Laporan Hasil Uji TCFM UNDIP.xlsx

7/25/2019 Laporan Hasil Uji TCFM UNDIP.xlsx

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MAMMOGRAPHY UNITACCEPTANCE & EPA COMPLIANCE TESTING R

BreastScreen, St George HospitaBegra!e Street, "ogara#, NS$ %%'

GE Essentia

EPA Registration N()*er+ %-.

Roo)

/0/0%%


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1enn2 3i44e2

$est)ea5 Hospita+ Me5ica P#2sics 3epart)ent

$est)ea5 NS$ %-6


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EPORT


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7ORM B+ ME3ICAL PHYSICIST8S MAMMOGRAPHY 9C TEST SUMMARY

Site BreastScreen, St George Hospital Report 3ate 13!ar12

S(r!e2 3ate 13!ar12

:;Ra2 Unit Man(4act(rer G" Mo5e #13$128

Seria< #73#22B%03etector Man(4act(rer Mo5e

3ate o4 Instaation SeriaaA = O

% Peng(i 2ang BerD(ai4iDasi

a+ Nama nstit6si = raining enter

b+ Nama ersonil eng6Ki = S6r(ono an.a

c+ Nomor n.6 ersonil eng6Ki =

.+ anggal eng6Kian = 1920 4pril 2013

3ata 7asiitas

a+ @oasinstalasi = &a.iologi

b+ NamaNo &6ang = &6ang %nit &a.iologi

c+ '6mlah esaateg6naan = 1 6nit 1D &a.iogra*i

2D )ental

3D !ammogra*i

$D Sinar - mobile

.+ eriraan @6as &6angan = blm .i66r cm A blm .i66r cm A blm .i66r cm (p x l x t)

e+ @ing6ngan Seitar &6ang = iri ori.or anan ling6n

)epan an 6Ki ebocoran ase Belaang ling6n

4tas r6angan Baah tan

*+ '6mlah 4pron = 1 b6ah (ang .ig6naan prati6mD

% 3ata Pesa>at Ra5iogra4i

a+ )ata omponen Generator nsert Ho6sing oli

emb6at!ere = Siemens

!o.elipe = 6ltiA 837#0$0 G 210

No+ Seri = 03871 S 07

anggal emb6atan =

b+ Sistem encitraanPD =

c+ >ilter PD = erbaca etap baaan = mm, materialPD = 4l+++

tambahan = 0+0# L 0+1 mm, materialPD = 4l+++ pa.a ;

