Search results “Duty cycle of pwm signals”
Duty cycle, frequency and pulse width--an explanation
These terms are often confused or used interchangeably, when they are actually three different ways of measuring an electrical signal.
Views: 201182 Justin Miller
How PWM and Duty Cycle Works
How PWM and Duty Cycle Works... http://www.autodiagnosticsandpublishing.com/pulse_width_pwm_controller_driver.html PWM is used throughout the automotive industry as a command signal. It is meant to make automotive components work less, when the demands are not as heavy. And, we created the PWM Bi Directional controller to help you test and diagnose all solenoids, motors and actuator components. PWM, or pulse width modulation, is the ability to control a load or component, by pulsing its electrical current. In this way, the load or component can be made to change its speed, without any heat causing parts, like resistors. So, if PWM is using pulses to control a load, then Duty Cycle is the measurement of these pulses. The Duty Cycle of a PWM signal, tells us the amount of work this signal is supposed to make the component perform. The duty cycle of the signal is always described in percentage. So, a 10% duty cycle means, that the component is on 10% of the time. And a 90% duty cycle means the component is on 90% or most of the time. Now, there is a close relationship between duty cycle, and how the component is triggered or turned on, which could be by applying power or ground. This relationship is very important, so remember that thoroughly. Here is what we mean by that. Suppose a solenoid is activated by ground. That means, that 12 volts or battery voltage is applied steadily on one side, mostly through a relay, and the other side receives a PWM ground command signal. Now imagine that a 10% duty cycle PWM signal is applied. What we then have is to measure is how long the signal is grounded. And, how long as compared to the entire cycle. A 10% PWM duty cycle means that the solenoid receives a ground only 10% of the time, and receives power 90% of the time. Since we have already mentioned that this is a ground controlled solenoid, the time the drive transistor provides power means that component is off. Why? because you already have steady power on one side, so power on the other side equals no operation. If, on the other hand, the component is turned on by power, meaning ground is steadily applied on one wire, and power is pulsed, that same mentioned signal, will then become a 90% duty cycle signal. Now with this power actuated component, the positive or 12 volt side is what matters, and what is taken as the duty cycle. It is worth mentioning that most components are triggered or actuated by ground. Why? It is because if that command signal is shorted to chassis ground, the component will simply turn on all the time, like a 100% cycle. If it were power triggered, then there would be a short, and the fuse would blow rendering the system useless. But still, some components are power triggered, and be prepared to understand the nature of PWM to Duty Cycle. Hopefully what you have learned here will give you some insight on using the PWM Bi Directional Controller to perform your diagnostics.
Views: 106903 ADPTraining
What is Pulse Width Modulation? How to generate PWM signal ? Pulse Width Modulation Explained
In this video, the pulse width modulation is explained using the example. By watching this video, you will learn the following topics: 1) What is Pulse Width Modulation 2) The applications of Pulse Width Modulation 3) Duty Cycle and Switching Frequency of PWM Signal 4) How PWM is effective than conventional methods 5) How to Generate PWM signal? What is Pulse Width Modulation: It is a modulation technique where changing the width of the digital control signal, the power delivered to any load is controlled. Because of its precise control over the controlled parameter, low power loss and high efficiency this technique is used in a wide range of applications. Applications of Pulse Width Modulation: 1) Dimming the LED Lights 2) Controlling the fan speed of CPU (Controlling the speed of DC Motor) 3) Controlling the brightness of the display in laptops 4) In power supplies (DC-DC converter, SMPS etc) In this video, the pulse width modulation technique is explained by taking the example of the LED circuit. In the video, it has been explained that how the brightness of the LED can be controlled using this pulse width modulation technique and how it is superior to the conventional method. Duty cycle and Switching Frequency of the PWM signal: With PWM signal two parameters are always associated: 1) Duty Cycle 2) Switching Frequency Switching Frequency defines how fast the switching takes place. It defines the time period of the PWM signal The Duty Cycle defines the ON time of the pulse. It is the ratio of the On time of the pulse to the total time period. How to Generate PWM Signal: There are many ways PWM signal can be generated. In the video, three simple ways have been explained. 1) Using Comparator 2) Using 555 timer IC 3) Using Microcontroller board (Arduino) This video will be helpful to everyone in understanding what is Pulse Width Modulation and how it can be used for controlling the different devices. #PWM #PulseWidthModulation Follow me on YouTube: https://www.youtube.com/allaboutelectronics Follow me on Facebook: https://www.facebook.com/ALLABOUTELECRONICS/ Follow me on Instagram: https://www.instagram.com/all_about.electronics/ Music Credit: http://www.bensound.com/
Pulse Width Modulation (PWM) - Electronics Basics 23
What is PWM? Let's take a look at the basics of PWM Try the circuit: https://goo.gl/ij6WmP If you would like to support me to keep Simply Electronics going, you can become a Patron at https://www.patreon.com/SimplyElectronics Follow on Facebook: https://www.facebook.com/SimplyElectronicsYouTube Follow on Twitter: https://twitter.com/Simp_electronic This video was produced using everycircuit.
