You can only use this effect of Artifact Beagalltach. Le choix de la combinaison productive seffectue selon le cot du travail et le cot du capital: le moins cher lemporte souvent. Pour chaque niveau de salaire et de prix du capital, on peut dterminer une combinaison productive dont le cot est minimum et qui procure donc le bnfice maximum: cest la combinaison productive optimale. In less than 3 minutes you can make floats, fruit juice slushes, and frozen yogurt. We used one of the ice cream recipes and it took 30 minutes of prep time and then just 3 minutes of machine time.
Free online calorie counter and diet plan. Lose weight by tracking your caloric intake quickly and easily. Find nutrition facts for over 2, , foods. Growth Hormone and IGF1. Indirect effects: exerted as a consequence of the stimulation of production of insulin like growth factor, that is an additional regulatory peptide primarily produced by the liver. This condition is treated with human growth hormone and patients can have normal growth if treated correctly. A shooting star is really a small piece of rock or dust that hits Earth's atmosphere from space. It moves so fast that it heats up and glows as it moves through the atmosphere.
Shooting stars are actually what astronomers call meteors. Most meteors burn up in the atmosphere before they reach the ground. R Response Once the therm al event is contained Proceed with the following steps: 1. After containment, leave room for 15 minutes before re-entering. Use tongs to place the battery in a disposal bag. Place the disposal bag and its contents into a fire safety box for a minimum 2 hours. If employees are injured or were exposed as a result of the thermal event, notify your company's management and Environmental Health and Safety EHS department.
Use liquid acid neutralizer preferred or baking soda to clean affected areas. Wipe down the affected area with your regular cleaning solution. In case of exposure to smoke, fumes, or electrolyte from a leaking battery or cell, follow these general first aid procedures. Inhalation 1. Move victim to fresh air. If needed: 2. Call or other emergency medical service.
Skin or eye contact 1. Remove and isolate contaminated clothing and shoes. Call or emergency medical service. In case of contact with internal battery materials or fluids, immediately flush skin or eyes with running water for at least 20 minutes. Ensure that medical personnel are aware of the material s involved and take precautions to protect themselves. Disposal Procedures Under normal circumstances, all batteries should be sent back to Apple for proper disposal.
W hen to dispose a battery or top case with battery Do not ship batteries or top case assemblies containing batteries that were:. Damaged Exhibited excessive heat Leaked electrolyte Currently or previously swollen Dispose of batteries with these conditions locally in accordance with local, state and federal laws. In this course, you will review how electrostatic discharge ESD can damage equipment. In addition, you will be shown work practices that can guard against such damage.
Those sections MUST be passed in order to pass those exams. If you do not pass an ESD section, even a perfect score on the remainder of the exam will still result in a failed exam. Identify the correct tools to use in an ESD-safe working environment in 1 minute. Use proper tools, equipment, and procedures to configure a workspace that minimizes or eliminates the occurrence of electrostatic discharge damage in 10 minutes.
As you go through the course, answer each of the exercise questions. What does ESD stand for? ESD can damage a computer by: A. Styrofoam E.
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Do NOT wear a grounded wrist strap when you: A. To reduce the risk of ESD damage, A. To reduce the risk of ESD damage, do not touch anyone who is working on: A. There are four basic pieces of equipment needed to reduce the risk of damage from ESD. Which one of the following is NOT one of the four? What Is ESD? Static electricity, a normal and natural phenomenon, builds up on your body as you walk around.
In fact, static electricity is created any time that two dissimilar materials rub against each other such as shoes and carpet and then pull apart. The word 'static' simply means that the electrical charge builds up on one of the two materials because it has nowhere to go. That is, until the charged material this could even be your body comes close to another material that has a different charge, or no charge at all.
Then, like water trying to seek its own level, this accumulated electrical charge immediately discharges between the two materials in a tiny spark. You experience an electrostatic discharge ESD when you touch an object and feel a spark. It can cause irreparable damage to sensitive chips and printed circuitry of electronic components.
Such damage is basically a hole blasted in the integrated circuit by the ESD. It can be a very small hole but can result in hard-to-trace computer behaviors. While only a few volts of static electricity can damage an integrated circuit, you can pick up a static charge of several hundreds of volts by simply walking across a room. The movement of you, your clothing, and the surrounding air combine to make this accumulation of charge possible. The nasty aspect of such damage is that it may not be readily detectable under conventional testing or use.
