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Tiêu đề IEC TS 62972:2016-07 - Technical Specification for Organic Light Emitting Diodes (OLED) Products and Related Equipment - Terms and Definitions
Trường học International Electrotechnical Commission
Chuyên ngành Electrical and Electronics
Thể loại Technical Specification
Năm xuất bản 2016
Thành phố Geneva
Định dạng
Số trang 34
Dung lượng 806,74 KB

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IEC TS 62972 Edition 1 0 201 6 07 TECHNICAL SPECIFICATION SPECIFICATION TECHNIQUE General l ighting – Organic l ight emitting diode (OLED) products and related equipment – Terms and definitions Éclair[.]

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General l ght ing – Organic l ght emitt ing diode (OLED) product s and relat ed

equipment – Terms and definit ions

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General l ght ing – Organic l ght emit t ing diode (OLED) products and related

equipment – Terms and definit ions

W arnin ! Mak e s re th t you o tain d this publc tion from a a thorize distribut or

A tt ention! Veui ez vou a s rer qu vou avez o te u c t te publc tion v ia u distribute r a ré

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CONTENTS

FOREWORD 3

1 Sco e 5

2 Clas ifi ation of terms 5

3 Fu damental terms 5

4 Terms related to ph sical pro erties 7

5 Terms related to con tru tive elements 9

6 Terms related to p rf orman e an sp cif i ation 12

Bibl ogra h 14

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INTERNATIONAL ELECTROTECHNICAL COMMISSION

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The main tas of IEC tec nical commite s is to pre are International Stan ard In

ex e tional circ mstan es, a tec nical commit e may pro ose the publ cation of a tec nical

sp cif i ation when

• the req ired s p ort can ot b o tained for the publ cation of an International Stan ard,

despite re e ted ef f orts, or

• the s bject is sti u der tec nical develo ment or where, f or an other re son, there is the

f uture but no immediate p s ibi ty of an agre ment on an International Stan ard

Tec nical sp cif i ation are s bject to review within thre ye rs of publ cation to decide

whether they can b tran f ormed into International Stan ard

IEC TS 6 9 2, whic is a Tec nical Sp cifi ation, has b en pre ared by s bcommit e 3 A:

L mps, of IEC tec nical commit e 3 : L mps an related eq ipment

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The text of this Tec nical Sp cif i ation is b sed on the f ol owin doc ments:

Ful information on the votin for the a proval of this tec nical sp cif i ation can b fou d in

the re ort on votin in icated in the ab ve ta le

This publcation has b en draf ted in ac ordan e with the ISO/IEC Directives, Part 2

The commit e has decided that the contents of this publ cation wi remain u c an ed u ti

the sta i ty date in icated on the IEC we site u der "htp:/we store.iec.c " in the data

related to the sp cifi publ cation At this date, the publ cation wi b

• tran formed into an International stan ard,

• with rawn,

• re laced by a revised edition, or

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GENERAL LIGHTING – ORGANIC LIGHT EMITTING DIODE (OLED)

This Tec nical Sp cif i ation esta l s es terms an def i ition sp cifi f or general l g tin

OLED l g t sources an related eq ipment

2 Clas if ic tion of terms

Terms sp cif i f or general lg tin OLED l g t sources an related eq ipment are clas ified as

f ol ows:

a) f un amental terms;

b) terms related to ph sical pro erties;

c) terms related to con tru tive elements;

d) terms related to p rf orman e an sp cif i ation

NOT This cla sific tio is in ln with IEC 6 3 1 1 2:2 14 Howe er, th cla sif i atio of terms relate to th

l g t emitin diode con istin of an electrolumines ent zone made of organic comp u d

whic are situated b twe n two electrodes

Note 1 to e try: This n te a ple to th Fre c la g a e o ly

3.2

polymeric org nic l ght emit ing diode

OLED where al the organic semicon u tor materials are p lymers

Note 1 to e try: This n te a ple to th Fre c la g a e o ly

3.3

smal mole ule orga ic l g t emit ing diode

SMOLED

OLED where al the organic semicon u tor materials are smal molec les

Note 1 to e try: This n te a ple to th Fre c la g a e o ly

3.4

sta k d OLED

OLED con istin of two or more emis ion layers an at le st one c arge generation layer

b twe n two emis ion layers

Note 1 to e try: Th re c n b emis io la ers in id a sta k d OLED th t are n t s p rate b a c arg

g n ratio la er Howe er, at le st o e p ir of emis io la ers is s p rate b a c arg g n ratio la er

