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1、Product description Mini USB cable
Conductor: tinned copper.
Connector:MICRO USB*2,etc
conductor:99.99% oxygen-free copper for maximum conductivity and reliability.
length:1.2M(customizable)
jacket: PVC
Insulator is made of polyester resin and glass fiber
reinforced (UL 94-0) providing superior heat and chemical resistance.
color:hyaline white(optional)
Fast conductivity and low loss, more stable for signals transmission
Good resistance of EMI and RFI
2、Application
For PC printer,mp4
3、advantages
Factory advantages
Ex-factory price
Free samples provided
Customized designs are welcome
minimum quantity:negotiable
all product are 100%tested and checked
all materials are eco-friendly
OEM/ODM orders services are provided
The right to free import and export
4、Packaging&Delivery
packaging detail:standard export packing
delivery detail:7-10 days received the deposit
Tape used to stop wires moving ...
A client brought me a broken 1 Gb USB pen drive containing data. A lanyard attached to the USB key was violently pulled out of the USB port, pulled upwards and quickly. This not only bent the circuit board (which has since been straightened) and pulled the solder pads connecting the USB connector the the board, clean off.
This left nothing to solder to. From here, I used a 20x magnification to track the pads to hairline copper tracks and scrape of the insulation ready to have very thin wires (which dwarf the tracks) soldered to them.
As I did not want to heat up the memory chips too much, I soldered the USB connector to wires, the circuit board to wires and then joined the wires. I ended up soldering 4 data pins and two ground points.
From here, the USB key worked and I extracted 300 MB data.
Canon EOS 30D, Macro mode. 18-55 mm. Macro ring light.
2009
Img_6019
A client brought me a broken 1 Gb USB pen drive containing data. A lanyard attached to the USB key was violently pulled out of the USB port, pulled upwards and quickly. This not only bent the circuit board (which has since been straightened) and pulled the solder pads connecting the USB connector the the board, clean off.
This left nothing to solder to. From here, I used a 20x magnification to track the pads to hairline copper tracks and scrape of the insulation ready to have very thin wires (which dwarf the tracks) soldered to them.
As I did not want to heat up the memory chips too much, I soldered the USB connector to wires, the circuit board to wires and then joined the wires. I ended up soldering 4 data pins and two ground points.
From here, the USB key worked and I extracted 300 MB data.
Here you can see 3 of the data tracks.
Canon EOS 30D, Macro mode. Macro Extension tube 18-55 mm. Macro ring light. Raw, Manual Focus.
2009
_mg_6006
The PoE version of the magnetometer features a USB interface for debugging and direct firmware upgrades. In normal use firmware upgrades are performed remotely with the image sent within the normal communications protocol.
My graduation present from my parents was a Sony USB turntable. One of my summer projects is going to be digitizing some old vinyl I've got lying around, and eventually Dad will start sending more down from Alaska for me to work through.
USB Flash Drives,Vinyl Manufacturing,CD packaging, cd packages, cd packaging design, unique cd packaging, creative cd packaging, creative cd packaging, packaging options, Packaging cd
I took two Lego bricks. A 4 long one, and a 2 long one. I made an hole on one side of each brick, sizing the usb plug.
Then, i flattened the inside of the bricks, to create room for the plug and the memory.
I saw some instructions on the net where people were flattening all the inside of the bricks. I flattened just the necessary, in order to prevent unwanted movements of the flashdrive.