Plastic utensils, polystyrene products, polyester clothing, and even the ungrounded touch of your hand can carry sufficient electrostatic charges to damage electronic components. The act of damaging electronic components with ESD even if accidental obviously works directly against your service goals, which are:. ESD Solutions ESD guidelines are described in detail on the following pages, but the basic premise of these guidelines is to electrically connect the equipment being serviced, your body, and the workbench together to a good Earth ground, in a particular way, so that it is virtually impossible for any one of these materials to build up a static electrical charge relative to the others.
Please be aware of the dangers of ESD damage and follow these steps you every time you work with the ESD-sensitive components inside Mac computers. Handle all components by edges Ground yourself How would you know? You may be damaging parts in ways that do not show up immediately via system performance or diagnostic routines. Apple has tested for ESD damage and consistently found that mishandling components and computers creates IC damage. Mishandling components creates DOA parts that slow down repairs and drive customer dissatisfaction.
In addition, you can set up work areas using heel straps instead of wrist straps. This leaves your hands free. Customers replace far fewer parts than service technicians. Since it is difficult to train customers in the best ESD techniques, Apple asks them to practice a less effective procedure that they can readily do. Everything else is shielded o Not true.
Most components have some circuitry. In addition, replacing a component such as a cable may require handling many other components that contain ICs. It is far wiser to take ESD precautions whenever you have to open up a computer. There are some products which claim to ground you without the use of direct connections to ground. Such "wireless" solutions have not been proven. Use a grounded wrist strap or heel strap. Those work. Treat any and all internal assemblies with circuit boards on them as ESD sensitive; this includes hard disk drive and optical drive assemblies.
Avoid touching any edge connectors on any circuit boards and assemblies. Avoid touching or handling any components on the surfaces of these boards and assemblies. Never handle or pick up any circuit board by its components, such as a heat sink, because of the risk of damaging or destroying the board by accidentally pulling off components this way.
Before working on any circuit board or assembly containing ESD-sensitive circuits, ground yourself and the equipment you are working on to an earth or building ground. Use a grounded conductive workbench mat and a grounding wrist strap, and ground the equipment to the mat. ESD Mat and snap fastener with lead to ground shown disconnected : 3. Make sure you are NOT grounded when: - you work on plugged-in equipment - you discharge a cathode-ray tube CRT - you work on an unplugged CRT that has not been discharged - you are performing live adjustments 4.
Never place components on any metal surface. Metal surfaces can hold a static charge that will damage sensitive electronic parts. Use antistatic, conductive, or foam rubber mats. Do not touch anyone who is working on ESD-sensitive circuits or circuit boards of any kind. If you touch someone who is properly grounded, your "zap" or body charge may not cause any damage, but just to be safe, keep your own body charge away from other technicians.
Use static-shielding storage bags for boards and assemblies with circuit boards on them. Before you leave your bench to take a board to a storage place, put the board in a static-shielding bag. Leave all Apple replacement modules in their ESD-safe packaging until you need them. Static-Shielding Bag 7. Do not wear polyester clothing or bring plastic, vinyl, or Styrofoam into the work environment. The electrostatic field that surrounds these nonconductors cannot be totally removed. Charge levels are reduced but not eliminated in highhumidity environments.
Using an ion-generator helps neutralize the charge surrounding nonconductors. However, this type of device can't provide total protection because the static charges often cause ESD damage before the neutralizing process eliminates the charge. If you have ESD mats in your service area, it is important to clean them at least once a week. To clean them you need to use a cleaner that is specifically designed for ESD mats. Otherwise the mats will not ground equipment placed on them. This is detailed below:. When properly grounded, the workbench mat provides a safe place on which to set sensitive components and equipment.
Such a mat consists of the following elements: o Layer of conductive mesh sandwiched between rubber layers. Do not use solvent cleaners on ESD mats. The wrist strap grounds you so that you can safely touch sensitive components without "zapping" them. This cord grounds the equipment so that static charges cannot build up; the ground cord is especially important when you are working on CRTs, which can build up static charges even when they are not plugged in. The ground polarity tester verifies proper grounding of power outlets.