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3.5

bot om emis ion OLED

OLED whic emits l g t throu h the s bstrate side

3.6

OLED whic emits l g t throu h the en a s lation side

3.7

tra spare t OLED

OLED in whic the lg t-emitin are is tran p rent in the of f -state

smal est f un tional OLED l g t source whic can ot b se arated into smaler OLED l g tin

elements an containin at le st one contact led e with at le st one p sitive an one

negative p le f or con ection to the electrical p wer s p ly

3.13

OL D pa el

in e en ently o era le u it OLED prod ct containin one or more OLED ti es an me n of

con ection to electrical s p ly s c as a con ector, PCB (printed circ it b ard), p s ive

electronic comp nents an o tional y a frame

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4 Terms relate to physical properties

4.1

l ght output are

A

LO

are of an OLED ti e, p nel or mod le desig ed to emit l g t, in lu in active luminou are s,

bu b rs an other mec anical stru tures, but ex lu in ed es

Note 1 to e try: Th lg t o tp t are is e pre s d in m

are of an OLED ti e, p nel or mod le desig ed to emit l g t an in lu in in er non-luminou

are s d e to def ects, but ex lu in layout def i ed bu b rs an other mec anical stru tures

Note 1 to e try: Th a tiv lumin u are is e pre s d in m

Note 1 to e try: This term is s metime in or e tly c le "lumin u c re t eff i ie c "

Note 2 to e try: Th lumin u c re t ef fic c is e pre s d inc /m

Note 1 to e try: This term is o ly u e with tra s are t OLED p n ls

Note 2 to e try: Th emis io ratio is a q a tity of dime sio o e

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Note 1 to e try: Th e tern l q a tum ef ficie c c n b e pre s d a

o tIQEEQE

ηη

o t

ηη

4.9

forward dire tion

F

direction of electrical c r ent that res lts when the HIL/HTL side of the OLED stac (p-typ

region) con ected to an electrode is on p sitive p tential relative to the EIL/ETL side (n-typ

region) con ected to the other electrode

Note 1 to e try: Th forward dire tio is d n te b a din th s b cript F to th s mb l of th q a tity

c n ern d, for e ample forward c re t is d n te a I

4.10

re ers dire tion

R

direction of electrical c r ent when the HIL/HTL side of the OLED stac is con ected to an

electrical contact whic is on negative p tential with regard to the con ection of the EIL/ETL

side

Note 1 to e try: Th re ers dire tio is d n te b a din th s b cript R to th s mb l of th q a tity

c n ern d, for e ample re ers c re t is d n te a I

R

4.1

f orward c r e t

I

F

electrical c r ent in f orward direction

Note 1 to e try: Th forward c re t is e pre s d inA

4.12

f orward volta e

U

F

p tential dif feren e p rtainin to the f orward direction, de en ent on the f orward c r ent at a

given temp rature

Note 1 to e try: Th forward v lta e is e pre s d in V

[SOURCE: IEC 6 5 4:2 14, 3.13, modif ied — Note 2 to entry has b en deleted

4.13

I

R

electrical c r ent in reverse direction

Note 1 to e try: Th re ers c re t is e pre s d inA

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4.14

U

R

p tential dif feren e p rtainin to the reverse direction de en ent on the reverse c r ent

Note 1 to e try: Th re ers v lta e is e pre s d in V

4.15

uniformity

ph sical mag itu e of c an e present in a sp tial luminan e or c romaticity distribution

Note 1 to e try: This d f i itio d e n t ta e p rc ptio into a c u t

4.16

homog neity

p rceived mag itu e of c an e present in a sp tial luminan e or c romaticity distribution

5.1

f luore c nt emit er

emit er where only the sin let state ex iton can s ow radiative decay an photon emis ion

