DROK® DC-DC Buck Converter 3,5-30V til 0,8-29V 10A Step-down Volt Justerbar udgangsspænding Regulator Modul Strømforsyning med høj nøjagtighed Voltmeter Rød Digital Tube Display

Name: DROK® DC-DC Buck Converter 3,5-30V til 0,8-29V 10A Step-down Volt Justerbar udgangsspænding Regulator Modul Strømforsyning med høj nøjagtighed Voltmeter Rød Digital Tube Display
Brand: DROK
Price: 287.71 DKK
Availability: InStock

Brand:DROK

2.7/5

kr
287.71

Parametre: Indgangsspænding: DC 3,5-30V (vær venlig ikke at overstige 30V) Udgangsspænding: DC 0,8-29V (Dette er et buck-modul, sørg venligst for, at input skal være højere end output mindst 1V) Udgangsstrøm: 10A( Maks.) Konverteringseffektivitet: 92% (24V til 12V 2A) Dimension: 85mm*58mm*33mm(L*B*H) Vægt: 105g Voltmeter: kan vise input- eller outputspænding, tryk kort på knappen under digitalrøret for at skifte. når IN LED-indikatoren lyser, måler den indgangsspænding og OUT LED tændt måler udgangsspænding. Rødt digitalt rørdisplay, hvilestrømmen er 2-8mA (relateret til, om det digitale rør er åbent eller ej). Spændingsdisplayet er blevet kalibreret før det forlader fabrikken, behøver ikke yderligere kalibrering. Bemærk: dette modul har ikke omvendt forbindelsesbeskyttelse. Pakken indeholder: 1 x DC-konvertermodul

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Kategorier Elektronik, Industri og videnskab, Power Converters,

Lille størrelse: koblingsstrømforsyningsmodulet er med kompakt design, dimensionen er 85mm*58mm*33mm(L*B*H). Bemærk: Sørg for, at indgangsspændingen er højere end udgangsspændingen mindst 1V; Bemærk venligst, at dette modul ikke har omvendt tilslutningsbeskyttelse, vær opmærksom på dette før ledningstilslutning. Metalkasse: DROK volt-transformer er designet med metalkabinet, kan beskytte modulet mod at ødelægge, og selve kabinettet er en køleplade, fremragende til at hjælpe modulet med køling. LED spændingsmåler: nedtrapsregulatoren er udstyret med høj nøjagtighed voltmeter, rødt LED display, tryk på tasten for at skifte display input spænding eller output spænding. DROK DC buck-konverterens indgangsspændingsområde er DC 3,5~30V, output justerbart spændingsområde er DC 0,8~29V, max udgangsstrøm er 10A, konverteringsraten kan op til 92%.

Brand	DROK
Country of Origin	China
Current Rating	10 Amps
Is Discontinued By Manufacturer	No
Item Dimensions LxWxH	3.35 x 2.28 x 1.3 inches
Item model number	200143
Item Weight	105 Grams
Manufacturer	DROK
Product Dimensions	3.35 x 2.28 x 1.3 inches; 3.7 Ounces

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Scritto da: Frank

should check you electronic immediately

well it like other electronic thing i bought from Amazon they don't work.I bought this didn't end up needing it sat for a couple months then need it hook it up and it doesn't work I am no stranger to these thing i have been working with electronics for over 30yrs it seems every time i get something like this there is a issue

Scritto da: Griff

Adjustable power.

Unit is compact with a good adjustment range.

Scritto da: steven morley

BEST ADJUSTABLE VOLTAGE DROP ON THE MARKET !

These things are AWESOME ! They display input voltage,and output voltage. keeps voltage to +/- less than .01 volt. and have a load capability of 10 A !!

Scritto da: Ekkehard

Very high accuracy economical converter

I have an older bench power supply with a fixed 5 V output, lacking a 3.3 V output. So I needed a buck converter. While looking for the parts to build one, I stumbled upon this little thing. Seriously, I can't build it for this amount of money myself. It doesn't come with any documentation, but there is an easily accessible pot right at the exposed edge of the board, which I figured must be the one to adjust the output voltage - it was. The built-in voltmeter is maybe not as accurate as the ones on my bench, but it gets very close. Also, I didn't get this converter to measure voltages, I got it to get a 3.3 V power supply out of my 5 V supply. And it does that VERY well, with great stability over time (couldn't measure a drift over two days) and under load. This converter itself is rated for up to 10 A, but my bench supply only outputs up to 3 A, so this is all I could test. Not a glitch! All in all, I am a very happy customer!