Take time to make the work area ESD-safe. Use a workbench mat and a wrist strap. For travel convenience, you may want to use mats that fold up. Be sure everything is properly grounded. Never set parts on the floor. Ground yourself and the equipment you are working on. Do not touch anyone who is working on ESD-sensitive circuits or circuit boards of any kind" Use static-shielding storage bags for boards and ICs. Handle all ICs by the edges. Never place components on a metal surface.
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Remove all ESD hazards from your person and work area. Use the ground polarity tester to verify proper grounding of the power outlet. Lay out and ground the conductive workbench mat. Fasten and connect the wrist strap to your wrist and connect it to the workbench. Apple products are known for their imaginative design.
This course concentrates on the service issues that apply to the wide variety of Apple's innovative computers. Given an Apple hardware device, identify the model and technical specifications of that device in 2 minutes. Use Apple documentation to locate the serial number of a given product in 1 minute. Use Apple systems and a given serial number to identify the AppleCare-specific name for that product in 1 minute.
Using available Apple resources, locate the AppleCare name for computers with the following serial numbers: a. Locate the correct service manual for each of the computers shown above. Where is the serial number located physically on a MacBook Pro? Review specifications for the following computers: a. Do the same for the iMac inch Late and the iMac inch Mid Locate service issues for the Mac Pro 8x using Knowledge Base.
Different models in the same general group may look very similar but differ in how you diagnose and fix them. Diagnostics, Service Manuals and parts are based on the specific model. AppleCare gives each new product release a distinctive name - the AppleCare name - which appears on all service materials for that particular release. You need to know the AppleCare name of the model you are repairing in order to match correct parts and solutions.
Apple released five different versions of the Power Mac G5 starting in and finishing in , in addition to the Mac Pro models. Which model is it? The All-Important Serial Number If you can find the serial number, you can identify which model you have. Let's assume that you locate the serial number on the back of the computer. We briefly reviewed this resource in the References course.
If you go to www. Once again, you have the correct AppleCare name for the product. It is a Mac Pro Early Using a Name - Correct Diagnostics and Manuals Once you have the correct name for a product, you can readily access the correct diagnostics and service manuals via Service Source. You can access different types of information by selecting from product menus. More detailed information on locating product information is found in the References course. Serial Numbers and Non-Booting Computers If you need a serial number but the computer does not boot and System Profiler is not an option, you can look up the physical serial number locations of different products in the Apple Support site.
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This article gives you access to a variety of references. These are updated frequently but may not have every new model listed. Example To find a serial number for a PowerBook G4, click the "Locating your PowerBooks serial number" link from the product list provided, identify your computer from the illustrated list that appears, and click the document number on the right of the page to see the serial number's location.
Choosing the "Locating your PowerBook's serial number" article link gives you this result:. Compatibility A common question is whether a particular component will work with a particular system. RAM for memory upgrade is probably the best example. Determining whether older RAM will work in a new system requires that specifications for both computer models be reviewed and compared. Expansibility This is the expansion capacity - the ability to add peripherals to a system.
For example, to use a USB 2. Capability Some service issues are based on incorrect perceptions of a specific model's capability. For example, A Mac mini customer who wants to attach an Apple Cinema Display inch DVI will be disappointed unless he is advised of the mini's capability. He can use up to a 23" Cinema Display but not the inch model. Software Upgrades Software upgrades on Mac computers can be made by using Software Update from within the Mac OS, installing a major OS upgrade via a number of installation options, or by installing new applications.
In most cases, customers can perform these activities on their own. Support article HT "Software update, upgrade--what's the difference? Hardware Upgrades Hardware upgrades are more complex if they require an internal installation. Most Mac computers excepting Power Mac G5 or the Mac Pro are not designed for easy access to the interior of the computer. Why Upgrades Matter to Service Technicians Upgrades impact your work when you are trying to add capabilities to a customer's. Customer wants to install software that is not supported by the computer.
Customer wants to have more RAM installed than is supported by the computer. Customer wants to use older peripherals with a new computer. Customer wants to use new peripherals on an older Mac. Let's look at the requirements for Mac OS X v Applications Compatibility You may install applications only on a Mac that meets both the hardware and software OS requirements of the applications. For example, iLife '11 requires the following hardware and OS specifications:. Here you see a Mac Pro memory module with and without the required heatsink.