Note 1 to e try: A flu re c nt emiter is a ty e of emiter material Ac ordin to s in statistic in q a tum

c emistry, e cito s forme b a ele tro a d a h le c n h v two difere t s in multiplcitie , ie 1 (sin let state)

or 3 (triplet state) Simply s o e , 2 % of th state are sin lets a d 7 % are triplets In a f l ore c nt emiter

o ly th sin let state e cito s c n s ow ra iativ d c y a d p oto emis io Th th oretic l ma imum of th

intern l q a tum eff i ie c is 2 %

5.2

phosphore c nt emit er

emit er where sin let an triplet state ex iton can s ow radiative decay an photon emis ion

Note 1 to e try: A p o p ore c nt emiter is a ty e of emiter material Ac ordin to s in statistic in q a tum

c emistry, e cito s f orme b a ele tro a d a ele tro h le c n h v two difere t s in multiplcitie , i e 1

(sin let state) or 3 (triplet state) Simply s o e , 2 % of th state are sin lets a d 7 % are triplets In a

p o p ore c nt emiter sin let a d triplet state e cito s c ns ow ra iativ d c y a d p oto emis io

5.3

hybrid OLED sta k

OLED stac that u es more than one kin of material an /or proces in method

Note 1 to e try: A h brid OLED sta k c n b a f olows, for e ample:

a) a OLED sta k whic c ntain flu re c nt a d p o p ore c nt emiters,

b) a OLED sta k whic c ntain p lymer a d smal mole ule la ers,

c) a OLED sta k whic c mbin s s lutio -pro e s d a d e a orate org nic la ers

[SOURCE: IEC 6 3 1-1-2:2 14, 2.2.16, modif ied — The terms "h brid organic l g t emit in

diode" an /"h brid OLED" were re laced with "h brid OLED stac " The defi ition was

modif ied to fit the term List entry c) was ad ed to the note

5.4

s bstrate

material to car y the OLED stac

Note 1 to e try: Mo t c mmo is th u e of gla s, metal fois or p lymer fois

5.5

OL D sta k

core element of an OLED to generate l g t, con istin of a multi-layer stru ture with

sig if i ant lateral dimen ion where e c layer has a sp cial f un tional ty, the two

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san wic in layers at to an b t om b in electrodes f or con ection to a p wer s p ly an

at le st one of these electrodes b in tran p rent to ena le l g t extraction

layer adjacent to the anode an desig ed to improve the hole injection

Note 1 to e try: Th HIL is p rt of th OLED sta k

Note 2 to e try: This n te a ple to th Fre c la g a e o ly

5.9

ele tron inje tion la er

EIL

layer adjacent to the cathode an desig ed to improve the electron injection

Note 1 to e try: Th EIL is p rt of th OLED sta k

Note 2 to e try: This n te a ple to th Fre c la g a e o ly

5.10

hole tra sport la er

HT

layer in ide the OLED stac with a relatively hig mo i ty of holes an u ed to adju t the

c arge car ier b lan e in the OLED stac

Note 1 to e try: Th s e ial c s of a ele tric ly d p d HTL for furth r c n u tivity in re s is c le p-HTL

Note 2 to e try: This n te a ple to th Fre c la g a e o ly

5.1

hole bloc ing la er

HBL

layer in ide the OLED stac with a relatively low mo i ty of holes or dif feren e of hig est

oc upied molec lar orbital level an u ed to adju t the c arge car ier b lan e in the stac

Note 1 to e try: This n te a ple to th Fre c la g a e o ly

5.12

ele tron tra sport la er

ETL

layer in ide the OLED stac with a relatively hig mo i ty of electron an u ed to adju t the

c arge car ier b lan e in the stac

Note 1 to e try: Th s e ial c s of a ele tric ly d p d E L for f urth r c n u tivity in re s is c le n-E L

Note 2 to e try: This n te a ple to th Fre c la g a e o ly

5.13

ele tron bloc ing la er

EBL

layer in ide the OLED stac with a relatively low mo i ty of electron an u ed to adju t the

c arge car ier b lan e in the OLED stac

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Note 1 to e try: This n te a ple to th Fre c la g a e o ly.

