rectangular or square package with I/O connections on all four sides. On leadless versions, the I/O connections consist of metallized terminations. On leaded versions, the leads are attached to the side of the package.
A low profile surface-mount component package, usually square, whose conductor chip cavity or mounting area is a large fraction of the package size and whose external connections are usually on all four sides of the package. It may be leaded or leadless.
A special type of enclosure or package to house a semiconductor device or a hybrid microcircuit and which has metallised castellations as usually electrical terminations around its perimeter, as well as solder pads on its underside, rather than an extended lead frame or plug-in pins.
a rectangular or square package with I/O (input-output) connections on all our four sides.
Holder for surface mounted integrated circuit devices.
A low-profile, usually square, surface mount component semiconductor package whose die cavity or die mounting area is a large fraction of the package size and whose external connections are usually on all four sides of the package.
A low profile four sided (rectangular) part package, whose semiconductor chip cavity or mounting area is a large fraction of the chip size.
High performance, low profile square or nearly square sockets with connection points on all four sides. Chip carriers have become popular throughout the industry as a successor to smaller DIP sockets. They make much more effective use of PCB real estate than DIP sockets do. There are several styles of chip carriers, including Leaded Ceramic (LCCC), Leadless Ceramic (LLCC), and Plastic Leaded (PLCC). Molex makes the PLCC style. Our line includes both through-hole and surface mount versions. Chip carriers allow great flexibility in adding, upgrading, and replacing memory in electronic products.
A chip carrier, also known as a chip container or chip package, is the container microchips (integrated circuits) come in, which is then plugged into or soldered onto its respective circuit board, such as a CPU being plugged into a motherboard. Many modern examples use surface-mount technology and are designed to be installed by machines, with tolerances too small for convenient manipulation by humans.