ZIF sockets refer to the term, `zero insertion force', which is to say that the part being placed in the socket will usually just `drop in' at which point, some type of clamping system is used to hold the part in place. This is especially beneficial to parts where the leads could easily be damaged or malformed.
On the bottom of the oil pan like on every car? usually its either 13, 14,15mm sockets/wrenches.
Change the flasher unit, change bulbs, bad ground, short in the wiring. i found in mine it was a bad ground at the pig tail what the bulb goes into. I had the same problems with both tail lights and back up lights. It was the ground on the sockets on all of the sockets. I just soldiered the ground wire to the side of the metal socket on all of them. It worked fine.
The current in the socket can not checked directly because the sockets are connected in parallel to the supplu and we can not measure current in parallel it is always measure in series so connect a lod to socket after that use ammeter in series to measure electric current.
If it is a 6 Cly. the most likely location is at about 11:00 on the bell housing looking forward. Very hard to get to and drooped bolts may end up in your transmission bell housing. Magnetic sockets and small hands advised.
Overload or short to ground in circuit Remove all bulbs and check sockets, Replace buklbs one at a time until fuse blows to determine where problem exists Then investigate that area for bad socket or wire frayed to ground
Zero Insertion Force(ZIF)
Answer: Zero Insertion Force (ZIF)
zero insertion force meaning exactly what it says. the answer is zif
ZIF or "Zero Insertion Force" sockets allow the socket to open to receive the pin without pressure and then close around the pin to give a good, solid connection.
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Preventing the motherboard from touching the case are stand-offs.
The lever doesn't lift the processor out of the socket; it takes the shearing force off of the processor pins inside of the holes, so that the processor can be lifted out, or inserted, with no pressure necessary. When you lower the lever on a ZIF socket, the pins are clamped down on under the socket plastic housing.
ZIF stands for "Zero Insertion Force."There are 2 industry uses for the term ZIF ; one is in motherboard CPU sockets, the other is for ultraportable harddrives, like used in netbooks and notebooks.Most types of CPU sockets are ZIF sockets. There is generally a lever which can be activated to release the pins of the CPU from the socket and allow it to be inserted or removed without damage. There is no single connection ZIF connection, it is merely a concept in connections, with a different layout for different types of chips.ZIF, for harddrives is an ultra-thin ribbon cable with a rigid end that slides into the harddrive connector. Most ZIF drives so far are PATA command set and are physically 1.3" or 1.8" drives.There are converters available to use CompactFlash cards in ZIF slots, and there are converters available to use ZIF PATA harddrives in 2.5" and 3.5" PATA devices.PATA stands for "Parallel Advanced Technology Attachment" as opposed to the other common ATA standard SATA, which is serial instead of parallel. PATA is a 40-pin data connector used for hard drives, cdrom/dvd drives, and other types of integrated data storage.SATA does not use a ZIF Connector (so far) , for micro-sized devices like 1.3" and 1.8" and even 2.5" harddrives , they use something called MicroSATA, which puts all 13 pins of SATA cables on a thin card-edge connector.
zero insertion force sockets (see page 178 in A+ Guide to Managing and Maintaining Your PC) "PGA, SPGA, and LGA sockets are all square or nearly square. So that even force is applied when inserting the processor in the socket, all current processor sockets have a lever on the side of the socket. These sockets are called zero insertion force (ZIF) sockets, and this lever is used to lift the processor up and out of the socket. Push the lever down and the processor moves into its pin or land connectors with equal force over the entire housing."
ZIF (Zero Insertion Force)
"ZIF" is an anconym for "Zero Insersion Force". For any processor, or other integrated circuit designed for insertion into a socket, the force required to insert or remove it is proportional to the number of pins on the chip. As each pin needs a secure connection to it's socket, the force required on modern processors, having close to a thousand pins; to insert into or remove from a socket reliably and without damage; would be extremely high and would likely cause physical damage if done by hand. A ZIF socket utilizes a clamping mechanism whereby the socket contacts can be opened using a lever. This allows a processor, with hundreds of fragile pins, to simply be dropped into the socket with no force. Then, the ZIF socket is clamped or "locked" using the lever which firmly clamps all pins tightly. In this manner, a ZIF socket makes difficult and potentially damaging insertion or removal of a processor or other integrated circuit, a simple, easy, and safe task.
Well there's the GPU, a specialist in graphics There are multi-core CPU there are integrated ones there are ones with ZIF sockets and some without really the are all the same in principle but don't vary widely in areas other than power usage and speed.