IDAX Microelectronics Labs, Inc.

The photo above depicts a time-display of the size of a fingernail with digital chips on
it. Each chip is about the diameter of a sewing needle. The job requires bonding 7
wires together per chip, linking 2 chips a row in series, and connecting with 7 traces to
complete the circuit. There are a total of 10 chips in 5 rows and 7 traces. The wire
size is 0.0007” in diameter which is similar to a ¼ of a strand of human hair.

The whole unit is then encapsulated with transparent epoxy which is about 0.016” in thickness (about the added thickness of 4 sheets of regular copy paper). Finally, it is subjected to pass the “open/short” test and “run-data” test to be acceptable.

This digit display is to be installed in high-speed cameras. Its job is to burn time-count
on each strip of film in 10,000th of a second, hundredth of a second, second, minute,
and hour. A high-speed camera can use 200 to 2000 strips of films per second!

IDAX tried, IDAX succeeded.

Due to IDAX’s visions, creative solutions, and break-throughs, we are able to
successfully develop this prototype and low-volume assembly to prevent problems in the early stage of the project.

	The left hand side shows the first two alphabets in the Penny vs. Data-Head Display word “AMERICA” on a penny; the right hand side is a partial Data-Head Display, assembled by IDAX, shown when the device is turned on.	Penny vs. Data-Head Display
	The photo above depicts a time-display of the size of a fingernail with digital chips on it. Each chip is about the diameter of a sewing needle. The job requires bonding 7 wires together per chip, linking 2 chips a row in series, and connecting with 7 traces to complete the circuit. There are a total of 10 chips in 5 rows and 7 traces. The wire size is 0.0007” in diameter which is similar to a ¼ of a strand of human hair. The whole unit is then encapsulated with transparent epoxy which is about 0.016” in thickness (about the added thickness of 4 sheets of regular copy paper). Finally, it is subjected to pass the “open/short” test and “run-data” test to be acceptable. This digit display is to be installed in high-speed cameras. Its job is to burn time-count on each strip of film in 10,000th of a second, hundredth of a second, second, minute, and hour. A high-speed camera can use 200 to 2000 strips of films per second! IDAX tried, IDAX succeeded. Due to IDAX’s visions, creative solutions, and break-throughs, we are able to successfully develop this prototype and low-volume assembly to prevent problems in the early stage of the project.