1L2 mm, materialPD = 4lQ pa.a 5

Vp interloc pa.a *ilterPD = erse.ia i.a

.+ %6ran >oal Spot = ecil = mm, Besar = mm

e+ osisi >ocal SpotPD = )iberi tan.a i.a

*+ 4no.aPD = F Q

g+ on.isi masim6m = 9 Vp alt t. se.ian m4 12+# m4s (g ami g

h+ S) = etap 100 cm Variasi 0 s+. 0

i+ 4larm en(inaranPD = 46.io Vis6al

K+ ombol en(inaranPD = langs6ng tertempel .i alat

+ 4"PD = )ig6naani.a .ig6naani.a a.a

B IN7ORMASI UMUM PESA$AT

>ilm&)&

Deadman abel panKang


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PD coret (ang ti.a ses6ai


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angan

an l6ar

an l6ar

ah

ator

Vp

Vp

6naan

mm


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3ATA U1I TE"NIS

A "oi)asi BerDas Ca#a2a

I()inasi Ca#a2a L(@

osisi= J1 J2 J3 J$ &erata= 230+7# @atar = 0 Netto= 230+7# l6A

l6minasi= 21$ 213 2$7 2$9 S))= 100 cm

4rah 6a.ran= latar = 0 , arena saat peng66ran lamp6 latar .imatian

osisi pengamat bera.a .i .epan epala sinar - mobile1 2 J1 =iri atas J3=iri baah

3 $ J2 = anan atas J$=anan baah

!aterial 4no.a

olimator cm A cmD= 12-18

en(impangan sisi 4no.a mmD 1 12

.alam / S) 1+0 12+0

en(impangan sisi ato.a mmD # 12

.alam / S) #+0 12+0

en(impangan sisi atas mmD 0 18

.alam / S) 0+0 18+0

en(impangan sisi baah mmD 0 18

.alam / S) 0+0 18+0

S) *o6s e *ilmimaging plate

S) *o6s e B6c(en(impangan sisi 4no.a mmD

en(impangan sisi ato.a mmD

en(impangan sisi atas mmD

en(impangan sisi baah mmD

en(impangan sisi 4no.a cmD 0+3

.alam / S)0+3

en(impangan sisi ato.a cmD 0+

.alam / S) 0+

en(impangan sisi atas cmD 0+9

.alam / S) 0+9

en(impangan sisi baah cmD 0+#

.alam / S) 0+#

en(impangan marer atas .an baah

4rah pen(impangan ano.a

% Seisi# Lapangan "oi)asi 5engan BerDas Sinar;: Note= Nilai R Kia lapangan sinarA .il6ar lapangan caha(aD

Selisih @apangan olimasi .engan mage &eceptor Note= 6nt6 sistem )&D

/ Seisi# Lapangan BerDas Sinar;: 5engan I)age Receptor Note= Nilai R Kia lapanga

- "etegaD(r(san FiDa )e)(ngDinDan

0o 0o


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B Generator 5an Ta*(ng Sinar;: peng(ian 5engan pena)*a#an )) C(

AD(rasi 5an Repro5(Dsi*iitas Tegangan Ta*(ng

4lat 66r (ang .ig6naan Barac6..a

Nominal Vp setting ## 0 70 81 9

>ocal Spot

engesetan m4 ti.a .ietah6i

engesetan m4s 12+# engesetan Fat6 ti.a .ietah6i

eng66ran e = 1 ##+8 0 0+80 0+00 71+31 0 82+ 0 92+3 0+0

2

3

$ 71+3 82+ 92+3

# )V0M )V0M )V0M

"ror masim6m 100+0 100+0 1+3 100+0 1+9 100+0 2+0 100+0 3+9 100+0

Stan.ar. .eviation S)D )V0M )V0M

&erata ##+8 0+8 71+3 82+ 92+3

coe**icient o* variation VD )V0M )V0M

)ata .i atas mengalami error arena peng66ran han(a .ila6an 1 ali tiap Vp tanpa a.an(a

% AD(rasi 5an Repro5(si*iitas $aDt( Pen2inaran

4lat 66r (ang .ig6naan Barac6..a

Nominal mS setting 100 200 $00 1000 2000

>ocal Spot

engesetan m4 100 m4

engesetan V 70 V

eng66ran e = 1 82+33

2 82+22

3 82+

$

#

"ror masim6m 17+8 100+0 100+0 100+0 100+0 100+0 100+0 100+0 100+0 100+0

Stan.ar. .eviation S)D 0+2 )V0M

&erata 82+$ )V0M

coe**icient o* variation VD 0+00 )V0M

/ Linearitas 5an Repro5(Dsi*iitas "e(aran Ra5iasi

4lat 66r (ang .ig6naan Barrac6.a

V panel setting 0

>ocal Spot

engesetan m4

engesetan Fat6, mS

engesetan m4s

eng66ran 6G( e = 1 0+$2

2 0+$2

3 0+$1

rerata 0+#

oe*isien linearit( @D 0+0

oe**icient o* variation VD 0+0


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- Peng(D(ran HL Calculated HVL = tb ln[2Ka/Ko] - ta ln[2Kb/Ko]

ln[Ka/Kb]