You must ensure physical connectivity between a computer and a peripheral in order to make the combination work. For many peripherals, the Mac OS X system already has the appropriate drivers to connect to them. For older peripherals, there may or may not be drivers available to make the peripheral functional. To locate up-to-date drivers, you will often need to go to the manufacturer's website to hunt them down. For example, a Bluetooth phone works only with a Bluetooth enabled Mac. Customers may not know what their computer can and cannot do, so checking specifications will provide current information.
Overview Service technicians need to be able to work efficiently with a large variety of different computers. Mac computers, in particular, may differ greatly from model to model in terms of how parts are accessed for replacement. Basic Components All computers have some basic parts in common. In the Basic Computer Theory and Terms course, you were introduced to a list of such components:.
Getting access to these components for troubleshooting and servicing varies greatly with the individual model. Let's take the example of the original iMac G5 and the iMac G5 iSight and see how different these computers actually are when it comes to doing repairs. The original iMac G5 was intended as a computer that a customer could readily service on their own.
Once the back cover is removed, there is a 'tray of parts' - i. This allowed customers to replace hard drives, power supplies, and optical drives. The iMac G5 iSight introduced later, looks similar on the outside to the original iMac G5 but the component layout is dramatically different. Original iMac G5. You must replace the hard drive in an iMac G5 inch model. To access the drive, you remove the back cover and find the following layout:.
In contrast, the iMac G5 iSight in the same screen size requires the following parts be removed prior to accessing the hard drive:. You enter the computer from the front rather than from the back as you did on the original iMac G5. Once you have removed the preliminary parts, you will see this array:. Layout Issues Most PCs are built along the same designs and come with moderate differences to accommodate different features. Mac computers, however, incorporate unique design features that have to be addressed when you open each one for service. Issues to consider are:.
What special tools are needed to work on the computer? How do you open the computer? What do you need to remove before you can access the part you need to replace? What precautions are necessary when servicing the computer? The answers to these questions can be found in the technician guides and service manuals for the product.
Introduction It is essential that you review the service manual or technician guide on a new computer before you start to work on it. Some Power Mac G5 computers, for example, require an unusually long hex key with a ball tip to remove the heat shield. The Mac mini requires a modified putty knife for opening the case. A number of iMac computers require a special card to open the unit. In another example, the service manual for the iMac G5 iSight shows that to remove the front bezel you need to use a thin plastic card to spring internal catches via the ventilation slots on the back of the computer.
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In later models of iMac, the card was amended to more readily spring the catches. This was done by bending the front quarter of the card forward. What Comes First? Each Mac computer is designed to be taken apart in a specific order. In many cases, there will be multiple parts that have to be removed prior to accessing the part you want to replace. Don't assume parts come out of a Mac in one continuous sequence - there can be many ways into a computer. When beginning a repair that you have not done before, it is best to consult technician guides and service manuals.
By doing so, you eliminate wasted efforts and the risk of damaging equipment. Special Precautions When you review the technician guide or service manual for a newly released model, note any special shock hazards or warnings about sharp edges in the computer. Overview All computers produce heat. Generally, the more powerful the computer, the more heat it produces. Every well-designed computer addresses the need to dissipate processor heat efficiently. Mac computers, with their unique form factors, have some equally unique solutions. They have been carefully designed to channel heat from the inside of the computer to the outside air.
Let's look at some examples of how Apple has addressed thermal issues. Fanning the Problem With the introduction of the Power Mac G5, Apple had to take some very special steps to handle the processor heat. There are two components to managing waste heat on the air cooled Power Mac G5. They are:. As stated above, each zone has its own set of fans. A series of plastic baffles and other partitions are installed in the computer to separate the airflow from other zones.
Fan Control Software. The second component is the temperature control software. The OS, working with the System Management Unit SMU , specifically controls each zone's temperature and will engage the fans at certain speeds dependent on system load or greater use of components in those zones. For example, the optical drive bay fans may push more air if you are burning a DVD, or the PCI zone fans could speed up when playing a 3D-intensive game.
This also means that fans will run at full speed when the OS is not available. How to do thermal calibration on such computers is covered in the Diagnostics course. The iMac Flat Panel computers presented their own unique set of thermal challenges. Since all of the heat producing components in the computer are encased in a hemispherical shell, the following techniques were used to avoid cooking the components:.