Scritto da: Patrick

It works

I used this to regulate voltage on the speedometer gauge of a older truck. The product casement could be a little more durable and protective. Installation was simple and easy to use. Make adjustments before hard mounting.

Scritto da: Carolyn

Works in normal conditions

Display blanked when it got hot. Seams to work under freezing conditions but if it gets to 40C it blanks. Not too concerned because I want it to turn only at 1C (34F) to prevent my batteries from freezing. Has plenty of capacity to handle my heater pads. Selected covered unit to protect from accidental shorting.

Scritto da: Bob

None of units purchased up to spec

Bought 5 of these to build 3 LED light panels with. Needed to pull 120 watts (12V * 10A as stated on the product page) but none of the boards could come remotely close without overheating the right (from the side with the grill) mosfet within 10 seconds. After Adding heatsinks + cooling fans to all of the power supplies, I was able to get them to 11V without overheating. The toroid and left mosfet do get hot but the fan seems to be able to cool them enough for stable use. Now, onto the issues I had with these boards: -All of the boards had conductive pads + some sort of hardened silicone adhesive connecting them to the case, meaning they hardly conducted any heat out. This caused overheating over time even at relatively low 70-80W power draw. If you want to use these for more than 50W of draw, I HIGHLY suggest adding heatsinks and a fan. -2 of the boards could not provide 10A of current at 12V and would black out at just past 11V. These were spares, not the boards I was doing thermal testing with. Fortunately I dodged this issue by only needing 11V of output for my boards but this could be a dealbreaker for someone who needs the board to meet spec. -One power supply had a capacitor with one terminal not soldered to the board. Even after correcting all the solder joints this board was incapable of supplying more than 8.5V under load. I had to toss this one. -4 of 5 boards had improperly seated Mosfets, meaning they were cockeyed and had to be corrected before a heatsink could be added. -3 of 5 screw terminals were rusted. -1 of 5 screw terminals had screws that could not screw down a wire (i.e stripped). I highly recommend removing the screw terminals and soldering directly to the board. This was easy to do and removed a potential point of failure. One pre-drilled hole for the box is right underneath the power terminal, increasing the risk of a spark. I advise drilling a hole in the case somewhere else if you want to mount it with a screw. I was going to give these boxes 3 stars but then I noticed they raised the price, and this is not a product whose quality deserves a $20+ price point. I bought them for $11 and it still felt expensive compared to the competitor boards which are between $8-$10, given the fact I couldn't use the cool enclosure which I had rationalized was deserving of the higher price. However if they fixed ALL of their defects then I could see the better reliability warranting the price, but I'm not about to buy more to find out!

Scritto da: MrBios

works on my chinese atv to prevent bulbs from blowing out due to over voltage

2007 ATV Mfg by Zhejiang Fuxin 107cc (aka 110cc), Imported by Fushin USA, LLC. Brand: Fuxin Model: ATV110 Mfg: 11/2007 I'm using in my chinese ATV to reduce voltage. I created a seperate branch circuit to power lights so they don't burn out. I replaced the stock regulator / rectifier but it had the same problem. Voltage starts at about 13v and within a minute or so climbs as high as 25v! This unit is nice because you see input voltage to it (by default) and can press the button to see out put voltage (don't have to get the voltmeter out every time). ATV important install notes: At high engine rpm vibration is insane! I have to lift my feet off the foot rests / pegs it is so intense so you must... 1. apply medium thread locker to the mounting screws. 2. Hot glue gun the coil or better yet mix and dump a blob of epoxy to ensure it does not rattle loose. 3. reinspect for loose wires - input / output wires. 4. plug in multimeter to output, turn screw clockwise to increase volts to 13.8v (ideal - charge battery but protect bulbs) then HOT GLUE GUN - just a tiny dab to prevent the screw from turning.

Scritto da: SALOMON ALARCON

Aprendiz de Electrónica

Una pequeña pero eficiente fuente de alimentación para tus experimentos electrónicos. Puedes ajustar el voltaje y corriente de salida que deseas. Requiere un eliminador de entre 12 y 24v de entrada.

Scritto da: Javier

Mal producto

No es buen producto llego golpeado y no prendio.