DIP is a term used to describe a type of through-hole technology that helps to add function, heat resistance and speed to a number of different integrated circuits. DIP stands for dual in-line package. Most DIP, or dual in-line package, feature a casing system with two rows of pins on either side of the unit. These pins are responsible for transmitting signals from the chip to the microprocessor.

Rather than mounting DIP sockets using surface mount technology, you can wrap wires around the pins for more reliable connection rates. In order to wrap these wires around the pins, you need to right tools. Highly specialized professionals need to wrap the wires when you're dealing with delicate or discrete units. People who built circuit boards for fun can also wrap wires with some special instruction and the right technical advice.

What to Look for in Wire Wrap Sockets

If you're planning on wrapping your own wires it's important to avoid making certain mistakes. When wrapping the wire, you want to make sure to apply the right amount of pressure to the wire. You can find automated wrapping tools that already come with the proper calibration. The most common tool used for wrapping wires is called a bit. When using the bit, you want to make sure that you place the wire into the slot, but don't shove it in too far.

If the wire is in too far, or isn't stripped properly, the wrong signal will be send to the electronic bit. This can lead to insufficient turns, or turning the wire too many times. Both of these scenarios create flaws in the connection, and can lead to unreliable packaging. In addition, you never want to remove the tool before the entire wrap is complete. If you install the wire you need to find out a few specifications for your package. These specifications include: wire gauge, the type of wrap (either regular or modified), the dimensions of the posts on the terminal, and the bit and sleeve sizes.