Examples BasicsTransistor Motor ControlIn this example, when a pushbutton connected to digital pin 2 is pressed, the Arduino will control a transistor via (PWM), which will ramp up the motor's speed, then slow it back down.About TransistorsThe Arduino can only provide 40mA at 5V on its digital pins. Most motors require more current and/or voltage to operate. A transistor can act as a digital switch, enabling the Arduino to control loads with higher electrical requirements. The transistor in this example completes the motor's circuit to ground. This example uses a TIP120, which can switch up to 60V at 5A.When PWMing a transistor, it's similar to pulsing an LED. The higher the PWM value, the faster the motor will spin.
MORE MODEL ENGINES? Mini motor DIVA SPEED.
The lower the value, the slower it will spin.Transistors have three pins. For Bipolar Junction Transistors (BJT), like the one used used in this example, the pins are called base, collector, and emitter. A small amount of current on the base pin closes a circuit between the collector and emitter pins. BJTs come in two different types, NPN and PNP. The TIP120 is a NPN-type transistor, which means the collector will connect to the motor, and the emitter will connect to ground.About MotorsMotors work through a process called induction. When you an put electric charge through wire, a magnetic field is created.
A coiled wire will create a stronger field, as will increased current. In a DC motor, a coiled wire surrounds the motor's shaft. The generated magnetic field is pulled and repulsed by magnets inside the motor's body.When a motor stops, there is the potential for a small amount of current to be generated as the shaft continues spinning. A diode placed in parallel with the motor leads will keep any generated electricity from damaging your circuit.Motors will pull the most current when they start up, or have a load. The stall current is the amount of current a motor will pull when it is stopped by a force.
When a motor is up and running, it will pull significantly less current.The voltage rating describes the peak operating voltage for a motor, when it works at optimum efficiency. Going over or under the motor's rated voltage will, over time, shorten the motor's life. If you provide less than the rated voltage, the motor will spin more slowly. Typically, a motor needs about 1/2 its rated voltage to run. If you provide less than that when starting up, it probably won't begin to move.
Image developed using. For more circuit examples, see theFirst, connect wires for power and ground. In the illustration, the red (power) and black (ground), connect to the two long vertical rows on the side of the breadboard.
This provides access to the 5 volt supply and ground.Place the pushbutton on the breadboard, straddling the center. A wire connects digital pin 2 to one leg of the pushbutton. That same leg of the button connects through a 10-kilohm pull-down resistor to ground. The leg of the button not connected to the Arduino should be wired to the 5 volt supply.Connect pin 9 on the Arduino to the base pin of the TIP120. If you are looking at the transistor so that the metal tab is facing away from you, the base pin is on the left side of the transistor. This is the pin that will control open or close the. The transistor's collector connects to one lead of the motor, the emitter to ground.The other end of the motor connects to the positive lead of the 9V battery.
Connect the battery's ground to the Arduino's ground.Schematic.
2008 Blue Yamaha FZ6ManufacturerAlso calledFZ6 Fazer S2Production2004–2009Predecessoror600 cc (37 cu in), liquid-cooled, DOHC, inline 4-cylinder, 16 valvesMulti-plate clutch, 6-speed, chain,25.0°1,440 mm (56.7 in)DimensionsL: 2,100 mm (82.5 in)W: 750 mm (29.5 in)Seat height790 mm (31.1 in)Fuel capacity19.4 l (4.3 imp gal; 5.1 US gal)RelatedThe Yamaha FZ6, also known as the FZ6 FAZER is a 600 cc (37 cu in) that was introduced by in 2004 as a middleweight built around the 2003 engine. The engine is retuned for more usable midrange power. As a multi-purpose motorcycle it can handle sport riding, touring, and commuting. In 2010, the FZ6 was replaced by the fully faired FZ6R in North America, and the in Europe. The FZ6 styling was continued 2011 with the.This bike is a popular choice for its half-fairing, upright seating position, and underseat exhaust. These features position it between a full supersport and a naked streetfighter (although in Europe and Australia, there is an available naked FZ6N option).
2005 Yamaha FZ6 2006 revision The FZ6 in 2006 has a revised engine, frame, subframe, grabhandle, rear swingarm and wheels are painted in black. Yamaha Motor U.S.A. Retrieved 2016-08-14. ^.
Yamaha Motor. Archived from on 2006-10-10.
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Yamaha motor. Archived from on 2008-02-05. Cite uses deprecated parameter deadurl=. Yamaha Motor. Archived from on 2009-02-16. Cite uses deprecated parameter deadurl=. ^.
Retrieved 2018-01-31.External links.