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ICStation DC to DC Step Up Converter Module Boost Converter Power Supply Module ICSA004A
| Quantity | 10+ | 50+ | 100+ | 300+ | 500+ |
| Price | $0.85 | $0.70 | $0.62 | $0.57 | $0.52 |
Product Details
Parameter:
1) The maximum output current: 2A
2) The input voltage: 2V ~ 24V
3) The maximum output voltage: > 28V
4) Efficiency: > 93%
5) Product size: 36 mm*17 mm*14 mm(L*W*T)
How to use it?
1) Connect the the IN+ and IN- of the module with 2~24v
2) Adjust the potentiometer to adjust the output voltage. Please be noted that the output voltage should be higher than the input voltage.
Notes:
1). The input voltage should not exceed the maximum input voltage
2). The peak current output current should not exceed maximum output current
3). If it doesn't work well, please rotate the potentiometer counterclockwise more than 10 turns at first before test.
I. Tested by ICStation's Outstanding Partner ELECTROJUANYU:
Learn More Details in the Video:
(The language in the video is Spanish)
II. Tested by ICStation's Outstanding Partner adrirobot:
https://www.adrirobot.it/alimentatori/alimentatore_mt3608/Adjustable_DC-DC_Booster_MT3608.htm
Customer Reviews (6)
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By Evgeny Barta2017-03-13 01:46:04
no damage.Purchased for my 9 and 12 volt power measuring devices from li-po battery 18650. work fine. 3.6 v input 9.6 v output, load up to 1.1 amps. everything is fine. -
By Jason Robillard2015-03-04 21:32:52
Great boost modules. Works well with 2x AA rechargeable batteries as supply voltage with a 3.3V or 5V output for an MCU. Only drawing .09mA @ 3.3V and .15mA @ 5V of quiescent current. Also works well boosting 2x AA rechargeable batteries to 10V for powering 2 x 7020 3 LED segments in parallel for a small light. Only drawing .45mA of quiescent current @ 10V. Thanks!!! -
By Yuriy Aleksandrovich Sinyaev2014-10-27 05:29:18
Very good product! You can get almost any voltage in range above input. for example from 5V you can get any of 5-25V. Actual size of module: 37mmx17mmx8mm (LxWxH) -
By James Garrett2014-10-18 08:02:21
What a great device! I bought 3 of them but I was concerned about the 2X voltage comments before the modules arrived. I needed 9V at 100 mA current out of a 3.7 Volt Lion battery on the input. First, the quiescent current is only 450 microAmp at 3.7V, just amazing for a switching supply. Next, the the output did not vary with an input voltage change from 3.7V to 6V. From no load on the module output to 75mA load, the device only dropped 5 millivolts... I didn't really try to fully characterize the device but was pleased to see when I cranked up the pot, the voltage went well above 12V using the 3.7V battery. I could not ask any better performance than that for my application! -
By Nikolay Pelov2014-10-10 16:39:26
The input/output capacitors look too small to be 22uF/35V. My guess is that in order to reach maximum current you would have to connect good low ESR capacitors (at least 22uF - as in datasheet) in the input and output