4lat 66r barrac6.a>ocal spot

Nominal Vp setting 80

m4s seeting 32embacaan HV@ 2+18mm

eng66ran aparan 6G(D=

anpa tambahan 4l 139

0+0# mm 4l 11$ ta 0+#

0+1 mm 4l 1#91 tb 1

0+# mm 4l 1$2# o 139

1 mm 4l 129 a 1$2#

2 mm 4l 1028 b 129

HL #asi per#it(ngan )) 2+89

HL #asi peng(D(ran )) %? $+3$0 $+830

6 "e*ocoran >a5a# ta*(ng

Vp 9 m4s 32+00

S)) 100 cm 4r6s ontin(6

Vp maA m4s maA

osisi 4no.a ato.a 4tas )epan Belaang

@aK6 )osis %6r 6G('am $ 3 #ebocoran Hit6ng mG(Kam 0 0 0 0 0

C "en5ai paparan oto)atis AEC ti.a pernah .ipaai

Ti)er 3ar(rat

V =

%Ki 1 %Ki 2 m4 ren.ahD %Ki 3 m4 tinggiD

m4 imer m4 imer m4 m4s

% 3ensitas Stan5ar 5an Uni4or)itas

V = S)) =

imer 4bsorber

emilihan 4" 4" 1 4" 2 4"3

Vp setting

m4s seting

)ensitas :)"D


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/ PeneaDan

4lat %6r = S)) =

1+ Variasi etebalan asien

V setting ' ' ' 'm4s setting

etebalan *antom cmD 10 1# 20 2#

)ensitas :)"D

2+ Variasi V

V setting . ' ? J

m4s setting

etebalan *antom cmD 20 20 20 20

)ensitas :)"D

3+ Variasi etebalan .an V

V setting . ? %

m4s setting

etebalan *antom cmD 2# 3# 3# $0

)ensitas :)"D

- $aDt( Respon Mini)()

4lat %6r = S))=

etebalan cmD 1 2 3 $ #

V setting

m4 setting

Fat6 paparan


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3 Paparan "en5ai Oto)atis

Peng(D(ran ES3 5engan )As ses(ai AEC

ebal >antom = S)) =

4" !an6al

V setting

m4s setting

)ose mG(D

% Peng(D(ran ES3 (5ara Dinis r(tin non AEC

ebal >antom = 1# cm pmma R 1 cm S)) = 8$

@6mbal 4

4" !an6al

V setting 7# 7#

m4s setting 18 18)ose 6G(D es. 1+211 1+$0 erma

phantom no phantom

NB = ota 6ng6 bel6m .ila6an


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% Missing Tiss(e at C#est $a

hantom 4&Rtools 4" !o.e St. 46to

hantom thicness mmD $2 4" )etector position N4

mage t(pe rocesse.

>ocal spot large >ine mag 1+#D >ine mag 1+8D

mage Sie 2$A30 19A23 19A23

4no.e *ilter &h&h !o!o !o!o

Vp 29 28 28

m4s #0+9 #0 2#

)ispla(e. !G) mG(D 1+1 N4

!issing tiss6e top mmD 2+# #+#

2 #

Action Li)it+

Co))ents+

Pass07ai ass

4 n6mber o* techni strips ith a serate.e.ge on a tooth spacing o* 2 mm+ he strip is place. on the top o* $ cm !!4 aligne.ith the TeroT position *l6sh ith the chest all e.ge+ Vieing the image establishes.irectl( the eAtent o* the missing tiss6e+

!issing tiss6e bottommmD

he missing tiss6e m6st be #mm an. ; 7mm *or contact !ag mo.e, respectivel(+)iscrepancies beteen top an. bottom val6es are in.icative o* -ra( t6be *ocal spotnot being aligne. .irectl( above the chest all e.ge+ Serio6s .iscrepancies ma(re


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/ Coi)ation Assess)ent

Vp 2$ m4s 8

mage t(pe rocesse.

