⚡ Power Up Your Life—Wherever You Go!
The DROK USB to 9V/12V Step-Up Voltage Converter is a versatile power solution that transforms a 5V input into a robust 9V or 12V output, perfect for powering devices like routers, small fans, and more. With a user-friendly design featuring a toggle switch and LED display, this lightweight converter is ideal for travel and emergency use, ensuring you stay connected even during power outages.
Output Voltage | 9 Volts |
Power Source | Solar Powered |
Current Rating | 1 Amps |
Main Power Connector Type | 2 Pin |
Portable | Yes |
Number of Power Levels | 2 |
Input Voltage | 5 Volts |
Amperage | 1 Amps |
Total Usb Ports | 1 |
Wattage | 9.6 watts |
Connectivity Technology | USB |
Connector Type Used on Cable | 3.5*1.35mm DC |
Compatible Devices | Router |
Additional Features | Travel, Lightweight Design |
Item Weight | 35 Grams |
Number of Items | 1 |
Cable Length | 0.8 Meters |
Color | Display Screen |
K**1
Perfect for emergency asus mobile router with power bank
This is exactly what I wanted to go from lower voltage to what is required by router from a power bank. This is my emergency backup ran off my phones mobile data if internet outage or electrical outage. Good build quality. Price seems fair and it met my needs and functions well. I can tell you the smaller adaptor fit my asus router.
J**G
Works with Shure wireless
I got this to get rid of the wall wart power supply that came with my Shure GLXD16+ wireless system. Works great delivering power using a USB out on my power strip, cleans up my board. I recommend you verify the AMPs/Volts out on your USB device to ensure it matches this. Works for me!
V**R
it powers my Yaesu VX8-DX ham radio, low power only
I bought this so that I could use my phone backup battery bank with my radio. It has a finnickey power-on sequence that needs experimentation. In short, I power on the battery bank at nearly the same moment I power on my HAM radio. Also, it does not provide enough power for transmit on the 2 highest power settings, but does work on the 2 lowest transmit power settings. I'll just use a bigger antenna if I anticipate needing it. Too bad nobody makes one that provides enough current for the higher power levels. Maybe one will come along in the future, I'll be on the lookout for it.
E**S
BUEN PRODUCTO Y UTIL
EXCELENTE PRODUCTO,
A**R
Power not consistent.
I have an external HD that uses a 12v AC adapter for power, which I wanted to run via usb, to free up space on my surge protector. The 12v power this supplies comes in pulses, and isnt a consistent stream...which for something like a hard drive is unacceptable...as the drive will simply turn on and off repeatedly.
M**R
Works, but low quality
Works as advertised and is fairly accurate as it tested within .1 volts on both 9v and 12v settings. I would have given this 5 stars based on voltage accuracy, but the materials are ridiculously cheap, really cheap. Would have gladly paid double the price for better quality materials.
P**N
CraZy useful
Boost power from 5v to 9v without depending on USB PD, so works with any battery pack. However amperage is not great so don’t expect 9v 3a. Powers my Marantz field recorder and many other things just fine. Super useful to have these around.
P**L
Works well for what it is
I found it hard to find a decent 5v USB to 12 converter. This one seems to work well so far. I have 3 of them, the open circuit output voltage ranges from 12.4 to 12.63 volts. Seems like a large range, but these are cheap devices, probably just a switching step up converter. I cannot say how much current I can draw out of them, but I started using one to power a device that draws about 3/4 amp, and in parallel with a LiON battery as backup this converter was able to run the device and slowly charge the battery. So I'm thinking it's capable of 1 amp or so. For now I'm using two of them in parallel (via Y cable), and yes this is probably not designed for by the manufacturer. As you would expect, open circuit you get the higher of the two converter voltages, then under 3/4 amp total load (in parallel) they dropped to 12.45 volts. Not bad in my application as the backup battery needs min of 12.3 volts to charge. They don't get very warm and have internal LED that is green with no load, and red with any load so you can see when some current is being drawn when the LED goes red. I did originally plan on putting a 47uF cap on the output of each one hoping to smooth out the output when in parallel in case somehow they interfered with each other, but that doesn't seem necessary so far especially with the backup battery serving the cap function. Hope this is useful info.
Trustpilot
1 day ago
2 weeks ago