Views: 237259 Simply Electronics
L-23 PWM - Pulse Width Modulation basics, Circuit, working & Waveforms in Digital Communication
In this video, i have explained PWM - Pulse Width Modulation by following outlines: 0. PWM - Pulse Width Modulation 1. Basics of PWM - Pulse Width Modulation 2. Circuit of PWM - Pulse Width Modulation 3. Working of PWM - Pulse Width Modulation 4. Waveforms of PWM - Pulse Width Modulation For free materials of different engineering subjects use my android application named Engineering Funda with following link: https://play.google.com/store/apps/details?id=com.viaviapp.ENG_Funda Above Android application of Engineering Funda provides following services: 1. Free Materials (GATE exam, Class Notes, Interview questions) 2. Technical Forum 3. Technical discussion 4. Inquiry For more details and inquiry on above topic visit website of Engineering Funda with given link: http://www.engineeringfunda.co.in Engineering Funda channel is all about Engineering and Technology. Here this video is a part of Digital Communication and Communication Engineering. #Engineering Funda, #Communication Engineering, #Digital Communication, #PWM, #Pulse Width Modulation, #Basics of PWM, Circuit of PWM, #Working of PWM, #Waveforms of PWM, #Basics of PWM - Pulse Width Modulation, #Circuit of PWM - Pulse Width Modulation, #Working of PWM - Pulse Width Modulation, #Waveforms of PWM - Pulse Width Modulation, #Basics of Pulse Width Modulation, #Circuit of Pulse Width Modulation, #Working of Pulse Width Modulation, #Waveforms of Pulse Width Modulation
Views: 37030 Engineering Funda
How to generate PWM with varying Duty Cycle in Matlab?
This tutorial video teaches about generating PWM signal with different duty cycle and different frequency.... You can also download the code at: http://www.jcbrolabs.org/matlab-codes
Views: 9426 sachin sharma
What is PWM?
Pulse Width Modulation is a intuitive way to control voltage digitally. It pulses voltage very rapidly in such a way that it can reduce voltage to your desired voltage. The main parts of a PWM signal are is period and its duty cycle. The duty cycle is what determines its voltage. the period length will determine if it works with the device you plan to use it with, generally the higher the frequency, the more compatible the signal will be for your device.
Tinman Electronics 11 - Servo PWM and electrical input
In this episode, I visit the electrical input for servo motors and demonstrate that in action. I may sound vain quoting myself here: "There's no reason why you shouldn't understand any of this." Seriously, though. I want everyone to know what PWM is about; especially when it comes to servo motors. There's so many good resources on the internet about pulse-width modulation (PWM). It doesn't only apply to servo motors. PWM is simple: the signal level is proportional to the duty cycle of the PWM waveform. (It's a little more complicated than that, if you want me to throw in some fancier words) Website: http://www.tinmanelectronics.com/
Views: 21284 Tinman Electronics
What is PWM?
Hello everyone! First of all I want to apologize for not uploading any videos for a long time. The situation is sorted out, and I will be uploading weekly now. In this tutorial I will explain what PWM is and how to control it with the arduino. In one of the future videos I will show how and where to apply pulse with modulation such as controlling motors. Thanks for watching! Music used: Drankin Song by Kevin MacLeod is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/by/4.0/) Source: http://incompetech.com/music/royalty-free/index.html?isrc=USUAN1500021 Artist: http://incompetech.com/ Software used for the mounting schematics: Fritzing
Views: 73663 HackTheWorld
PWM in Arduino-Pulse Width Modulation
PWM in Arduino is a cool technique in which we can Generate Analog Result means Analog Voltage by Digital Input. We can use PWM in several projects say for example dimming of an LED, speed control and power regulator. The Arduino's programming language makes PWM easy to use. Arduino supports function called analogWrite(pin, dutyCycle). Where Duty Cycles value will be between 0 to 255 and Pin will be one of the PWM pins (3, 5, 6, 9, 10, or 11)on Arduino Uno board.
