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EMC E20-368 : XtremIO Solutions Specialist test for Implementation Engineers Exam

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Test Number : E20-368
Test Name : XtremIO Solutions Specialist test for Implementation Engineers
Vendor Name : EMC
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E20-368 test Format | E20-368 Course Contents | E20-368 Course Outline | E20-368 test Syllabus | E20-368 test Objectives


Exam Title : Dell EMC Certified Specialist - Implementation Engineer - XtremIO Solutions (DECS-IE)
Exam ID : E20-368
Exam Duration : 105 mins
Questions in test : 60
Passing Score : 63%
Official Training : Optimizing Storage Services for Applications with XtremIO and X2 (MR-1CP-XIO4APPS)
Exam Center : Pearson VUE
Real Questions : Dell EMC XtremIO Solutions Specialist Real Questions
VCE practice exam : Dell EMC E20-368 Certification VCE Practice Test

XtremIO X1 and X2 Hardware Fundamentals 9%
- Identify and describe the XtremIO X1 and X2 hardware components, cluster offerings, and FRUs
- Identify and describe the hardware components and FRUs

XtremIO X1 and X2 Installation 23%
- Identify, describe, and compare the required documentation involved in XtremIO X1 and X2 installations; including the specific order in which the documents should be used
- Identify and describe the individual XtremIO X1 and X2 cluster cabling requirements as well as compare and contrast single versus multi-cluster cable requirements
- Identify and describe the logical order of XtremIO X1 and X2 installation operations after cabling has been completed, up to cluster format
- Identify and describe the XtremIO X1 and X2 post installation procedures and processes
- Identify and describe how to power on, configure, and validate cluster connectivity and the overall status

XtremIO X1 and X2 Initial Configuration 16%
- Explain the XtremIO X1 and X2 Management Server (XMS) installation options, requirements, and deployment considerations
- Identify and describe the purpose of the software components required in an XtremIO X1 and X2 installation
- Identify and describe the XtremIO X1 and X2 communication connectivity options (ESRS, FTPS, e-mail)
- Identify and describe how to initialize and register the XtremIO X1 and X2 cluster in the Install base

XtremIO X1 and X2 Management 38%
- Identify and describe XtremIO X1 and X2 storage management operations (GUI,CLI, REST); including user accounts, methods of access
- Identify and describe XtremIO X1 and X2 volume operations
- Identify and describe the XtremIO X1 and X2 host configuration requirements
- Explain the specific Microsoft Windows host configuration requirements in XtremIO X1 and X2 environments
- Explain the specific VMware and Linux host configuration requirements in XtremIO X1 and X2 environments
- Describe XtremIO X1 and X2 Snapshot configurations, uses, and limits
- Identify and describe XtremIO X1 and X2 Data Services benefits and integration features
- Identify and describe XtremIO X1 and X2 performance considerations and reporting abilities

XtremIO X1 and X2 Solution Integration 14%
- Identify and describe XtremIO X1 and X2 RecoverPoint, VPLEX, and AppSync options, considerations, limitations, and specific uses cases
- Explain the Oracle, VDI, XtremIO X1 and X2 challenges, best practices, and deployment considerations
- Describe the XtremIO X1 and X2 GUI, and CLI cluster state options, power procedures, and IP modification considerations



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EMC book

Exploring methods EMC in clinical gadgets | E20-368 test Questions and genuine Questions

With many contraptions, particularly small ones, the design approach is simple, using fundamental EMC design practices including protecting and filtering. however with greater advanced machine, it may possibly now not be feasible to offer protection to the complete equipment, for one intent or one more. for instance, operator entry could be mandatory right through operation. Diagnostic gadget, injection programs, interventional lasers, and other contraptions might also incorporate electric powered motors, lasers, high-vigour lamps, and vigor hardware for their functions.

achieving EMC with advanced systems can be now not be convenient, but following some primary instructions at the entrance conclusion of the design cycle eliminates many problems and minimizes the impact of those inevitable gremlins that display up downstream. the use of modest EMI (electromagnetic interference) control options all over the device minimizes the should take surprising steps at the last minute.

this text outlines the fundamental steps of methods EMC design for clinical instruments, but first some preliminary strategies.

EMC necessities: A abstract

EMC is relatively well lined with the aid of the regulatory necessities designated in IEC 60601, with adjustments for particular situations—technology all the time stays a step forward of the regulators. Compliance with this regular is necessary in much of the area, including the united states and Europe; most nations implement it vigorously.

