Jigsaw Puzzles Of Packaged Electronic Chip Motion Effect From Science Photo Library from Media Storehouse


Price not available at this time

Discontinued - Unfortunately this product has been discontinued and we will not be receiving any more stock. Click here for alternative products.

Click images to enlarge


Introducing: Jigsaw Puzzles Of Packaged Electronic Chip Motion Effect From Science Photo Library from Media Storehouse

We are delighted to offer the fantastic Jigsaw Puzzles Of Packaged Electronic Chip Motion Effect From Science Photo Library.

With so many available right now, it is wise to have a brand you can trust. The Jigsaw Puzzles Of Packaged Electronic Chip Motion Effect From Science Photo Library is certainly that and will be a perfect buy.

For this reduced price, the Jigsaw Puzzles Of Packaged Electronic Chip Motion Effect From Science Photo Library comes widely recommended and is a regular choice with most people. Media Storehouse have included some nice touches and this results in good value for money.

This product has been reviewed 0 time(s) - Read All Reviews

Product Features

  • This Photo Jigsaw features an image chosen by Science Photo Library. Estimated image size 432x305mm.
  • Bespoke 300 Piece Jigsaw Puzzle 17x12 (43x30cm). The jigsaw is delivered bagged and on a back board making a superb gift. Also supplied are a re-sealable bag, a photo example of the image and a self assemble flat packed box for storage
  • Image Description: Microprocessor. A special effect photograph ofthe underside of a packaged microprocessor chip inmotion. The bright square in the centre of themicroprocessor is the silicon chip or integratedcircuit IC. The IC is mounted on a pinksubstrate. Around the IC are a series of pinkvertical pins. These are the termination pinswhich connect the microprocessor to the rest ofthe computer. Thin wires (usually gold wires)connect the chip to the termination
  • For any queries regarding this item please contact Science Photo Library c/o Media Storehouse quoting Media Reference 1121818
  • © Alfred Pasieka/Science Photo Library