Metal heat conducting pathways or "pipes" channel heat to a heavy metal shell that covers the base of the computer. The shell serves as a heat sink that radiates excess heat to the outside air. Thermal paste is used to ensure proper heat flow along gaps in the heat pipes. The bottom cover of the base is secured to a specified torque to firmly seat heat pipe components together.
These techniques mean that service technicians have to make sure that they restore the heat pipes to full functionality after opening up the computer and breaking apart heat pipe pathways. Here is an illustration showing some of the contact points that require the reapplication of thermal grease when closing up the computer:.
Thermal Grease Thermal grease is a material that can be used to create a heat bridge between other materials. Apple supplies this grease in small syringes for service parts that require it when replaced. The various types of thermal grease, gel, and paste used in Apple products are specifically chosen by Apple engineers to match each product's thermal characteristics.
These thermal compounds are NOT interchangeable and service technicians should NOT freely mix and match these compounds with any product. Always follow the service manual to determine the correct type and part number of the specific formulation of thermal compound required for each model. As an example, the 'Krytox' thermal grease used in the Mac Pro 8x must be handled with gloves while other special safety precautions are taken.
You can learn more about such technician safety issues in the Technician Safety. Store thermal grease syringes or tubes in their original packing. This ensures that the part number for each container of thermal grease is retained. Knowing the part number is the ONLY sure means of identifying the correct grease for a specific computer. Do NOT use thermal grease that is not specifically intended for the Mac you are working on.
Clean the area of application thoroughly with alcohol before applying the paste. Apply the paste evenly over the entire heat conducting surface. Make sure that the surfaces covered with thermal paste are firmly seated together when you reassemble the computer. Thermal Pads For many products, especially portable computers, Thermal pads are used to ensure correct heat transfer between internal components. They are thin adhesive-backed pieces of material. These pads differ greatly in appearance but serve the same purpose.
When replacing thermal pads it is important to thoroughly clean the contact surfaces before applying the new pad. Firmly seating components together is also required. Also, try not to handle thermal pad material with bare fingers. Skin oils and other contaminants that may be transferred to the thermal pad greatly reduce its ability to properly enhance the transfer of heat, reducing its effectiveness. Try to keep all plastic or wax paper that may be covering the pad in place until you are ready to apply the pad.
The thermistor body is physically attached via tape, glue, etc to the part or component whose temperature is being measured. This way it will get close to the same temperature as the part it's touching and give a true reading of temperature reading. This puts an emphasis on correct thermal sensor placement. How Thermal Sensor Information is Processed When the thermistor resistance readings get low enough corresponding to a high enough pre-programmed temperature set-point , then the SMC System Management Controller turns on and revs up the fans inside the computer to provide more cooling.
These fans typically blow cool air across the heat sink, cooling it off. When the fans have sufficiently lowered the temperature inside the fans will turn off or slow them down , which causes the heating cycle to start all over again. This means. How Thermal Sensors Can Fail Because thermal sensors help the SMC read internal temperature, if these sensors 'lie' for whatever reason, they can cause the SMC to respond to phantom conditions which can be very confusing to troubleshoot.
Short Circuit Thermal sensors can cause odd, seemingly unrelated fan noise and even shutdown problems if they are ever accidentally short circuited. The SMC can't tell the difference between a shorted thermistor and a very hot thermistor. If the SMC detects what it thinks is a high temperature for very long, it will run the fans on high trying in vain to cool the computer causing fan noise , then it will eventually shut the computer down to protect itself, even if nothing is really.
Disconnection Thermal sensors can cause problems if you forget to connect them during reassembly. A disconnected thermal sensor looks to the SMC like a very cold sensor. In response, the SMC may never turn the fans on even as the computer actually gets hotter, causing a real overheating condition and more serious problems. Always double-check your connections during reassembly.
There are several resources available. RTFM Read the Friendly Manual The troubleshooting section of Apple service manuals and technician guides provides an overview of possible product issues as well as giving you a recommended course of action. Service News provides notice of new service programs and will sometimes offer troubleshooting suggestions for difficult issues. New Product Training Whenever a new product is announced, there will be online self-paced instruction that includes possible issues and their remedies.