The standard covers both immunity to external interference and emissions from inside the machine, but the basic emphasis is on immunity, as it influences affected person security. Immunity necessities encompass external radiated electric powered and magnetic fields, conducted radio-frequency (RF) interference (RFI) and quite a lot of energy disturbances, and electrostatic discharge. (by the way, the time period susceptibility is used in its place of immunity in the military and automotive worlds—they're relating to the same concern.) The emission requirements restrict power emanating from the device to lower interference to neighborhood electronic equipment, chiefly radio receiving device. this is always no longer a safety concern, but there are exceptions.

The intention for all the necessities is to be sure that the equipment will operate satisfactorily in its meant environment and degrade gracefully when the electromagnetic ambiance is worse than projected.

fundamental EMC ideas: Grounding and shielding

Grounding and shielding form the core of EMC methods design.

Grounding. the important thing difficulty in grounding is the impedance in the ground (or return course). Any time two or extra circuits share a floor path, they additionally share voltage drop along the normal route. The voltage generated by way of one circuit appears to the other circuit as an undesired sign. here's authentic anywhere signal or ground currents circulation, even if on the circuit board, interconnect cables, enclosure participants, and many others. figure 1 suggests the impact of floor impedance.

Single-point grounds are often referred to as an answer to electromagnetic interference (EMI) issues, and they are very effective for controlling audio frequency noise. In figure 1, the floor is broken at the “X” and moved to a single point, as indicated by means of the dashed line. youngsters, single-aspect grounds are often no longer feasible. Worse, they don’t work at better frequencies—direction inductance and standing waves trigger voltage drops alongside the manner, and stray capacitance creates stray alternate paths. In these circumstances, the dressmaker may still look for low-impedance floor paths as the preferred approach to handle EMI.

The final analysis is, ground every thing as regularly as viable. Don’t be concerned about floor loops. as soon as there's a couple of ground, there's a assorted-factor floor, and the simplest solution is to make impedance as low as possible. This task is most suitable accomplished by using huge structural steel participants, ideally sheet metal, and bolting them collectively at regularly occurring intervals. If a steel chassis is not obtainable, the best choice is to floor throughout the cables, which is not a palatable alternative—floor straps and wires are too inductive to be helpful above audio frequencies.

Mating surfaces ought to be conductive and supplied with a superb contact enviornment. notably, screw threads, hinges, latches, and bearings are unacceptable as floor connections.

In sum, multipoint grounds are mandatory for prime frequencies and single-factor grounds (or no grounds) are greater appropriate for low-frequency analog circuits and motors.

shielding. determine 2 boils EMC shielding down to its basics. Any electronic machine is at risk to exterior radiated interference, which can be contained through the use of a steel preserve. For the most part, this preserve will include radiated emissions from the equipment as well. The interference that enters or leaves the enclosure through conduction, through either the vigor or sign traces, need to be blocked by means of cable protective or filtering. for this reason, if a sufficient shield may also be applied that both filters or shields the cables, this setup presents a solution to the regulatory challenge. Of path the machine still has to face up to internally generated interference.

complete coverage of defending and filtering would soak up a complete book (and there are a few first rate books obtainable) and is beyond the scope of this text. besides the fact that children, a short abstract of the ideas is warranted because they're crucial to the techniques strategy. good shielding requires just about comprehensive closure—openings and seams must be minimized. in the authors’ journey, a fine guideline to follow is that the longest dimension of the opening need to be under 1/20 of the wavelength of the maximum possibility frequency.

L = λ/20, where L is longest dimension of the opening and λ is wavelength, given by:

λ = 300/f. λ is measured in meters, f is in MHz.

The highest risk frequency will always be the optimum RF immunity and emissions verify frequency, constantly 1 GHz. as an instance, if there's a highest hazard frequency of 1 GHz, λ is 1/3 of a meter and highest L = 1.5 cm. Of direction, if the module can’t reply to a frequency that high, the closure requirements can also be secure just a little.

protective can be carried out with any moderately conductive material. in a similar fashion, thickness of the fabric is also of little final result—conductive coatings provide ample high-frequency protecting effectiveness. In just about all situations, the drawback is the openings; closing the seams should be the driving factor. The exception is defensive for low-frequency magnetic fields, particularly 50–60 Hz, through which case thick, permeable materials are needed.