PWM generator using the LM358 op-amp
Using a dual op-amp IC like the LM358, a potentiometer and a couple of discrete components you can build a PWM generator. The first half of the video is simulation in everycircuit.com, the other half is the actual breadboard build. The first op-amp creates a triangle wave form and the second combines that with the potentiometer the determine the duty cycle of the PWM signal. https://krakkus.com/op-amp-pwm-tutorial-design-build/
Views: 6248 krakkus
Period and Duty Cycle - Electronics Lab
View and fork the original circuit here: http://goo.gl/2kqgVT This video explains the difference between the period of a waveform and the duty cycle of a waveform. The featured circuit contains an oscilloscope and two potentiometers. Feel free to click on the link, simulate the circuit, turn the potentiometers - and Fork the circuit so you have your own copy to experiment with.
Views: 10661 Autodesk 123D
Demo of roles of Duty Cycle and Frequency in Pulse Width Modulation PWM
This is the second of three hands on Labs in Class 1 - Encoders and DC Motors which is part of my Robotics and Motor Series of classes. The hardware in this lab allows students to easily see the rolls of pulse width and frequency in controlling a DC Motor and gives them a chance to experiment with those effects. Source Code Available Here: https://www.ghielectronics.com/community/codeshare/entry/1072 Gadgeteer Components Available Here: https://www.ghielectronics.com/catalog/category/265 DC Motor Available Here: https://www.pololu.com/product/2285
Views: 2330 Duke Nukem
Pulse Width Modulation (PMW) Generator With display
.In this video you will learn how to use the PWM Generator module. You will see it is tested by observing the signal on oscilloscope and then connecting it to the mini servo. Tutorial by Robojax.com Get other projects code and learn Arduino http://robojax.com/learn/arduino 20190318-AD
Views: 7308 Robojax
How to Control the Duty Cycle of a 555 Timer
Control the Duty Cycle of a 555 timer with just a couple of diodes. We'll look at this circuit in general and then look at an application as it applies to a DC motor. Webpage for Schematic: http://skinnyrd.com/how-to-control-the-duty-cycle-of-a-555-timer/ Signup for the Newsletter: http://eepurl.com/GeL4z Twitter: http://www.twitter.com/Skinnyrad
Views: 60055 Skinny R&D
PWM Controller - Duty Cycle Bulb Control
My video showing an inexpensive PWM controller powering a 12v automotive bulb. These controllers have multiple uses in diagnostics and are easy to build. If you like this video please give a thimbs up and subscribe to my channel, hit the notification bell too. If you don't like the video then you're welcome to express your views with a thumbs down, but pleae comment as to why !!
Views: 886 Skoda Yoda
How to Measure Frequency and Duty Cycle With The Fluke 87V Industrial Multimeter
http://bit.ly/2EEHh5t In this video, learn how to measure frequency and duty cycle using the Fluke 87V Industrial Multimeter. As a quick review, frequency is how fast a signal is moving (measured in cycles per second). To measure frequency on the Fluke 87V, simply press the "Hz %" button. When measuring frequency on motor drives, a regular multimeter will not accurately measure frequency. This is due to the motor drive taking the normal sin wave signal and turning it into a pulse-width modulated signal. The Fluke 87V Low Pass Filter feature allows you to measure the pulse-width modulated signal accurately, giving you an accurate frequency measurement. Duty Cycle is the ratio of time a load or circuit is ON compared to the time a load or circuit is OFF. Duty Cycle can help determine the health of your power system. To measure duty cycle on the Fluke 87V, simply press the "HZ %" button again. From the control room to the plant floor, the Fluke 87V Industrial Digital Multimeter has earned its reputation as the digital multimeter industrial technicians trust most. The Fluke 87V Industrial Multimeter provides the resolution and accuracy to efficiently troubleshoot motor drives, plant automation, power distribution, and electromechanical equipment even in loud, high energy, and high altitude locations. A low pass filter supports accurate frequency measurements on VFDs and captures intermittents as fast 250 µS. Visit our website to learn more about the Fluke 87V: http://bit.ly/2EEHh5t
Views: 156903 Fluke Corporation
Generating PWM Signals With Variable Duty Cycle
Field Programmable Gate Arrays (FPGA) provide very good hardware design flexibility. This paper specifies the generation of PWM signals for variable duty cycles using VHDL. Pulse Width Modulation found in large number of applications as a voltage controller. It is used in controlling output voltage of inverter in most of the applications.PWM has a fixed frequency and a variable voltage. Voltage value changes from 0V to 5 V. The advantage of this method is that it is used to generate High-frequency variable duty cycle PWM output. The VHDL code is written and synthesized using Xilinx ISE. Results are verified by downloading the code into SPARTAN 6 FPGA. To Download Source Code and Documentation: https://www.pantechsolutions.net/fpga-projects/generating-pwm-signals-with-variable-duty-cycle To Download Various FPGA Source Codes: https://www.pantechsolutions.net/fpga-projects To Purchase the Spartan6 FPGA Project Board https://www.pantechsolutions.net/cpld-fpga-boards/spartan6-fpga-project-board
Views: 2252 pantechsolutions
PWM Control
The NI Data Acquisition Control System (http://sine.ni.com/nips/cds/view/p/lang/en/nid/208114) is the complete solution for your control application. Hardware form factors include USB and PCIe where the PCIe option allows you to add a Real-Time Industrial Controller for deterministic timing. Multiple digital channels, analog channels and counter/timers allow for closed-loop feedback. Please see http://ni.com/daq/systems for more information on National Instruments DAQ Systems.
