CPUi7-4790k MotherboardGigabyte Z97N-WIFI RAMG.Skill Sniper DDR3 1866mhz GPUEVGA GTX1080Ti FTW3 CaseCorsair 380T Below schematic is implemented using variable output high efficiency IC MT3608. A compact and small form factor of this module/IC makes it possible to install this IC in size and weight imperative devices. Also works on very low current drawing loads contrary to its competitors.

usb - How to transform 5 V into 12 V? - Electrical

fans sould be find you will need a splitopr thow(just dont do more then 3) ya it will make your argb 5v dum like 12v. Meeting power demands in modern day electronics is quite a challenge and there are times where we will not be able to supply sufficient voltage for our circuits. In that case we need to go for DC to DC boost converter circuits like these to step up the incoming voltage to a certain usable level. These kinds of step up converter circuits will be useful in Solar powered projects, Lighting systems, Battery powered projects and so. MT3608: The USB 5v to 12v dc dc converter is a compact portable electronic device that is designed to boost up 5 volts from the USB port to 12 volts efficiently. As we know that 5 volt USB supply is available everywhere but what if we require a 12 volt power supply for any application then this device comes to the aid. I was thinking of buying an ARGB Hub (5v3pin hub), and I'll have the said components connected to that - then will connect the 5v3pin hub to the Deepcool Converter > to my motherboard.If you want your 5V ARGB devices to act like 5V ARGB devices (multiple colors at the same time) you will need an ARGB signal coming from somewhere. Many controllers can get their ARGB signals from USB 2.0 headers and third party software instead of a dedicated header and motherboard software (Such as Corsair or NZXT, but I dont know of any brands that work with standard ARGB equipment off the top of my head.) In this post we will be avoiding using the old school method and only focus on boost converters with simple ICs. Earlier methods or you can say older methods used transistors as a switching device externally and lots of components were required to implement it making it complex. That is the reason to go with ICs and modules. Also it will save a lot of time to center your attention towards the actual functioning of the project rather than the power supply. Put as much effort into your question as you'd expect someone to give in an answer"- @Princess Luna If you’re looking to power your micro-controller based project or its associated peripherals, we would highly recommend procuring a DC to DC Step-Up module. Not only are they designed to occupy minimal space, but also many of these modules have adjustable output voltages, making them ideal for a wide range of applications.

5V to DC 9V USB Voltage Step Up iGreely USB to DC Cable, DC 5V to DC 9V USB Voltage Step Up

For an input of 5v, the output of this IC’s can deliver a maximum of 800mA at 88% efficiency. For higher output current you have to increase the input voltage above 5 Volts. This circuit is similar to the above except output voltage in the circuit can be adjusted. As I already mentioned that output voltage is set by means of Voltage fed into the FB pin of MT3608. Here I have replaced the resistor R1 with Potentiometer PR1. As the resistance of POT changes the voltage in to the FB pin changes which in turn will change the output voltage accordingly. Hi Frank, great Blog. I’m looking at building a PCB with 5 of these circuits on side by side with then the V+ & V- out connected together for higher amp. Would I need another Schottky diode at the end of each V+ out circuit before they connect to the other V+ out’s in the circuit? As this is an Adjustable version of step up voltage regulator/ boost converter, we have to select the value of output voltage (here 12v) which is directly dependent on voltage determining resistors (here R5 and R6). Correct. A 5v ARGB device (fan, LED strip, etc) plugged into a controller that only receives an 12V RGB and converts it to a 5V signal can ONLY display that single color. It is not able to display multiple colors like a normal ARGB connected device would.The output source impedances are typically 150Ω, providing useful output currents up to 10mA. The low quiescent current and high efficiency make this device suitable for a variety of applications that need both positive and negative voltages generated from a single supply. I have this on the way (2 weeks or so?) https://gelidstore.com/products/codi6-argb-controller-kit and am going to try to play with that. isolation if you plan to power a device which is somehow connected to the mains as well. That way you wont fry your computer if your computer and the device are not on the same phase. After the MOSFET is turned off, the magnetic field of the Inductor turns in to voltage spike and it goes through the Schottky diode. Hence this voltage spike will be exhibited as output in the circuit. As there is a capacitor in the output, it charges in every cycle of oscillation and keeps the voltage constant. In this voltage booster circuit components are used to boost 5v to 12v. Above all for MT3608 to start working, the EN pin should be tied to high. If you want to turn on and off the output with an external circuit you can use this pin. This circuit is capable of delivering 2A current to the Load. ADJUSTABLE OUTPUT VOLTAGE: ARGB Airgoo Computer Fan Controller Commander - Speed Adjustable 3-pin or 4-pin fan - Include Strip PC Software

5V to 12V Converter? - Cases and Mods - Linus Tech Tips 5V to 12V Converter? - Cases and Mods - Linus Tech Tips

This USB 5v to 12v converter is most useful for powering up the WiFi router and decorative LED strip. This design has a 22µF “output” capacitor. But I already have a 100µF capacitor as an “entry” to the A4988 stepper. PCB space is VERY limited for me. Can I just use the 100µF and drop the 22? regulation to make sure the output stays at 12V as long as the load consumption stays within the specs.I’m trying to develop a project for TEG’s where I’m gathering electrical energy from various sources. You are using a 22µH inductor, which is at the high end of what the datasheet says. I started my design by copy/paste of an existing easyEda project which was with a 4.7µH… what is the difference between the 2 choices? what would you recomend I use for my design? Would you have a part number to suggest?

RGB convertor - DeepCool RGB convertor - DeepCool

So I got a converter, the deepcool. Thing is, it only converts 1 5v3pins into 12v for the motherboard, but I have multiple ARGB components shipped already (RGB Fan hub, RGB HSF, RGB m.2 heatsink, RGB Gpu support). As I said, not an electronic engineer, hence my beginer questions… As a general rule, it seems that each IC is asking for input/decoupeling capacitor on 5V/VCC, is it ok to not put all these caps and reduce component load? buy a rgb hub that fits your rgb. if you have a port you could likely add more fans to it, until the power cant reach the rgb so maybe max 2-3 fans? not sure, just something to test. else 3 or 4 pin/volt difference to each other, no thanks? Simillary to my question in 1), the 5V rail has 0.1µ, 4.7µ and 22µF capacitor, can I do the economy of at least one of these (once again, PCB space reducing)?

It depends on the input voltage and current, the amount of the maximum stable output current is produced. These DC-DC boost converter modules operate at the frequency ≥1.2MHz, the typical efficiency is 93% subjected to the withdrawn load current.