Wires penetrating the protect deserve to be shielded or filtered, counting on the application. quite often, energy lines and low-frequency signal strains are filtered and high-velocity signal lines are shielded. In specific, affected person-related signal traces are well-nigh not possible to shelter thoroughly since the patient ends deserve to be uncovered. The authors prevent transient suppressers, however they may be considered where approved.

gadget protecting

Now that we've the primary guard in intellect, note that the clothier is free to choose the shelter boundaries, provided that those boundaries enclose the features of activity, i.e., preserve offending power interior the preserve and exterior energy outside of the shelter. within the excessive case, there may be a single chip it's liable to exterior radiated interference. simplest the chip would need to be shielded, however there would nevertheless be difficulty about power conducting into the pins. Or if the total circuit board is a possible difficulty, some might shield the complete circuit board. television works on this precept—the most effective circuit shielded is the television tuner. Or, if they have a few circuit boards, a look after might be used across the card cage.

but designers are not restricted to the usage of a single guard; they could use as many as mandatory, so long as the defensive rules are adopted for each module, and the wires penetrating the safeguard are either filtered or shielded. figure 3 shows the principle: the shields have been moved inner to deliver protection to the vital areas, and shielded and filtered cables have been put in as vital to supply system protection.

Plan for EMI

Now that the simple grounding and defensive ideas are in mind, let’s turn to the initial design. The military world takes EMC seriously, always requiring an EMI control plan (see DI-EMCS-80199B) to be organized and submitted for overview. clinical equipment producers may also not wish to do that formally, but they should take the applicable steps early within the design section. the earlier EMI considerations are addressed, the extra design options there are. trust the steps that follow.

1. determine the probability

If a manufacturer’s only issue is the regulatory considerations (usually IEC 60601-1-2) and its machine is lined by way of the necessities, this step is handy—the entire thinking has been accomplished for the business. nonetheless it is still acceptable to think past the regulations, by way of asking the following questions: what's the consequence of failure? must the machine be completely operable a hundred% of the time, or can it tolerate quick interruptions and, if so, for how long? These questions are pretty neatly lined by means of IEC 60601, however do perform a sanity determine.

Is the gadget to be placed in an environment not safely coated with the aid of IEC 60601? if it is to be operated in a car, reminiscent of an emergency automobile or aircraft, then the manufacturer could have to go beyond the rules.Are there any interior components that are exceptionally noisy or delicate? here, the clothier should believe not best the regulatory considerations, but also the inner self-compatibility considerations. here are some quick guidelines.

Interference Sources. continuous emitters include all clocks and linked facts buses, switching vigour components and regulators, pulse-width modulation motor drives, electric powered motors, RF heaters, fluorescent lamps, and others. For essentially the most half, these facets are frequently handiest an issue concerning emission limits, but RF heaters and diathermy may be energetic sufficient to create an internal interference condition.

Transient noise sources mainly originate from switching heavy loads, constantly inductive hundreds comparable to motors and transformers. beginning loads are likely to cause energy sags and stopping loads tend to cause voltage spikes.Interference Receptors. although all electronics will also be affected, given enough supply energy, the authors discover that analog enter instruments are plenty extra prone to RFI and digital instruments are extra liable to transient hobbies. vigor electronics and electromechanical instruments are always the least prone. however do observe that the feedback direction in voltage regulators are delicate analog contraptions, and they are very delicate to RFI. Even power and electrostatic discharge (ESD) transients can create a quick vigour sag, resulting in digital upset.

2. Partition the equipment

Most often, interior electrical or digital modules are a subassembly, which might consist of an influence provide, a microprocessor-primarily based controller, patient connections, motors, actuators, and reveal and operator controls. occasionally, it's possible to combine two assemblies into one boundary, as an instance, the monitor and touch pad.This setup goes to be just part of the equipment design, as the vicinity of those facets is doubtless going to be pushed through concerns apart from EMI. but the place there are interior threats, EMI will should receive its share of attention. as an instance, genuine separation of noisy sources and delicate receptors is likely one of the foremost alternate options—hold them as a long way aside as is possible, including cables.

3. pick out the insurance plan

as soon as the designer has selected the key threats, the next step is figuring out where to place the protection. Which modules need to be shielded, and which cables deserve to be filtered or shielded? Is the existing housing ample or does it should be shored up? If there are inside threats, probably fighting with each other, then inner insurance plan is needed. If all threats are external (both emissions or immunity), the protection boundaries can be positioned where applicable, as long as the insurance plan lies between the affected circuits and the outdoor world. where shielded cables are used, the look after have to be circumferentially clamped to the connector shell and grounded at both ends.

