Curved legs and a broken pin this image of integrated circuits, especially those very expensive – which elektronikom spends sleep. A damaged pin may not always be correct. It is easy to grab the item, and the chip (despite the rest, more than 30 healthy legs) will fit only in the trash. If it's an expensive microcontroller, a programmable circuit, or an accurate analog-to-digital Converter, such a case can be a serious problem in the implementation of the system. Fortunately, such incidents can be counteracted by using coasters under the chip. They facilitate the mounting of the chips, or also quickly and easily be slightly changed, without the risk of damage to the circuit Board with repeated soldering, or damage the chip by pulling his pin.
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Index: MSS-18066
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Stands for IC
Products: 15
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Test stand type ZIF for chips with 28 pins. It has a lever, thanks to which the multi-pin socket is crimped. The stand is equipped with gold-plated contacts. The raster...
Index: UCC-04742
Index: UCC-04742
Test stand type ZIF for chips with 24 pins. It has a lever, thanks to which the multi-pin socket is crimped. The stand is equipped with gold-plated contacts. The raster...
Index: UCC-04734
Index: UCC-04734
Test stand type ZIF for chips with 48 pins. It has a lever, thanks to which the multi-pin socket is crimped. The stand is equipped with gold-plated contacts. The raster...
Index: UCC-04739
Index: UCC-04739
Test stand type ZIF for chips with 18 pins. It has a lever, thanks to which the multi-pin socket is crimped. The stand is equipped with gold-plated contacts. The raster between...
Index: UCC-04732
Index: UCC-04732
Test stand type ZIF for chips with 28 pins. It has a lever, thanks to which the multi-pin socket is crimped. The stand is equipped with gold-plated contacts. The raster...
Index: UCC-04737
Index: UCC-04737
Test stand type ZIF for chips with 40 pins. It has a lever, thanks to which the multi-pin socket is crimped. The stand is equipped with gold-plated contacts. The raster between...
Index: UCC-04738
Index: UCC-04738
Test stand type ZIF for chips with 16 pins. It has a lever, thanks to which the multi-pin socket is crimped. The stand is equipped with gold-plated contacts. The raster between...
Index: UCC-04731
Index: UCC-04731
Index: UCC-00095
Index: UCC-00096
Index: UCC-00094
Index: UCC-00091
Index: UCC-00093
Index: UCC-00185
Index: UCC-00090
Index: UCC-00092
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Sockets for integrated circuits in different housings
In the offer of our store you can find sockets for integrated circuits dedicated to different casings of integrated circuits. They are designed for through-hole mounting, in which the legs of an electronic component go through holes in a printed circuit board and are connected to the solder fields with the help of tin from one (usually the bottom) side or two. If a pad is used, the pad is soldered in place for mounting the circuit, and the circuit itself is inserted into the holes of the pad. This type of mounting is often used for expensive components to avoid damaging them by soldering, as well as for components that are frequently replaced, such as processor program memory in embedded systems.
Versatile and inexpensive DIP sockets
The simplest bases for integrated circuits are the so-called DIP sockets, designed to place the circuits in the housing of the same name. DIP, or Dual In-line Package, is an enclosure with two rows of pins. The chip feet in DIP enclosures typically have a 2.54 mm, or 0.1 inch, raster. The chip sockets in DIP enclosures have similarly spaced slots equipped with spring-loaded metal elements. The significant pressure of these springs against the metal leads of the IC provides excellent electrical contact between the pin and the socket in the socket, even when the component is repeatedly inserted and removed from the socket.
Dedicated ZIF sockets for delicate components
ZIF (Zero Insertion Force) sockets are another type of socket for ICs. Thanks to their construction, pressure on IC pins is exerted only after latching the socket with a special lever. When the lever is released, the chip slides into the holes in the socket without any resistance. This type of IC socket is most often used in devices such as memory programmers or microcontrollers because ZIF sockets can survive many more cycles of insertion and removal of ICs than ordinary DIP sockets.