Stephen Gilsenan

I’ve experienced that it can be caused by the electrical contacts on the bayonet and lense combination. (1) Remove the Camera Body From the Lense. (2) Inspect and wipe clean both the electrical connectors on the body and the lense. * Try reproducing the same problems with another lense.

TomTom International BV, Oosterdokstraat 114, 1011DK Amsterdam, Netherlands

It depends what the liquid was.?? ie. should it be removed and then dried or is drying an option just as is? Power down ? Normally, I have an Empty Jar and Silica Gel Sachets (what you get for example in anew box of trainers the little bags) Put the phone in the Jar overnight Failing that , A jar of Rice has dehumidifying properties which will work just as well

DO NOT EVER COVER A MICROWAVE: Try these: * Open the door Halfway. (1) If it Opens more or Closes More. Its not Level - Remedy that (2) Look at the Factory Feet (2.1) They are probably Hard Plastic? (2.2) Try and source some self adhesive rubber feet (they come with eveything from Ikea!) (2.3) The Feet will also stop the micro sliding all over if you need to press a button hard to open ** (1) THIS HAS WORKED (1.1) Loosen all the screws in the cover. (1.1.1) You DO NOT need to remove the Screws - just loose. (1.1.2) You DO NOT nor should you remove the Cover - Unless you need to and know what you are doing. (1.1.3) Screws may be of the security type- meaning you need a special screwdriver- Loosen the ones that you can (1.1.4) Whilst Pressing down firmly in the centre of the top of the cover Re-Tighten the screws. Thats it!! ???: What you have done is released “tension” that was stored in the cover by poor assembly of the microwave. - This was enabling the 50/60Hz (depending where you live) frequency from...

Your problem is most likely caused by and called ITO Corrosion. (1) There are some images attached to help visualize how this may happen - In the X-Ray highlighted in the red box is the FPC bonded area * Indium Tin Oxide (ITO) is coated to the display circuit at the edge of the lower glass in that type of display. The Flexible Printed Circuit (FPC) is bonded to the ITO layer using what is called Anisotropic Conductive Film (ACF) (1) The best way to explain that is its a bit like double sided tape with tiny gold balls on it. (2) When you squeeze it together the tiny balls connect the gold plated flex conductors electrically to the ITO plating on the glass (3) The adhesive connects them physically together. The N95 had no glass cover and so both the Driver Integrated Circuit (Driver IC) and the FPC were slightly more exposed and sensitive to transients in both Relative Temperature(RT) and Relative Humidity(RH) (1) Under the correct conditions humidity can condense and as such start to corrode or oxidise...

The display uses a ZIFF connector. Sometimes opening it removing the flex and Re-insterting it should do it. Corrosion is also an issue so check there has been no moisture damage