This skill defines how difficult the soldering is on a particular product. It might be a couple simple solder joints, or require special reflow tools.
Skill Level: Noob - Some basic soldering is required, but it is limited to a just a few pins, basic through-hole soldering, and couple (if any) polarized components. A basic soldering iron is all you should need.
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Based on 12 ratings:
4 of 4 found this helpful:
This does just what is needed when having a Raspberry Pi board mounted inside a larger box along with a power supply and other electronics. Although the edge of the circuit board does interfere with the SD card on the Raspberry Pi B models, filing off a little at the edge of this makes it work fine. And as for the newer Raspberry Pi models where the power inlet has been moved around the corner next to the HDMI socket, there is no problem with this at all.
2 of 3 found this helpful:
There's a lot that modern gadgets cram over the five pins on microUSB ports. USB device mode, of course. And charging too. USB OTG host sometimes. But sometimes hidden features can be unlocked when you put specific values of resistors between ID and ground. Depending on the device, some values can kick them into factory configuration and test modes, others will turn D+/- into audio line out signals, and some route a serial console RX/TX to D+/-.
This is the best tool I've used so far for hacking on microUSB ports, and was critical in discovering a way to a root process on the Nook Color among other tablet hacks. This is also handy for making quick measurements of USB VBUS current. You have the option to solder down pin headers for use with jumper wires, or solder in a cable for easier connection to a breadboard.
The lopsidedness can get in the way depending on the orientation of the microUSB socket on the device, but a book underneath to prop it off the table solves that easily.
If you're trying to open up the latest Android gadgets, this should be in your kit alongside a Bus Pirate.
0 of 2 found this helpful:
Un excelente conector y es genial que tenga el pin de ID, para hacking en smartphones sirve mucho
I used this and the female breakout board to make a custom tablet stand/dock. I was a bit rough with the parts during assembly and soldering since I was on a bit of a time crunch. This breakout is pretty solid and is going to last a long time in my application.
I needed an interface between the Raspberry Pi's micro USB port and an external USB port mounted on the wall of the project's metal enclosure. This breakout board was the perfect solution and made for efficient use of the enclosure volume.
Works great. Strong, since the mechanical attach to the board is "through hole" rather than surface mount.
This board is great, easy to configure, pin out, and mount. And as bonus, the Sparkfun tech support is excellent. Will be purchasing several other breakout boards soon.
This little doodad takes something wicked hard (soldering tiny wires onto tiny pads embedded in plastic in the right order) and makes it dead easy.
This worked great for powering a Particle Electron board inside an enclosure since I just needed +5V and GND. Used an external 2.5 x 5.5 mm chassis mount power jack to get power from the outside, to this connector, to the Electron. Not enough clearance to chop a micro USB cable, so this was ideal.
Many if not most USB charger cables have such small wires there is a significant voltage drop by the time you get to the Raspberry pi computer board. The USB Micro B plug breakout board solved that problem by allowing use of a larger wire. Using the same 5 volt 5 amp power supply with my own wire I can now get full power to the pi circuit board.
0 of 1 found this helpful:
Bulding test equipment for cell phones, I need to order the female ones too.