sau firul „+“ al sursei de alimentare. Firul de alimentare „-“ al servomotorului se conectează la firul negru sau firul „-“ al sursei de alimentare.

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În imagine, firele servomotorului sunt colorate astfel:
Firul rosu reprezinta firul de alimentare „+“.

Reduino Core Servo Motor de curent continuu

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Reduino Core Servo Motor de curent continuu

Firul maro reprezinta firul de alimentare „-“. Firul portocaliu (uneori firul este galben sau alb) reprezintă firul de semnal PWM (care se conectează la pinul digital).

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Vei alimenta servomotorul folosind un alimentator extern de 5V sau unul de o tensiune mai mare (7-12V). Dacă vei folosi un alimentator de 7-12 V, adică unul care scoate mult mai mult de 5V, atunci iți este necesar un stabilizator de tensiune. În imaginea de mai sus servomotorul s-a alimentat dintr-un alimentator de 9V printr-un stabilizator de tensiune de 5V.

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Cum se controlează un motor de curent continuu ?

Pentru a controla turația unui motor de curent continuu vei avea nevoie de un tranzistor TIP122 Brick.

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Tranzistorul îți permite sa controlezi turația motorului dar nu și direcția. Asta înseamna ca motorul se va roti doar într-o singura direcție în timp ce placa Reduino controlează turația.

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Vei avea nevoie de 2 surse de alimentare, una pentru motor iar cealaltă pentru placa Reduino. Placa Reduino Core se alimentează din sursa de alimentare, printr-un stabilizator de tensiune de 5V…

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Conținutul acestui articol este în format PDF pus la dispoziție de specialiștii RoboFun.ro. Pentru a vizualiza apăsați butonul Preview iar pentru a descărca butonul Download.

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Reduino Core , Servo și Motor de curent continuu

  • Cum se controleaza un servomotor ? Placa Reduino Core iti permite sa controlezi servomotoare sau motoare de curent continuu, in aceeasi maniera in care ai utiliza o placa Arduino. Vei conecta servomotorul dupa explicatiile de mai jos: Firul de semnal (PWM) al servomotorului se conecteaza la pinul digital D9 al placutei Reduino. Firul de alimentare „+“ al servomotorului se conecteaza la firul rosu sau firul „+“ al sursei de alimentare. Firul de alimentare „-“ al servomotorului se conecteaza la firul negru sau firul „-“ al sursei de alimentare. In imagine, firele servomotorului sunt colorate astfel: Firul rosu reprezinta firul de alimentare „+“. Firul maro reprezinta firul de alimentare „-“. Firul portocaliu (uneori firul este galben sau alb) reprezinta firul de semnal PWM (care se conecteaza la pinul digital). Vei alimenta servomotorul folosind un alimentator extern de 5V sau unul de o tensiune mai mare (7-12V). Daca vei folosi un alimentator de 7-12 V, adica unul care scoate mult mai mult de 5V, atunci iti este necesar un stabilizator de tensiune. In imaginea de mai sus servomotorul s-a alimentat dintr-un alimentator de 9V printr-un stabilizator de tensiune de 5V. Cum se controleaza un motor de curent continuu ? Pentru a controla turatia unui motor de curent continuu vei avea nevoie de un tranzistor TIP122 Brick. Tranzistorul iti permite sa controlezi turatia motorului dar nu si directia. Asta inseamna ca motorul se va roti doar intr-o singura directie in timp ce placa Reduino controleaza turatia. Vei avea nevoie de 2 surse de alimentare, una pentru motor iar cealalta pentru placa Reduino.Placa Reduino se alimenteaza din sursa de alimentare, printr-un stabilizator de tensiune de 5V. Sursa de alimentare a motorului se conecteaza la pinii marcati cu „VIN“ si „GND“. Bornele motorului se conecteaza in conectorul cu surub marcat cu „MOTOR“. Pinul digital D6 al placii Reduino se conecteaza la pinul marcat cu „IN“ de pe tranzistorul TIP122. arduino arduino mega 2560 pinout arduino servo arduino esp32 arduino motor arduino joystick  arduino stepper motor arduino uno raspberry pi vs arduino arduino wire arduino nano arduino relay arduino robot arduino drone arduino uno pins arduino uno pinout arduino pinout arduino mega pinout arduino led arduino pro micro arduino camera  arduino mini pro arduino pro mini arduino uno schematic arduino nano pinout arduino clock arduino nano schematic arduino pro mini pinout arduino serial print arduino for loop arduino delay arduino serial arduino if else rduino millis arduino reference arduino interrupt arduino map arduino pinmode arduino digitalread arduino analogread arduino functions arduino string arduino digitalwrite arduino cc arduino forum arduino random arduino if arduino tone arduino analogwrite arduino light sensor arduino led strip arduino data types arduino keypad arduino wifi module arduino ethernet arduino eeprom arduino logo arduino timer interrupt arduino nano pins arduino touch screen arduino interrupt timer arduino blink arduino attachinterrupt arduino weather station arduino boolean arduino keyboard arduino int arduino adc arduino humidity sensor arduino ethernet shield arduino water level sensor arduino case  arduino button wiring arduino oled arduino 3d printer arduino dht11 arduino kit amazon arduino oscilloscope arduino online arduino h bridge arduino nano pwm pins arduino to processing arduino current sensor arduino cnc  arduino hc-sr04arduino online simulator arduino nano projects arduino uno wifi arduino uno datasheet arduino simulator online arduino to matlab arduino 101 arduino iot arduino 7 segment display arduino lcd i2c arduino float arduino as isp arduino time library arduino water sensor arduino timer library arduino xbee arduino for kids arduino while arduino encoder arduino absolute value arduino voltage sensor arduino or raspberry pi arduino for beginners arduino book arduino voltmeter arduino int to string Placa Reduino Core iti controlezi servomotoare sau motoare controla turatia unui motor placa Reduino controleaza turatia un stabilizator de tensiune  Placa Reduino Core iti controlezi servomotoare sau motoare controla turatia unui motor placa Reduino controleaza turatia un stabilizator de tensiune Placa Reduino Core Servo Placa Reduino Core Servo  

    Citește și:

    https://crisstel.ro/ebook/raspberry-pi-si-senzorul-sht11/?task=direct_order https://crisstel.ro/ebook/raspberry-pi-si-senzorii-de-distanta-sharp-digitali-de-5-si-10-cm/?task=direct_order

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Citește și:

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Poți folosi următorul cupon de reducere pentru a obține discount la componente electronice:

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