This is normally contained in the Service Issues section of the new product course. Apple Support Articles Knowledge Base The Apple Support articles Knowledge Base provide useful information on product troubleshooting but you have to be careful in how you conduct your searches. It is relatively easy to get far too many results from too general search terms. A portable computer's compact design results in smaller, lighter ribbon cables, connectors, tabs and latches. In addition, some components are more sensitive to ESD damage. Also, to minimize weight, the casing on some models is made chiefly from plastic.
To minimize the risk of damage during repairs, you may use a plastic pry tool, such as Apple's Nylon Probe Tool, to separate plastics and to lift components. Ribbon Cables Many portable Mac computer components are connected to each other by very fragile, thin ribbon cables.
When you remove a cable, carefully note the cable's path, so that you can reinstall it in exactly the same way. Cable Connectors Like the cables they connect, cable connectors are fragile and can be broken easily. When a connector is broken, the component or part containing the connector must be replaced.
Some connectors are not keyed, making it possible to install the connector backwards. Carelessly forcing or improperly connecting a cable can also short-out other components. When repairing Mac portable computers, avoid costly errors by taking time to carefully and accurately attach each connector. Tabs and Latches When you repair a portable Mac computer, be sure to use the appropriate tools, such as a plastic pry tool, to carefully release tabs and latches and to avoid scratching the plastics. If you break a latch or tab, you may have to replace the entire part, which can be very.
Use the proper screws Use the proper tools to drive the screws Avoid over-torquing when you replace screws. Unless specified otherwise in a portable model's service manual or technician guide, screws should be tightened to 1. If you use the wrong screws or over tighten the screws when you replace them, you could warp or break the plastics or strip the threads in the insertion hole. To avoid this, keep track of the screws you remove, replace them in their proper positions, and tighten them just until they are comfortably tight, no tighter. Screws used in portable computers have different heads: Philips, Torx and Allen hex.
Tools to properly drive these types of screws are unique and should not be used interchangeably. For example, a Torx T-8 driver will somewhat loosely fit a 1. But doing this may damage the screw and make it impossible to remove. Please see the ESD Precautions course for further information. NOTE: If your repair shop is not equipped to meet the special needs of repairing portable Mac computers, you can send the computer to Apple for repair. Introduction The following illustrations give you a general overview of how different iMac models have evolved. They reintroduced the all-in-one concept for Mac computers in a useful and attractive way.
These computers were Apple's solution to consumer desktops from to Flat Panel iMac G4 The iMac Flat Panel computers introduced the G4 processor to Mac consumer desktops and offered a unique form factor that presented unique challenges in terms of processor cooling and parts replacement. They also presented some unique challenges for service access. While maintaining much of the exterior appearance and internal layout of the last of the iMac G5 computers, they provide much improved performance. With the introduction of the iMac Mid an updated aluminum and glass exterior was used.
Procedures for opening the computer for servicing were also changed. Until mid, this model was available as a low-cost option for educational institutions. While the models were updated, the exterior of the computers remained basically the same. The serial number is the best means of determining the model. They reintroduced the all-in-one concept for Mac computers in a way that was both. From to , these computers were Apple's solution to consumer desktop requirements.
Introduction Power Mac G5 computers were first introduced in June of as Apple's professional desktop solution. While the models were updated periodically, their external appearance remained basically the same. The Mac Pro computers with Intel processors were introduced in August, The distinguishing visual trait for this Intel-based model is that it has two optical drive slots in the front of the computer - though there are not always two optical drives in every Mac Pro. It's possible only one optical drive is installed. Overview The Mac mini offers customers a low-cost means of getting a Mac computer using their existing monitor, keyboard, and mouse.
The first model was introduced in January of This model has no customer-installable internal components. Overview The first iBook was announced in July, This consumer portable was originally conceived as a suitable computer for K education and persons needing a basic computer that would put up with hard use.
In the later G3 and G4 models, you can see that you need to use a serial number to determine exact models.
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Overview The PowerBook models are Apple's professional, portable computing solution. PowerBooks G3 models were originally introduced in The last major PowerBook G4 model was announced in October, Xserve Products Beginning in May of , Apple began producing server products that complied with rack mounting standards. Systems that are no longer supported for service parts orders are in Red Text. Exercise Answer Key Compare your answers to those shown here. Il peut refaire l exercice autant de fois qu il le souhaite. Indiquez si une rencontre est Saisir un programme de cours La vie scolaire de votre enfant sur Internet www.
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