Views: 51971 NIDAQAppSystems
Switch mode power supply repair #8: Pulse Width Modulation explained  (PWM)
In this video we talk about pulse width modulation (PWM), which is a basic technique used in many electronic circuits like LED drivers, servo and motor controllers, switch mode power supplies, etc. PWM is used to regulate the amount of power flowing through the circuit, but without the disadvantages of linear regulators, where a large fraction of the power is being dissipated as heat. The waveform of the PWM signal is being explained in combination with the on time, off time, rise time and fall time due to the switching delay in transistors, and this is compared to mechanical switches. Namely, transistors as switching elements are rather fast, but there is still a short time when the device is neither fully switched to the on or to the off state. In the case of PWM controllers we are referring to the switching element being "hard switched", which means that we force the switching element via the controller signal to fully turn on or to fully turn off. In addition to the pulse width, we also discuss the Duty Cycle ration, which can be approximated as the ration between the on time and the full period of the oscillation of the driver signal at a given fixed frequency. In datasheets most of the time the Duty Cycle ratio is presented in form of a percentage value. Pulse Width Modulation is nothing else but gradually chaning the on time of the switching transistor via a PWM controller chip such, that on the output the average power flowing to the consumer is being stabilized. In practice, for a switch mode power supply one will select a switching frequency and a PWM controller and a specific topology. The PWM controller integrated circuit will keep track and ajust the duty cycle in a desired range to keep the output stable. This continuous adjustment of the duty cycle is what we refer to as pulse width modulation. For practical use in so called "hard switched" PWM switch mode power supplies we will keep the duty cycle below 50%, otherwise the magnetic core could go into magnetic saturation.
Views: 11046 Donkey Learning IT
Duty cycle and pulse-width modulation on the Arduino UNO with Linux
int PIN = 13; float dutyCycle = .75; // between 0-1 void setup() { pinMode(PIN, OUTPUT); } void loop() { int state = 0; while(1) { if(state == 0) { digitalWrite(PIN, LOW); delay(1000 * (1-dutyCycle)); state = 1; } else { digitalWrite(PIN, HIGH); delay(1000 * dutyCycle); state = 0; } } }
Views: 6145 Chad Kelly
2 Channel PWM Frequency Adjustable Square Wave Signal Generator module review
I got this sent from icstation.com and what a clever tiny gadget. It will not substitute a proper signal generator, but for experimentation with motors, LED's etc. it is perfect. I used to just wire up arduino and put some code in to get PWM out on one of the pins, and used that. But it was inefficient to do it that way. This will save me so much time. Awesome ;) ICStation said there will be a massive sale happening on Black Friday, so make sure to make use of that and expect a gift as well. You can also use discount code: "Ranics" for 10% off your order - valid until 12th December Shop link: http://www.icstation.com/ Product page: http://www.icstation.com/channel-pulse-frequency-duty-cycle-adjustable-square-wave-rectangle-signal-generator-p-9668.html
Views: 16138 randomtronic
43. How to Use or Create a PWM (Pulse Width Modulation) Signal Part 1 - STM32 ARM Microcontroller
