When it comes to understanding the need for computer adapters, it's important to understand the evolution of integrated circuit technology. American scientists first used printed circuit boards for manufacturing and designing radios during World War II. These circuit boards featured wire leads, and the board itself featured tiny holes for connecting all of the electronic components. This technology was called "through-hole" mounting or construction.

Over the years, scientists explored new ways of mounting components to circuit boards. In the 1960s surface mount technology was introduced as a cost-effective and efficient way of mounting components to circuit boards. This was a process by which components were soldered onto tabs or pads and placed directly onto the circuit board.

How Surface Mount Technology Works

Surface mount technology uses small solder balls or paste that is melted to the circuit board. The circuit board is placed under infrared lamps that melt the solder, and then cooled slowly to prevent the components and the board from cracking. A number of different materials are used for the printed circuit board, but most contain some combination of plastic and copper.

Surface mount technology has some major advantages over wire-mounted packaging systems. For one thing, the size of components is significantly reduced in the process. This small size means more information can be stored in a smaller amount of space. In addition, the components weigh less, which makes them ideal for computers and other consumer electronic items.

The Introduction of Ball Grid Array

Over time scientists and electrical engineers discovered ball gird array technology. This technology is often seen in the integrated circuits used in modern communications, transportation, and computer applications today. Integrated circuits are most often featured in microprocessors and memory chips. The smaller size of these circuits helps to improve processing speeds, and also contributes to a decrease in overall manufacturing costs.

Ball grid array is similar to through-wire systems, but instead of using pins, tiny balls of solder are used. One of the main advantages of this packaging system is increased resistance to heat. This is especially important in high-speed packages where the heat generated can interfere with the signal strength. It's always a good idea to look for a BGA package that features a minimal amount of physical distance between the package and the integrated circuit.

Other Packaging Devices

The best computer adapters and electronic packages help to increase profits and also provide scientists with the flexibility needed for innovation, product development and experimentation. There are a number of other packages available besides ball grid array packages. One such package is the dual in-line package, or DIP. This package features pins located across from each other that are connected in a rectangular housing device.

Other popular packages include pin grid array, land grid array, and a number of different sockets. The most popular socket options include: TSSOP sockets, SOIC sockets, and QFP sockets. Most sockets on the market today are designed for low insertion force or zero insertion force. When shopping for electronic packaging devices it's always a good idea to make sure they meet industry wide standards.