5.14

emis iv la er

EML

layer of an OLED stac desig ed for ex iton formation an photon generation

Note 1 to e try: Th EML c n c n ist of s v ral materials

Note 2 to e try: This n te a ple to th Fre c la g a e o ly

5.15

c arge ge eration la er

CGL

layer in a stac ed OLED b twe n two sin le OLED stru tures generatin electron f or one

adjacent OLED u it (actin as a cathode) an holes f or another adjacent OLED u it (actin as

an anode)

Note 1 to e try: Th CGL is n t dire tly c n e te to a ele tric l p wer s p ly It e a le th s rial c n e tio

of two or more OLED stru ture whic are pla e o to of e c oth r

Note 2 to e try: This n te a ple to th Fre c la g a e o ly

5.16

interla er

ITL

layer whic se arates other fun tional layers

Note 1 to e try: Two e ample are interla ers to s p rate th flu re c nt f rom th p o p ore c nt emis io z n

a d interla ers to s p rateemis io la ers a d inje tio la ers

Note 2 to e try: This n te a ple to th Fre c la g a e o ly

en losin stru ture to protect the organic layers an the electrodes from u desired

5.2

thin f ilm e c ps lation

TFE

en a s lation by one or more thin layers directly co tin the OLED

Note 1 to e try: This n te a ple to th Fre c la g a e o ly

5.21

optic l outcoupl ng structure

o tical stru tures to en an e the lg t extraction f rom the OLED

[SOURCE: IEC 6 3 1-1-2:2 14, 2.4.3 , modified — The phrase "to the air has b en

deleted

Trang 14

e ternal outcoupl ng structure

o tical stru tures whic are located on the outer s bstrate s rface to en an e the l g t

extraction

5.2

intern l outcoupl ng structure

o tical stru tures whic are located b twe n the OLED stac an the s bstrate to brin more

l g t into the s bstrate whic f i al y le d to a hig er amou t of photon extracted

5.2

busbar

by desig non-luminou , grid-lke or other p t erned stru ture within the are of OLED

segments u ed f or the improvement of the c r ent den ity distribution on tran p rent

electrodes

5.2

OL D c l

smal p rt of the lg t output s rf ace of an OLED ti e whose b u daries are def i ed by bu b r

stru tures an whic can ot b in e en ently control ed

5.2

conta t le ge

<OLED p nel> exp sed are of an OLED ti e desig ed f or electrical con ection to one or

more electrodes

<OLED p nel> s rface of an OLED tie, p nel or mod le whic is inten ed to emit l g t,

in lu in in er non-luminou are s d e to defects, but ex lu in layout def i ed bu b rs,

ed es an other mec anical stru tures

5.3

l ght output s rf ac

<OLED p nel> s rf ace of an OLED ti e, p nel or mod le whic emits l g t, in lu in active

luminou s rface, bu b rs an an other mec anical stru ture but ex lu in the ed es

6 Terms relate to perf ormance and spe if ic tions

6.1

a ein

<OLED l g t source precon itionin of the OLED l g t source b fore initial values are taken

[SOURCE: IEC 6 5 4:2 14, 3.1, modif ied — The def i ition has b en amen ed with

ref eren es to OLED

Trang 15

smal are remarka ly darker than the s r ou din l g t output are of the OLED p nel

Note 1 to e try: A d rk s ot c n b d e to lower c re t d n ity or a o e circ it in th t are

<OLED l g t source ke pin an OLED p nel switc ed on u der sp cified electrical input to

o tain sta le con ition

6.6

stabi zation time

<OLED l g t source time that the OLED l g t source req ires to o tain sta le con ition with

sp cif ied electrical input

Trang 16

Bibl ography

IEC 6 3 1-1-2:2 14, Org nic li ht emitting diod e (OLED) d is la s – P art 1­2: Termin lo y

a d letter s mb ls

IEC 6 5 4:2 14, Ge eral li htin – Light emitting d iode (LED) prod ucts a d related

e uipme t – Terms a d d efinitio s

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