Please watch: "Buildyourcnc CNC Router on Love Yurts" https://www.youtube.com/watch?v=90KkIO-67Qk --~-- Patrick's Tip Jar: bitcoin:1Gtawd29Sgu5CdvfUnkRg1YBfowCawjFdH Ether:0xa962365100011B79097A7bb9DD51A53eE98266bb If you have found this video to be helpful, consider making a tip. Thanks. In this video, I introduce the concept of PWM and provide a few examples of how PWM works. Equipment that I use to make videos: Canon EOS Rebel: http://amzn.to/2rJSeh0 Macro Lens: http://amzn.to/2qaSKmK Microphone: http://amzn.to/2qO2RB4 3D Mouse to rotate/zoom/move the object (Must have for CAD!!!): http://amzn.to/2ruFnSn The drafting pencil I use on these videos: http://amzn.to/2qioYg2 The cheap oscilloscope that I use (because it's cheap and will work all of the projects in these tutorials): http://amzn.to/2rSHnBa A better oscilloscope and the one I would recommend: http://amzn.to/2qizK5M The brand of multimeter that I use and the one I recommend: http://amzn.to/2qicUez Want to have your own Patreon campaign? https://patreon.com/invite/wpllxz
Views: 16054 Patrick Hood-Daniel
Sawtooth modulation of duty cycle of antiphase PWM signals using dsPIC30F4011
This short video demonstrates sawtooth modulation of duty cycle of two antiphase PWM signals using dsPIC30F4011. See here for more details: https://batchloaf.wordpress.com/2015/04/11/generating-antiphase-pwm-signals-with-the-dspic30f4011/
Views: 775 Ted Burke
ICStation Signal Generator PWM Pulse Frequency - Adjust Frequency
Signal Generator PWM Pulse Frequency Duty Cycle Adjustable Module LCD Display 1Hz-150Khz 3.3V-30V ================================= WHERE TO BUY ::: https://bit.ly/2Hyka23 ================================= :::::::::: SUPPORT CHANNEL ======== Please Donate To Help Me Afford New Equipment And Software To Make My Videos More : https://goo.gl/1m8Dg2 → Don't forget to subscribe! 🌟Love you all! 💕 Song: MBB - Feel Good (Vlog No Copyright Music) Music provided by Vlog No Copyright Music. Video Link: https://youtu.be/wIDKJeLXO5Q
Views: 667 Maker Tutor
PWM Output with Variable Duty Cycle
This video shows a Proteus simulation of PWM signal generation with a certain frequency and variable duty cycle. The output is monitored at pin RC2/CCP1 on PIC16F876. Learn more at: http://bit.ly/1TOi4cV. E-mail: [email protected] Microchip Technology Inc. http://www.microchip.com/ Proteus Design Suite http://www.labcenter.com/ Music ■ Lensko https://soundcloud.com/lensko https://twitter.com/LenskoNorway https://www.facebook.com/Lenskoofficial Subscribe, comment and stay tuned for more interesting projects.
Views: 2573 CircuitYTube
Testing a Frequency Generator Module (#57) - Also, now over 200 subscribers !
This $3.50 frequency generator module from icstation has a backlit LCD and covers frequencies up to 150kHz. I put it through its paces on the 'scope, and experiment with its serial interface. Item was from icstation.com, but I've removed the link as Webutation reports some malware at that URL. Sorry for that. STM8 microcontroller: http://www.st.com/en/microcontrollers/stm8s003f3.html HT1621 LCD driver: http://pdf.datasheetcatalog.com/datasheets2/18/183581_2.pdf Also! I now have over 200 subscribers to my channel! Thanks so much for all of your support, comments and likes. I'm so pleased that my channel is growing.
Views: 9296 Martyn Davies
how to generate pwm signal, frequency, duty cycle, and ADC using bascom avr
how to generate pwm signal, frequency, duty cycle, and ADC using bascom avr email = [email protected]
Arduino STM32 PWM Timer Interrupt | Frequency & Duty Cycle
Arduino sketch : https://drive.google.com/open?id=1dP4zKan-Clf44I9v91ujGzPgvPwGjjXd upload bootloader : https://youtu.be/XU9Mj3bxg4E #psu #arduino #gps #tutorial #DIY #invertersine #watertank #android #tandon #airhotgun
Views: 135 Youtechnoid
Easy PWM generation using MATLAB SIMULINK
An easy way to generate a PWM signal Raspberry pi, (and other devices) in Simulink
Views: 24884 raphyt Mat
Reading PWM Receiver Signal Using Arduino
Here I show you how to decode a PWM signal coming from a Turnigy receiver using an Arduino Mega board. This program should run on any Arduino board and should be compatible with every receiver. If you have any questions or want me to explain something else or in more detail, leave a comment. Thanks
Views: 31012 Kamran Ahmad
Generating PWM signal using Atmel AVR (fixed frequency and duty cycle)
Lab 10, Task 1: Atmega16 is used to generate a PWM signal with a frequency of 250Hz and a duty cycle of 25%.
