I BUILD CUSTOM PWMS, VISIT MY SITE FOR MORE DETAILS.
Get this on CD on my website! www.pwmpower****
Please watch all videos from #1 til the end. In this section, I covered the PCB. If you have any questions, then please ask. Detailed photos are sent by request only. Let me know what you think of the video. Next section will come within a few days. I will build it, test it, and install it in my car to see how it works out. I would like your opinion. Thanks for everything.
This is a short description of our modified PWM unit hooked up to a speaker and a DC fan. You can hear and see a difference when the pwm is used with a Frequency Adjuster. signinnovationssbcglobal**** ebay at performanceproducts33_2008
This is my heavy duty 30 amp pwm built specifically for my HHO project. It can be used to control fans, motors, lights and of course HHo Generators.
Please visit for for information.
With this nForce 790i SLI Digital PWM mainboard, EVGA has gone to extreme measures to create a killer board for the most extreme gamers. It's based on the NVIDIA nForce 790 SLI chipset and designed for Intel Core 2 Extreme, Core 2 Quad, Pentium EE, and Pentium processors (including 45nm). Featuring an EVGA enthusiast BIOS for extended range voltage settings, 100% solid state capacitors, 100% ferrite core chokes and an advanced 8 phase digital PWM (Pulse Width Modulation) power supply solution, this high-performance platform delivers incredible overclocking. The EVGA 790i SLI FTW Digital PWM works flawlessly with extreme FSB (1600/1333/1066/800MHz) and DDR3 speeds (2000/1600/1333/1066MHz), and 3-WAY SLI! Plus, true 2 x16 PCI-Express and PCI Express 2.0. Check out the specs – just make sure you're sitting down. This ATX board supports dual-channel DDR3 memory wtih EPP up to 8GB and also supports up to 20000MHz SLi-ready memory, SATA II with RAID 0, 1, 0+1, 5, and JBOD, 7.1-channel audio, DUAL Gigabit LAN, USB 2.0, and IEEE 1394. This board even set 4 new performance world records at NVIDIA's NVISION in August 2008.
It’s interesting to explore what we can do with this tiny 8 pins; 8-bit microcontroller. The ATtiny13 is the smallest and cheapest Atmel AVR 8-bit microcontroller families but yet, it’s loaded with sophisticated peripherals such as two 8-bit PWM channels and 4 channels 10-bit ADC, for more information please visit *******www.ermicro****/blog/?p=479
30A 50A 100A PWM Pulse Width Modulator for Hydrogen hho cell automotive systems
*******www.easterngeek**** Pulse Width Modulation (PWM) circuit using 555 timer.
I wrote the code to control servo motor using PWM function of AVR(ATmega8535).
It controls the servo motor by following sequence.
First moves servo horn to 60degrees in CCW, next center position, and then 60degrees in CW. It repeats this sequence forever...
HHO PWM. Make sure you don't cut any corners when investing in a HHO PWM! www.hhodr****
Anigmo PWM-Dimmer für Niederspannungs-LED und Halogenlampen, auch für die Lampen, die die meisten Dimmer nicht dimmen können, wie z.B. MR16, MR11 und G4. Anigmo PWM-Dimmer bietet ein hohes Sicherheitsniveau (interne Hitzeschutz, Over-current Schutz, Kurzschlußschutz).
Sometimes we need our microcontroller to interact with more human readable information. It will be better for us if we could make it display the words not just blinking the LED. Today most modern gadget such as mobile phone and PDA, use LCD (Liquid Crystal Display) for interacting with us. In this project we will learn how to use the 2×16 LCD for displaying the rooms temperature. For more information please visit *******www.ermicro****/blog/?p=519
This video demostrate how to control the motor speed by Pulse Width Modulation with the help of PIC microcontroller. Source from "123 PIC Microcontroller Experiments For The Evil"
Get step-by-step instructions how to Convert Your Vehicle into a Hydrogen Hybrid and SAVE TONS OF MONEY on fuel costs.
Hydrogen Hybrid Conversion Plans show you how to build and install your own Hydrogen Generator System (HHO Generator), which produces Hydrogen "On-Demand", as you need it.
This technology has proven to increase gas mileage by as much as 150% on both gasoline and diesel engine vehicles.
Full color detailed instructions available at '''www.DiscoverHydrogen****'''
When used along side other fuel saving devices Dry Cell HHO Plans EFIE PWM can greatly increase gas mileage and horsepower. No other technology can compare to Dry Cell HHO Plans EFIE PWM for improving a cars MPG and lowering carbon emissions from exhaust gas. Dry Cell HHO Plans EFIE PWM are easy to build and fun to make when you have the right set of instructions plans and diagrams. Our website has the best diy instructions and blueprints for Dry Cell HHO Plans EFIE PWM safely and effectively.
Dry Cell HHO Plans EFIE PWM can be build cheaply from materials found at your local hardware store. Most people use stainless steel but lately people are using titanium for Dry Cell HHO Plans EFIE PWM. When it comes time to install Dry Cell HHO Plans EFIE PWM this is just as easy as construction. If you need "Dry Cell HHO Plans EFIE PWM" then just head on over to our website and download the best plans in pdf file format. Dry Cell HHO Plans EFIE PWM technology is making great progress in hybrid vehicle conversion for better gas mileage and reducing emissions.
So if your looking to Dry Cell HHO Plans EFIE PWM and you need a good set of step-by-step plans and instructions, head over to our site and check out the guide we offer plus our bonus pack. With the right Dry Cell HHO Plans EFIE PWM you can boost your car or truck, whether it uses gasoline or diesel fuel and enjoy higher MPG and cleaner exhaust gas emissions. Dry Cell HHO Plans EFIE PWM will not void your vehicle warranty or damage your engine.
Dry Cell HHO Plans EFIE PWM
'Dry Cell HHO Plans EFIE PWM'
"Dry Cell HHO Plans EFIE PWM"
[Dry Cell HHO Plans EFIE PWM]
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This project is engaged to provide flashing lamp simulating a beacon light generally used in shipyards. It is also used in middle of the sea with hidden rocks for warning system.
A programmable microcontroller from 8051 family is engaged to provide different intensities at the different times. A low voltage lamp of 12V is driven by a power MOSFET in PWM mode drive which is derived from a microcontroller. The duty cycle of the PWM increases progressively and decreases in certain time interval. Thus the intensity gradually decreases from full intensity to OFF and this process repeats.
The power supply consists of a step down transformer 230/12V, which steps down the voltage to 12V AC. This is converted to DC using a Bridge rectifier. The ripples are removed using a capacitive filter and it is then regulated to +5V using a voltage regulator 7805 which is required for the operation of the microcontroller and other components. For more info visit *******efxkits****; *******www.facebook****/edgefx