So6rce to image receptor .istance S)D= 0 mm

3e!iation *et>een :;ra2 4ie5 an5 ig#t 4ie5+

Note= Rve .eviation in.icates Ara( *iel. eAten.s be(on. light *iel.D

4no.e material !o !o !o

ollimator cm A cmD= 2$A30 !ag 1+# !ag 1+8

@e*t e.ge .eviation mmD 1 1

3e!iation as K o4 SI3 0+2 0+2

&ight e.ge .eviation mmD 2 0


Nipple e.ge .eviation mmD 0 13e!iation as K o4 SI3 0+0 0+2

hest all e.ge .eviation mmD 1 0


Action Li)it+

Pass07ai ass

3e!iation *et>een Lig#t 4ie5 an5 i)age receptor

Note= Rve .eviation in.icates light *iel. eAten.s be(on. image receptorD

@e*t e.ge .eviation mmD 3 1+#

&ight e.ge .eviation mmD $+# 3

Nipple e.ge .eviation mmD $ 0

hest e.ge .eviation mmD 0 0

3i44erence *et>een :;ra2 4ie5 an5 e5ge o4 i)age receptor+

Note= Rve .eviation in.icates Ara( *iel. eAten.s be(on. image receptorD

@e*t e.ge .eviation mmD $ 0+#

K o4 SI3 retain sign 0+ 0+1&ight e.ge .eviation mmD 2+# 3

K o4 SI3 retain sign 0+$ 0+#

Nipple e.ge .eviation mmD $ 1

K o4 SI3 retain sign 0+ 0+2

hest e.ge .eviation mmD 1 0

K o4 SI3 retain sign 0+2 0+0

Action Li)it+

Pass07ai ass

* the light beam an. -ra( *iel. alignment .i**er b( more than 1/ o* S) on an( margin, seeservice a.K6stment+

-ra( *iel. shall eAten. to all e.ges o* the image in contact mo.e an. to chest all in magmo.e+ * -ra( *iel. eAten.s be(on. the image receptor at an( e.ge b( more than 2/ o* S), or

i* -ra( *iel. *alls ithin image receptor on the chest all e.ge, see service a.K6stment+


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So6rce to image receptor .istance S)D= 0 mm

Note= Rve .eviation in.icates pa..le eAten.s be(on. image receptorD

>oc6s large >ine >ine

0+0 2+0

2+# 3+#

)i**erences as / o* S) mmD 0+$ 0+#

Action Li)it+

Co))ents+

Pass07ai ass

/ cont Aign)ent o4 c#est >a e5ges o4 co)pression pa55e & i)agereceptor

his test taes into acco6nt the missing tiss6e val6e est 2D+ t re


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6 I)age 9(ait2 E!a(ation

hantom 6se.= &! 1# 4ccre.itation hantom

4" .etector position= N4

mage t(pe rocesse.

Pre! I)age C(rr I)age C#ange

)ate 31#2011 3132012

4" !o.e St. 46to St. 46to

Vp setting 27 29 2

4no.e !o &h

>ilter &h &h

hototime. m4s #9+8 #1+1 8+7

)ispla(e. hicness mmD $3 $$ 1

ompression >orce .ND # 1

)ispla(e. !G) mG(D 1+12 1+17 0+0#

V o6tsi.e .isc V1D

V insi.e .isc V2D

P ; P% Signa 5i44erence

N6mber o* *ibres seen #

7i*res seen a4ter 5e5(ction # 1

N6mber o* spec gro6ps seen $ $

SpecD gro(ps a4ter 5e5(ction $ $ 0

N6mber o* masses seen $ $

Masses seen a4ter 5e5(ction $ $ 0

Action Li)it+

Co))ents+

Pass07ai ass

* / m4s changes b( ? 1# /, or i* *ibre, spec gro6p, or mass score changes b(more than 0+#, the so6rce o* change sho6l. be i.enti*ie. an. correcte. or K6sti*ie.+he largest # *ibres, 3+# specs gro6ps an. $ masses shall be visible+ Correcti!eaction )(st *e taDen *e4ore an2 4(rt#er cinica e@a)inations are (n5ertaDeni4 t#e i)age (ait2 is not satis4actor2

Fe sa *ibres last (earL this (ear e sa #+ he reason is liel( to be the a6toselectiono* a har.er V> combination this (ear G" 6nits *l6ct6ate *rom !o&h to &h&h at $0$#mm !!4D+ his is o* no concern+ 4 score o* #, $, $ is per*ectl( acceptable+


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. Dp Acc(rac2 0 Repro5(ci*iit2