Views: 694 Lam Phung
What is PWM | How to generate PWM signal using Arduino
PWM or pulse width modulation is the technique of changing the average voltage to a circuit by changing the width of the pulse.PWM technique is widely used to reduce the power consumption in the circuit/device. The term Duty cycle is Commonly used to describe the PWM. When the signal is high, we call this “on time”. To describe the amount of “on time”, we use the concept of the duty cycle. Duty cycle is measured in percentage. The percentage duty cycle specifically describes the percentage of time a digital signal is on over an interval or period of time. Suppose for a signal, on time is 50% and off time is 50% and this process is repeated.Then the signal is in 50% duty cycle.We can change the duty cycle of the pulse by changing the width of the pulse. Link to download the code: https://goo.gl/VbYTiU Watch more: pir automatic light on off at home | automatic light control system https://goo.gl/dpEiW1 How to make a motion sensor light using PIR sensor Without Microcontroller for home https://goo.gl/zGgjeL How to make a motion detector alarm using pir sensor https://www.youtube.com/watch?v=A26asOfCsy8 Interfacing PIR sensor with arduino | PIR sensor automatic motion detection light tutorial https://goo.gl/RBdNvP How to make an android controlled bluetooth car | SmartPhone RC car https://goo.gl/3ncqfM How to control fan with mobile | Android controlled Fan https://goo.gl/h4gg7P Android controlled light | Control lights with smartphone https://goo.gl/biU3BW How to make a rangefinder with arduino | Ultrasonic sensor projects with Code https://goo.gl/SbKHT1 Obstacle Avoiding Robot | how to make an obstacle avoiding robot using arduino https://goo.gl/C4D11J How to make a simple relay circuit | Relay driver using transistor https://goo.gl/we9NZM
Arduino Tutorial #3 - PWM
PWM, Pulse Width Modulation, and all its wonders. With PWM you can do some pretty awesome things, in this tutorial we barely scratch the surface to what its capable of. In this tutorial we learn how to use the PWM pins on the Arduino to make LED's flicker like a candle. Support me on Patreon: https://www.patreon.com/JaidynEdwards Social Links Facebook: http://facebook.com/jaidynedwards Twitter: https://twitter.com/JaidynEdwards G+: https://plus.google.com/u/0/+JaidynchickenparmiEdwards Website: http://www.edwardsrobotics.com/
Views: 208428 Jaidyn Edwards
PWM generator for LED, Motor driver, solenoid driver , simple circuit based on PIC micro-controller provides PWM signal 10%-99% duty cycle and frequency 250 Hz, Output signal can driver any DC-Solid state relay or 5V Mosfet to control high current & voltage load. The board display the duty cycle, two tact switch to set the duty cycle.
Views: 1479 TWO VOLT
Reading PWM Signal Using Arduino Interrupt
Code available on GitHub: https://github.com/xkam1x/Arduino-PWM-Reader
Views: 7954 Kamran Ahmad
Arduino Tutorial #2 - Analog Inputs and Pulse Width Modulation (PWM) RGB LED
Arduino Code: http://vladromanov.com/154/arduino-tutorial-2-analog-inputs-and-pulse-width-modulation-pwm-rgb-led/ In this tutorial I am showing you how to read an analog voltage level from a temperature sensor (LM35DZ) and how to send a PWM signal onto an RGB LED. Make sure to comment, rate and subscribe to my channel; stay tuned for more tutorials. Search Terms and Keywords: Getting Started Arduino Beginner Arduino Tutorial Arduino Arduino Tutorial Arduino Getting Started Basic Arduino Arduino Class Arduino Hardware Arduino Software Arduino Code Arduino Example Arduino Project Arduino How To Arduino LED Arduino Push Button Push Button Light Emitting Diaode Atmega Atmega328 Tutorial Basic Hardware Electronics Electrical Engineering Electronic Circuit Simple Arduino Projects Pulse Width Modulation PWM Analog Sensor Temperature Sensor Temperature Reading RGB LED PWM Output PWM Tutorial PWM explained PWM guide
Views: 106742 EEEnthusiast
PWM Bi Directional Controller
PWM Bi Directional Universal Controller. http://www.autodiagnosticsandpublishing.com/pulse_width_pwm_controller_driver.html The PWM Bi Directional Universal Controller is a versatile automotive bi-directional control tool, that can actuate components straight from its high current driver circuit, or can also actuate other control modules. The Automotive PWM Bi Directional Controller and DRIVER, is a complete auto repair and diagnostic tool, meant to power high current loads at up to 60 Amps, and also trigger at low voltage, other controller modules. You have complete control over the output signal. Control both frequency and duty-cycle, as well as signal voltage levels, and output current. Here's how it works. What is the PWM Bi Directional Controller? The PWM Bi Directional Controller does a few things, and it does them very well. The Bi-Directional Controller has two outputs, a low current variable-voltage, and a high current output. The High Current output is rated a 60 Amp, 12 volt, full PWM Duty Cycle controlled output. It is able to control any high current, low resistance LOAD, like a cooling fan motor. Here are components that can be directly controlled by the PWM Bi Directional Controller, High-Current 60 Amp Output. 