Microcontrollers sicut Arduinos sunt magna via ad imperium mos electronic projects.
Infeliciter, in maximum output de Digital ACUS est XL ma, quod non sufficit ad potestatem maxime motoribus.
Hoc est ubi motor controller scutum potest venire in manus.
Sed haec pretiosa emere solum patitur vos moderari paucis motoribus maxime cum embed in project.
Simplicissima celeritas controller utitur pulsus latitudinis modulationis signum ad celeritatem motricium.
Hoc signum potest generari ab aliquo pulsu latitudinis modulation pin in Arduino.
Ita opus ad externum potestatem copia (
sicut altilium pack)
transistor switch circuitu.
Hoc est similis transistor circuitu de Nullam scutum, sed non fecerunt mutationes.
Ego includitur a visual indication duxit in output.
In hoc project ego ostendam tibi quomodo ad tua simplex motor controller.
Hoc est a misce de Iason Poel Smith 's \ 'quam ad customize scutum tuum Micro-controller \' instructiones et rursus mixta motricium coegi scutum.
Placere suffragium pro eo in Remix II. 0 certamen!
Hic sunt materiae et instrumenta opus ad hoc project.
Material: 2X Type Transistor (ut Tip31a)
2x1001 Diode 2x1 K SFP Resistor 2x100 SFP Resistic II X DUXERIT COLORPORATOR NOCUS XXXI Male 1x4 1x Pugna COGNERLERTOR
in unum PCB, ibi sunt duo ad fere omnia.
Per sectionem duplex materia in dimidium et per schematic, vos can facile ut iustus unus circuitu.
Tools: Satus Soldering Duae Transistors in PCB, solidatorem ferrum et solidatorium filum Cutter Wire nudos pleni nasus pl.
Relinquere spatium inter duo ad cubiculum pro aliis components.
Don 'T Trim in leads adhuc.
Post nos coniungere ad transistor, vos can interficiam plumbum.
Nota est transistor paxillus output super ne ad iniuriam connexionem.
Ut melior intelligere circuitu et quomodo operatur, ut sit utilem facere circuitus prototypum in ligaturam primum.
Weld in parva 1x2 feminam caput.
Vel, vos can utor screw terminals (
ut tandem mutata utrumque eorum.
Nam simplicior connexionem.
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circuitu de Diode
Iterum
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. Ideally,
habeas argentum habena adversus summitatem de tabula ut possit esse facilius ad panno tabula.
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Wird to anything.
Cut off the base plate lead and resistance lead connected to it.
Weld 100 kWh resistance on the perfboard, one of the leads is connected to the anode of the LED (longer lead).
Trim a resistor lead and an anode lead.
Connect the lead of one of the LED resistors to a transistor resistor.
Trim the lead only from the LED resistor.
Repeat with the other 2 resistors to form 2 resistance pairs.
* Remember * which resistor is connected!
These pairs are always separated;
We are making 2 motor controllers!
Weld on the power cord.
You can connect it to the power supply of your choice (
Remember the voltage and current of the motor and MCU).
I connected a 9 v battery clip so it can connect to a 9 v or 12 v power supply.
Make a knot near the base to prevent pulling out.
* Optional * drill a hole and slide the wire over to make sure the wire does not come out.
Weld the large female head to the plate in the upper left corner.
Connect the positive line of the power supply to the farthest pin on the left side (
Look at the header in the upper left corner).
Connect the negative power cord to the pin next to the positive pin just welded.
I use the red line for the front connection, and the ground connection uses blue.
* Note * this can be used to power a micro controller or other accessories, and you can also use it as a power input if you don't want to use the connected power cord!
The resistance that will be attached to the base (pin 1)
Transistor to 1 of the available pins on the big head.
Perform this operation on the remaining resistors, connect it to the last available pin.
This big head for input/output.
Connect the PWM pin to the PWM input pin just welded and use the power pin as the output or input of the power supply.
I connect two transmitters of the transistor with white lines (pin III) ad terram.
Coniungere duo cathode ducit ad leds in terram.
Trim tradit ducitur ducitur ducit. Et in pin et in picturis.
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imaginibus
imaginibus
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Select
in capite et pin et in hoc quod est in
After completion, connect the wire from the remaining solder joints on the head pin and connect it to the collector (pin 2)
You just identified the transistor the LED is connected.
Trim the leads on the transistor and repeat this operation for other heads and transistors.
Refer to the use picture.
Now you have a simple motor controller shield.
You can set the speed of the motor by sending an analog write command to the base of the transistor.
Download and upload the Arduino sample code given below to the Arduino board of your choice to test the motor controller.
Try to play with numbers and code in order to be comfortable using the speed controller.
To use with other microcontrollers, make sure it has a PWM output and set the output to match the desired speed.
If you don't know how to do this, find the sample code that controls the LED and change the code to suit your needs.
Basically, you can think of this as a control LED;
It Accipit PWM annuit et controls motricium ad altiorem voltage et vena.