Electromechanical instruments akin to ac or dc motors commonly don’t need shielding, however may neatly require power filtering. Most electromechanical contraptions contain switching a considerable inductive load, so switching transients need to be contained, ideally as near the burden as viable. always, this containment is completed by use of a resistor-capacitor filter or perhaps a diode snubber. additionally note that motor drives (e.g., pulse-width modulation or variable frequency drivers) output substantial quantities of RF power with the intention to should be contained, and vigor-cable defensive might also neatly be a satisfactory option for containment.

Microprocessor modules are the primary emitters, and that they might also even be vulnerable to RFI. These modules need to be competently shielded. excessive-speed records cables often deserve to be shielded as neatly because filtering is constantly no longer an alternative. vigour-feed and low-frequency signals are commonly filtered.

visual shows are hardly shielded because protective can degrade the graphic best and brightness. commonly, the shield is placed behind the reveal, and the bezel is grounded on the perimeter to cut antenna consequences. touch pads and operator controls should be included from ESD.

patient isolation is without doubt one of the intricate areas. Full cable defensive is not feasible, and filtering is decidedly confined—capacitance to enclosure floor is sharply limited. basically, all protection must be referenced to the isolated enviornment.

four. Design the Enclosure

Designing the enclosure requires the following.

Design the floor. this may’t be emphasized enough. Designers can use as tons steel as they need (see figure 4), but be sure that all the contributors comply with the 5:1 rule outlined previously, and that the mating surfaces are continual or nearly continuous. Ideally, joints are welded or, as a 2nd choice, secured with loads of screw fasteners.

position the Modules Sensibly. Modules that interface with the outside world should still be near the enclosure boundary. Bolt all modules at once to floor. This guideline covers the module housing; the contents could be isolated from ground.

make certain Low Impedance for Mating Surfaces. First, the mating surfaces should be conductive. Painted surfaces and anodizing should be masked at the mating surfaces. Conversion coatings may also be used, but they need extra mating-surface area. Screw threads, hinges, latches, and shudder bearings are not sufficient for low contact resistance. If these ought to be used, supply a floor strap to go around.

such a setup poses an issue when mounting electronics on the door panel—there needs to be an excellent ground connection between the housing and the entry door. At a minimum, route a floor strap between the housing and the door as well as operating interconnections alongside the floor strap. Or enhanced yet, run the cables through a cable shield and ground the cable look after at each ends.

5. Route internal Cables

once the floor is in vicinity and the modules are bolted to the floor, the cables need to be routed. First and most useful, put the cables under manage drawing. internal cables should still be routed adjoining to floor to reduce loop areas and, hence, antenna results. area the cables to cut crosstalk between excessive-energy cables close sensitive receiving circuits. the place they have to cross, make a perpendicular crossing.

6. ground Shielded Housings

metal housings (motors, power supplies, card cages, and many others.) should be grounded to each different and to the floor gadget prior to now described. Floating or poorly grounded metal contributors do no good and might even cause problems.

7. behavior Preliminary testing

ready except the remaining minute to get check statistics ensures schedule slippage and price overruns. Get preliminary look at various statistics as early as feasible in order that corrective motion may also be taken early within the online game. everything doesn’t must be working in an effort to obtain valuable examine counsel—you don’t should do full trying out, and the check need not be enormously calibrated. the sooner the checking out is finished, the more alternate options there are for fixing complications.

Conclusion

EMC requires planning and it gained’t ensue unintentionally. observe the armed forces instructions for planning and executing an EMC application, at least informally. Don’t use the excuse that there isn’t time. As considered one of Murphy’s legal guidelines says, “There is never time to do it appropriate, but there is always time to do it over.”

Most EMC complications are identifiable. With a little planning, important problems and many minor complications can also be prevented. Most principally, low impedance grounding is necessary. there'll always be something you neglected, but if you have got achieved your homework, the difficulty should be fixable without primary remodel.

Bibliography

DI-EMCS-80199B, “Electromagnetic Interference handle procedures (EMCP),” 1990.

IEC 60601-1-2, “scientific Electrical device—half 1–2: established necessities for primary protection and elementary performance—Collateral common: Electromagnetic Compatibility—necessities and checks” (Brussels: overseas Electrotechnical commission, 2005). 

William D. Kimmel, PE, and Daryl D. Gerke, PE, are companions in Kimmel Gerke pals Ltd. (South St. Paul, MN, and Mesa, AZ).


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