1. Cooling Fan motors. 2. Air Conditioner Blower motors. 3. Any and all solenoids. 4. EVAP-Purge valve solenoid. 5. Transmission Pressure Control valve-solenoids. 6. Variable Speed Fuel Pumps. 7. Idle Control valves. 8. Air Conditioner Condenser Fans. 9. New AC Compressor Swash Plate solenoids. 10. Any LOAD up to 60 Amps of current. 11. The 60 Amp output, is short protected for 5 to 8 seconds. 12. Yellow SHORT light indicator goes OFF when there is a complete short. The PWM Bi-Directional Controller, also has a LOW-CURRENT VARIABLE VOLTAGE OUTPUT. This means that the PWM Bi-Directional Controller, can control other modules. In today's automotive systems, almost all cars have modules with internal DRIVERS in them. That means that the transistor is inside the controller itself, and the ECM provides a control signal to it. That's when the PWM Bi-Directional Controller, comes into play. The PWM Bi-Directional Controller, provides a fully variable output voltage signal, that is also PWM Duty Cycle controlled. It means that the unit can be matched, to whatever the ECM or control signal needs to be. You know this, from your service tech manual. If you don't have this information available, then simply connect the PWM Bi-Directional Controller to the controlled module, start at the 3 volt mark, and go up from there. Most modules are controlled at about 5 volts. The PWM Bi-Directional Controller has a 0 to 8 volt range, which is all that's needed to control any module available today. Here's what the PWM Bi-Directional Controller, low current signal provides. 1. Complete variable voltage output from 0 to 8 volts regulated, with variable frequency, and duty cycle at rock solid stability. 2. Variable frequency from 200 Hertz to 10 Kilohertz. 3. Variable regulated voltage output, from 0 to 8 volts, and also short protected. 4. Variable Duty-Cycle from 0% to 100%, rock solid. 5. Ability to control any internal module or DRIVER transistor. 6. Again, the low current control output is completely short protected. Want FULL BI-DIRECTIONAL CONTROL? Our PWM Bi-Directional Controller is the answer. No other automotive repair and diagnostics gadget gives you more.
Views: 11953 ADPTraining
PWM frequency & duty cycle
Look here, how a simple circuit with 555 timer can change the duty cycle on an oscilloscope http://www.alfadex.com/how-pulse-width-modulation-works-pwm/
Views: 2829 PANTELIS k
ICStation -  Signal Generator PWM Pulse Frequency Duty Cycle Adjustable Module 1Hz-150kHz - magyarul
ICStation - Signal Generator PWM Pulse Frequency Duty Cycle Adjustable Module LCD Display 1Hz-150kHz 3.3V-30V Item ID: 12477 Product's link: http://www.icstation.com/signal-generator-pulse-frequency-duty-cycle-adjustable-module-display-150khz-p-12477.html ICStation.com made 15% off coupon for me and my fans to show their support for my work: Code: zolics Discount Amount: 15% off Max Use: 1 (one for per user) Amount Limit: 300
Views: 2901 bzoli5706
Frequency Counter with Duty Cycle Measurement
Frequency Counter with Duty Cycle Measurement ِApplication on Timers Part1-Part2 Episodes ------------------------------------------------------------------------------- Slides https://drive.google.com/open?id=0B7wTTEnIKbYXUHRNY3dudGJ0Wlk ------------------------------------------------------------------------------- Arduino Sketches https://drive.google.com/open?id=0B7wTTEnIKbYXUFR4Qk15Z0FWYjg ------------------------------------------------------------------------------- Online Signal Generator http://www.audionotch.com/app/tune/ ------------------------------------------------------------------------------- Soundcard scope Software https://www.zeitnitz.eu/scope_en -------------------------------------------------------------------------------- Arduino PWM Frequencies Page http://playground.arduino.cc/Main/TimerPWMCheatsheet --------------------------------------------------------------------------------
Views: 3523 Arafa Microsys
Tutorial - Period, Frequency, and Duty Cycle - just over a minute!
A 1 min 20 second tutorial on Period, Frequency and Duty Cycle of Digital Waveforms
Views: 4336 William Lyons
RSGC ACES. PWM Duty Cycle on Oscilloscope.
