Ditulis Oleh : YK69 Elektro
Judul : Pengatur Kecepatan Motor Menggunakan PWM
Pengatur Kecepatan Motor Menggunakan PWM
So-called PWM or Pulse Modulation Witdh is a technique often used to control a load, for example, is the DC motor speed control, PWM techniques are often used.
Usually to make a simple PWM (for practice or introduction PWM) of the hobbyist to use some of the circuit made of Op-Amp, which consists of Schmitt Trigger circuit, integrator and comparator.
Schmitt Trigger function that produces a square wave will be converted by the integrator sawtooth wave or commonly also called Ramp, and Ramp compared with a reference voltage that can be changed much voltage. So the result is a PWM output.

Skema Rangkaian High Side PWM Motor/Light Controller
These two schematics are variations on another PWM circuit. The diagrams are for 12V operation only and there are high side (common ground) and low side (common +12V) versions. The low side version of the circuit uses an N Channel FET, the high side version of the circuit uses a P Channel FET. N Channel devices tend to handle more current than P Channel devices, they are also less expensive. The high side version of the circuit is useful when one side of the load has to be grounded.
This circuit can switch a fairly high amount of current, an IRFZ34N MOSFET can handle over 35 Amps if connected to a proper heat sink. Higher power FETs, such as the IRFZ48N or IRF1010Z can be substituted if even larger currents are required. It is also possible to connect multiple FETs in parallel for even more current capacity. Always use thermally conductive grease between the FET and the heat sink, and remember that the heat sink is electrically live.
Inductive loads (motors) may require special care since they can generate large voltage spikes that can damage the MOSFET. Replacing the 1N4002 with a fast recovery diode may help absorb the reverse voltage kick when driving an inductive load such as a motor. If you use these circuits for experiments with electric vehicles, be sure to install a circuit breaker in series with the battery, the circuit breaker should be easy to reach by the driver. This is especially important due to the fact that when MOSFETs fail, they often short out, leaving the motor on at full speed.
This circuit can switch a fairly high amount of current, an IRFZ34N MOSFET can handle over 35 Amps if connected to a proper heat sink. Higher power FETs, such as the IRFZ48N or IRF1010Z can be substituted if even larger currents are required. It is also possible to connect multiple FETs in parallel for even more current capacity. Always use thermally conductive grease between the FET and the heat sink, and remember that the heat sink is electrically live.
Inductive loads (motors) may require special care since they can generate large voltage spikes that can damage the MOSFET. Replacing the 1N4002 with a fast recovery diode may help absorb the reverse voltage kick when driving an inductive load such as a motor. If you use these circuits for experiments with electric vehicles, be sure to install a circuit breaker in series with the battery, the circuit breaker should be easy to reach by the driver. This is especially important due to the fact that when MOSFETs fail, they often short out, leaving the motor on at full speed.
Demikianlah Artikel dari kami yang berjudul Pengatur Kecepatan Motor Menggunakan PWM,apakah anda menyukainya ? mudah-mudahan artikel ini bisa memberi manfaat untuk anda semua.
Anda sedang membaca artikel Pengatur Kecepatan Motor Menggunakan PWM dan artikel ini url permalinknya adalah https://yk69.blogspot.com/2009/11/pengatur-kecepatan-motor-menggunakan-pwm.html Artikel yang anda cari Lainnya bokep, video bokep, streaming bokep, streaming , videos, porn, videos porn, kimcil, bugil, telanjang, abg, mesum, tetek, memek, toket, masturbasi, bmf, download, perkosa, kepergok, mesum, pemerkosaan, kepergok mesum, download video porn, download video bokep, bokep terbaru, streaming bokep terbaru, jilbab, semok, ngentot, indo, janda, asia, orgasme, meki, sex, video sex, spg, streaming mesum, ml, tante, streaming abg, cabe cabean, cantik, manis, bokep indo, bokep cinta, streaming mesum, hot bokep, bokep hot, abg bugil, anak smp, bocah smp, anak sma, bocah sma, indonesia, 3gp'
- 3VDC Stereo Headphone Amplifier by IC LM4910 - New!
- 9 Volt Portable Headphone Amplifier Circuit
- Audio Peak Level Indicator By Op-Amp
- Op-Amp 6-Line Audio Mixer Circuit
- Rangkaian 11-90 hz Subwoofer Filter Using TL072 Op-Amp
- Rangkaian Alat Bantu Pendengaran
- Rangkaian Audio Surround Decoder
- Power Meter Schematic For Audio Amplifier
- Sound Level (Decibel) Meter Circuit
- Ukuran Box Subwoofer 10" - New!
- 9 Second Countdown Power-On Relay With 7 segment Display
- DC Motor Controller Circuit Using 741 Op-Amp
- Darlington Pair to Drive DC motor Circuit
- Simple Switch On Time Delay Circuit
- Stepper Motor Controller using IC 4027 - New!
- 100Watt Inverter Circuit by IRF44 Mosfet
- 12VDC to 220VAC Inverter Circuit Using IC 555
- 12VDC – 220VAC Inverter Using Cmos CD4047
- 500 Watt Inverter 12VDC to 220VAC
- 25V Capacitor Bank for OCL Amplifier
- 30W Mini Mosfet Amplifier
- 35W Audio Amplifier Circuit by STK082
- 4,8W Class-A MOSFET Amplifier - New!
- BA5417 Stereo Power Amplifier Circuit - New!
- LM383 - Car Audio Amplifier Circuit - New!
- Power Meter Schematic For Audio Amplifier
- Rangkaian 400W MOSFET Amplifier
- Rangkaian Power Amplifier Blazer 1000 Watt - New!
- Sound Level (Decibel) Meter Circuit
- 9 Second Countdown Power-On Relay With 7 segment Display
- Driver Relay Menggunkan Transistor
- Light/Dark Switch With Relay
- Simple Switch On Time Delay Circuit
- Simple switch-Off Time Delay Circuit
- Car Parking Sensor circuit Using Infra-Red LED
- Rangkaian Pendeteksi Angin - New!
- Smoke Detector circuit Using LDR
- High Voltage Meter or Probe Design
- Power Meter Schematic For Audio Amplifier
- Rangkaian Ampere Meter Digital
- Rangkaian Transistor Tester
- Sound Level (Decibel) Meter Circuit
0 Response to "Pengatur Kecepatan Motor Menggunakan PWM"
Post a Comment