Consumer Electronics, Industrial Electronics And Industrial Standards

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3/20/23, 131 PM
Consumer Electronics, Industrial Electronics and
Industrial Standards
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Consumer Electronics, Industrial Electronics
ATnabdle oIfnCdonutesnttrial Standards

• Consumer Electronics
• Industrial Electronics
• Whats the Di erence?
• What impact does the di erence in environment
  pose on the design of electronics?
• Industrial Product Standards
• General Safety Standards
• Product Requirement Standards
• PCB Design Standards
• Electronic Passive Components Standard
• Electronic Semiconductors and Controllers
  Standard
• Consumer Electronics
• Consumer electronics incorporate devices that are
  intended for private use in the home and
  typically include items such as mobile
  phones,game consoles,home appliances, smart home
  devices, cameras, earphones, personal computers
  etc. The global consumer electronics industry
  continues to produce a diverse and complex range
  of products as technology evolves.

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3/20/23, 131 PM
Consumer Electronics, Industrial Electronics and
Industrial Standards
Oxel tech
Industrial Electronics Industrial electronics
refers to a range of equipment, processes and
tools that require electrical equipment within
an industrial se ing. These applications are wide
spread and can include electronic control
panels, sensors, transformers, high powered
devices, to name just a few. The industrial
sector has been incorporating increased levels of
electronic applications in recent years,
utilizing automation and smart technologies,
which allow for remote working and enhanced data
analysis, thus improving accuracy and e iciency
of production lines, plants, etc.
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3/20/23, 131 PM
Consumer Electronics, Industrial Electronics and
Industrial Standards
Oxel tech
Industrial Electronics What s The
Difference? The main di erence in the two is the
environment in which the electronics will
operate. Consumer operates in less demanding
environment. This can results in lower speci
cation electrical components, di erent material
for housing and also alternative choices
regarding thermal management or environmental
protection of the device. The reliability of
consumer electronics remains of high
importance. What Impact Does The Difference In
Environment Pose On The Design Of
Electronics? Choosing between an industrial build
and a consumer build is determined by the
environment of operation and reliability
required. Industrial products require high
reliability while often operate in harsh
conditions. A consumer grade electronic device
may sacri ce some reliability to meet a cost
requirement. Almost by de nition consumer
electronics do not operate in harsh conditions
so the design is less about ruggedness and more
about aesthetics, cost, and performance. .
Industrial products are built more durable than
consumer electronics. The electronics PCB within
an industrial design is of IPC class 3 which
describes high performance PCB design
guidelines. Whereas consumer electronics lies
under IPC class 1 and 2.
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3/20/23, 131 PM Consumer Electronics, Industrial
Electronics and Industrial Standards .
Components in industrial electronics have higher
rated speci cations such as higher tolerances,
higher current rating and signal response time.
These higher ratings will come with a higher
cost. Whereas, consumer grade devices will
balance reliability and cost constraints to make
the end product more a orOdabxleewhlitleeopcerhati
ng in less demanding and mission-critical
environment than an industrial product. . In
industrial design, each component will be more
robust due to the fact that more current is
required to drive the larger components, also
signal response times become important. However,
the consumer electronics will typically be rated
for much less current. . Aesthetics drives the
complexity of the electronics to very high levels
in consumer electronics since small form factor
and feature-packed device is of paramount value
to the consumers. In industrial electronics this
constraint is greatly lifted. . Consumer
electronics require more powerful controllers
than a controller chip used in an industrial
product. In industrial electronics it can be
signal processing, checking inputs or se ing
outputs. Simple controller can also serve the
purpose in industrial electronics. However,
sensors and actuators must be much more robust in
an industrial application. In order to
understand the technical di erence of quality of
design between both, it is necessary to know
about di erent standards practiced. A list is
given below from which di erent industries
choose di erent standards to follow, often
multiple ones in the same design. Industrial
Product Standards
Industrial Standards
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3/20/23, 131 PM Consumer Electronics, Industrial
Electronics and Industrial Standards General
Safety Standards . AS 3100 Approval and test
speci cation . IEC 60335 1 Safety for
household and similar electOricaxl
aepplltiaenccesh . AS/NZS 61558 Safety of
transformers, reactors, power supply units .
UL60950 Safety of Information Technology
Equipment . IEC 61508 Functional Safety (Safety
Integration Level SIL . AS 3000 Wiring
Rules . Intrinsic Safety Product Requirement
Standards . IEC 60730 1 Automatic electrical
controls . WEEE Waste Electrical and
Electronics Equipment Directive . IEC 60509
Ingress Protection Code . UL924 Standard for
Emergency Lighting and Power Equipment . MISRA
C Software Development Guidelines .
Electromagnetic Radiation . EMC emission C
Tick, CE, FCC CISPR11 ISM CISPR12 (vehicles)
CISPR14 (household) CISPR22 IT EN61000 1
(general) EN61000 2 1 (conducted) EN61000 2 3
(radiated) EN61000 3 2 (harmonics) EN61000 3 5
( icker) . EMC Immunity CE and Safety Critical
EN61000 4 3 (radiated) EN61000 4 4 (transient)
EN61000 4 5 (surge) EN61000 4 6 (conducted)
EN61000 4 7 (harmonics) EN61000 4 8 (magnetic)
EN61000 4 9 (pulse) EN61000 4 11 (dips) PCB
Design Standards IPC class 3 guideline is
followed for high performance PCBs. Following are
di erent IPC standards for every phase of PCB
production process
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3/20/23, 131 PM Consumer Electronics, Industrial
Electronics and Industrial Standards . IIPC-2221
addresses topics like design layout, parts lists,
materials, mechanical and physical properties,
electrical properties, thermal management and
more. . IPC-4101C covers requirements for base
materials, typically called laminate or prepeg,
mostly for use with rigid printed boards or
multi-layerOboxaredsl. Itt deeaclshwith the
materials used, their dimensions and their
properties. . PC-6012B establishes quali cation
and performance requirements for the fabrication
of rigid PCBs. . IPC A-600 F sets the acceptance
criteria for PCBs. . IPC J STD-001 describes the
materials, methods and other criteria for
creating high- quality soldered
interconnections. . IPC A-610 , Acceptability of
Electronic Assemblies, provides criteria for the
acceptance of end products. . IPC A-620
provides criteria for acceptability of cable,
wire and harness assemblies and can serve as a
stand-alone document for purchasing products. .
IPC TM-650 provides guidelines for assessing
various aspects of PCBs. For example, test
method etc. Electronic Passive Components
Standard Requirement of high reliability of
passive components depends on application.
Following are di erent standards . AEC Q200
global standard for stress resistance quali ed
components . IECQ CECCquali ed components are
preference of European companies designing
products for an intended use in Hi-Rel markets
i.e. aerospace or military for use on land, sea
and airborne applications . ESCC QPL(European
Space Components Coordination, Quali ed Parts
List) makes available space components which
have been fully evaluated, quali ed and
maintained . EPPL (European Preferred Part List)
serves the purpose of providing users with
component availability suitable for use in space
missions but which are not fully space quali ed
and do not appear on ESCC QPL Electronic
Semiconductors And Controllers Standard AEC Q100
standard is a failure mechanism based stress test
quali cation for packaged integrated
circuits. For any discussion about Industrial
Electronics, Industrial Standards and
Applications, or any Hardware Design related
challenge in general, feel free to Contact Us (h
ps//oxeltech.de/en/contact-us/) for our
consultancy. You can check out our
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