Simple Arduino sketch puts a linearly increasing and decreasing (0-255-0...) PWM signal through and LED with 100ms delay between steps. The scope monitors the voltage on the positive terminal of the LED against ground using 2V/division providing a visualization of the duty cycle.
Views: 409 RSGC ACES
megaAVR Microcontrollers: Fast PWM Generation
A detailed video showing how a timer operating in Fast PWM mode can be used to generate a fixed frequency, variable duty cycle signal. Includes timer register configuration details.
Views: 2479 Jonathan Currie
Getting Started with AVR: Updating PWM Duty Cycle Using a Millisecond Timer (#10)
In this video, we will learn: - Setting up a millisecond timer to update the duty cycle - Using the 8-bit timer-counter 0 as a millisecond timer. - Incrementing the duty cycle every 2 mS, resetting the duty cycle to 0 when it equals the period. Follow along with the entire ‘Getting Started with AVR’ series: http://bit.ly/GettingStartedwithAVR Want to explore AVR microcontrollers some more? http://www.atmel.com/products/microcontrollers/avr/ Xplained Mini: http://www.atmel.com/products/microcontrollers/avr/xplained.aspx ATmega328P: http://www.atmel.com/devices/atmega328p.aspx Atmel Studio: http://www.atmel.com/tools/atmelstudio.aspx Stay connected! Embedded Design Blog: http://blog.atmel.com Twitter: http://www.atmel.com/twitter Facebook: http://www.atmel.com/facebook LinkedIn: http://www.atmel.com/linkedin
Views: 13078 Microchip Makes
AVR® Insights - Episode 25 - Timer Input Capture
Are you wondering how to measure frequency or measure duty cycle of a PWM signal? Are you looking how to capture rising edges or falling edges of an input signal? Maybe you need to know how AVR® devices input capture? This video explains what the input capture module is on AVR devices using the ATmega324PB. The input capture is triggered by the rising or falling edges of an input signal, and then the values are stored in an Input Capture Register (ICR). The resources below show how to measure frequency of PWM using input capture. Example Project using the ATmega324PB: https://mchp.us/2vXYlRS Documentation references -------------------------------------------------------------- Atmel Tools Documentation: https://mchp.us/2W1mGoH AVR Libc reference manual: https://mchp.us/2VZdtNr ATmega324PB datasheet: http://ww1.microchip.com/downloads/en/DeviceDoc/40001908A.pdf#page=139 ATmega324PB Xplained Pro User Guide: http://ww1.microchip.com/downloads/en/DeviceDoc/Atmel-42633-ATmega324PB-Xplained-Pro_User-Guide.pdf App note AVR135: Using Timer Capture to Measure PWM Duty Cycle on tinyAVR and megaAVR devices http://www.microchip.com//wwwAppNotes/AppNotes.aspx?appnote=en591541 App note AVR205: Frequency measurement made easy with tinyAVR and megaAVR http://www.microchip.com//wwwAppNotes/AppNotes.aspx?appnote=en591930 Keywords: input capture, input capture avr, input capture unit avr, input capture mode atmega16 program, avr input capture, AVR, MCU, ATmega324PB, mega324, mega, mega324PB, AVR example, xplained, xplain microcontroller, insights, insight, tinyAVR, megaAVR, timer input capture, capture falling edge, capture rising edge, calculate duty cycle, calculate frequency, measure pwm duty cycle, PWM signal waveform, TC microcontroller, counter, 16bit, ICR, hardware peripheral, interrupt pin, measure PWM frequency, event capture, input capture avr, input capture
Views: 3975 Microchip Technology
What is PWM? Pulse Width Modulation tutorial!
I cover the basics of PWM and show you how to cheaply build a PWM circuit that can dim LEDs, control the speed of a motor, or control the power going to pretty much anything you want! Circuit diagram: http://afrotechmods.com/groovy/PWM_tutorial/PWM_tutorial.htm Check out my webpage for more easy videos about electronics! http://www.afrotechmods.com
Views: 556493 Afrotechmods
Duty Cycle & Frequency Counter -- ChipKit Max32
It displays Duty Cycle and Frequency alternately. The input source is its pwm signal.
Views: 505 iPowerMicroChips
Generating PWM on Matlab Simulink
Generating Pulse Width Modulated Wave on Matlab Simulink with some easy steps.
Views: 92006 Navin Kumar
Duty cycle control NE555 TIMER (PWM)
[TUTO] Duty cycle control using NE555 TIMER with Fixed Frequency (PWM)
Views: 4340 Zakaria Zidouh