10/16/2018

USB power take-off splitter DIY production

The USB socket is one of the electrical interfaces with high frequency of daily use. It is often used for power supply, unless USB HUB is used as an interface for expansion during data transmission. HUB is a hub that people often say, such as computers and notebooks. If the USB interface is not enough, the USB HUB will be selected for expansion. Then, if you need to use multiple USB devices on a daily basis, you only need to supply power, but if the interface is not enough, you can make a simple USB power take-off splitter, then you can output multiple power supplies on one interface. Of course, you have to The normal use of each device can be guaranteed only when the power supply USB power is sufficient.
So how do you make a USB power take-off splitter yourself?


P01 USB take-up splitter


First, preparation for production
1, renderings
Let's take a look at the finished product of the USB power take-off splitter. The effect of 1 minute 4 is mainly composed of 1 USB bus and 4 USB sockets. The USB bus is used as the input of the power supply, and the four USB sockets are connected in parallel as the output to realize the function of 1 minute and 4:

P02 finished product renderings

2, material preparation
1, USB public seat 1
2, 4 USB female seats
3, a plastic case 1
4, LED, resistor, 1 each
5, universal board (hole board)
6, wire tools, etc.

P03 material preparation

Second, the design principle
1, the principle
The circuit principle of this work is very simple, mainly using the parallel output of the USB female. The red LED acts as a power indicator.

P04 principle icon

The four USB port pins are defined as VCC, -D, +D, and GND.

P05 USB pin definition


Third, DIY process sharing
Prepare 4 USB sockets, solder the wires according to the definition of their pins. The main pins are VCC and GND, and the other two data lines are floating:

P06 USB female

The board is soldered directly using a universal board:

P07 universal board

The red LED acts as a power indicator and requires a current limiting resistor:

P08 LED

The four SUB sockets, one USB bus, are soldered according to the principle, and the LEDs are soldered at the same time:

P09 component soldering

The effect of welding is completed:

P10 welding completed

The back of the universal board is connected:

P11 back

The box is cut and polished according to the corresponding position of the USB holder of the board:

P12 plastic box slotted

Positive effect:

P13 front

Close the bottom cover effect:

P14 cover

Comparison of the position of the board and the box:

P15 comparison

Cover and screw preparation:

P16 preparation screw

Install the board to the box:

P17 installation


P18 continues to install

Lock the screw:

P19 is installed

At this point, the power-on test passes and the DIY installation is completed.

Fourth, the finished product appreciation


P20 side


P21 front


P22 bottom


P23 is powered on


P24 indicator lights up


P25 side


P26 side

put on label:

P27 tag


P28 photo

Fifth, write at the end
This DIY principle is very simple, and the final effect is also ideal. It is very convenient for the occasion of multi-USB power supply.

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