Vp meter 6se.= %n*ors -i

!eter setting= !o!o

Nominal Vp setting 2$ 2 28 30 32

>ocal spot large smallD large large large large large

m4 setting

m4s setting 10 10 10 10 10

!eas6re. Vp val6es

Vp1 23+9 2#+97 28+03 30+1 32+1

Vp2 2#+9#

Vp3 2#+97

Vp$

!ean Vp EVp5 2$+0 2+0 28+0 30+2 32+1

Stan.ar. .eviation S)D 0+0

4..itional Vp meas6rements i* nee.e.D

Vp#Vp

Vp7

Vp8

Vp9

Vp10

&ecalc6late. =

!ean Vp EVp5

Stan.ar. .eviation S)D

EVp5 Nominal Vp 0+0 0+0 0+0 0+2 0+1$

0+0# A Nominal Vp 1+2 1+3 1+$ 1+# 1+K Error 0+2 0+1 0+1 0+# 0+$

Dp coe44icient o4 !ariation

0+00S30Mean

Action Li)it+

Co))ents+

Pass07ai ass

Pass07ai ass

* the mean Vp .i**ers *rom the nominal Vp b( more than ? #/ o* the nominal Vp, or i*the Vp coe**icient o* variation eAcee.s 0+02, then see service correction+

Vp acc6rac( #/

Vp :V0+02


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' Bea) 9(ait2 HL Meas(re)ent

)osimetr( s(stem 6se. %n*ors -i

&a.iation o6tp6t 6nits mG(

20 mm 4& $0 mm 0 mm

Nominal Vp setting 2 29 29 31

4no.e !o &h &h &h

>ilter !o &h &h &h

arameter, 0+12 0+22 0+22 0+22

m4s setting 10 10 10 10

4ir erma or eApos6re meas6rements=

0+2

0+3

0+$

0+#

0+

Cac(ate5 HL )) A 0+3$1 0+$$7 0+$$7 0+$79

Mini)() ao>e5 HL )) A 0+29 0+32 0+32 0+3$

Ma@i)() ao>e5 HL )) A 0+38 0+#1 0+#1 0+#3

alc6late. HV@ U

Vp

Action Li)it+ * meas6re. HV@ E 100 R 0+03 in mm 4@D

or Vp

i* meas6re. HV@ 5 100 R in mm 4@D

Co))ents+

Pass07ai ass

No al6mini6m *iltration, 0

mm o* a..e. al6mini6m, 1



mm o* a..e. al6mini6m, $

mm o* a..e. al6mini6m, #&epeat meas6rement, 0

&ecor. thicnesses taEtbD an. airerma or eApos6re val6es thatbracet 02= a5bD

ta

tb

a

b

tbln2aoW ta ln2boWlnabW

here U 0+12 *or !o!o, U 0+19 *or !o&h, an. U 0+22 *or &h&h, an.U 0+30 *or F&h, then the impact on image


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? Breast Entrance E@pos(re & Mean Gan5(ar 3ose

maging mo.e= ontact S) mmD= 0

mage t(pe J &a So6rcebreast s6pport .istance mmD $0

)osimetr( s(stem 6se.= %n*ors -

ollimator 18 A 2$ "nerg( correction *actor= 1+0

hantom= &! 1# hantom 20 mm !!4 0 mm !!44" .etector position= N4 N4 N4

4" mo.e= St. 46to St. 46to St. 46to

Nominal Vp setting= 29 2 31

4no.e &h !o &h

>ilter &h !o &h

ost "Apos6re m4s #1+1 2#+7 77+

!eas6re. HV@ mm 4lD= 0+$$7 0+3$1 0+$79

Breast Entrance Air "er)a or E@pos(re & AEC Repro5(ci*iit2

m4s !V mG( m4s !V mG( m4s !V m

"Apos6re 1 #0 3+#12 2#+0 1+9 80+0 +

2 #0 3+#17

3 #0 3+#13

$

!ean Val6es #0 3+#1$ 2# 1+907 80 +

oe**+ :* Variation V/D 0+0 0+1

Set m4s #0 2# 80

3+#91 1+90 +9

Action Li)it+

* :V in air erma eAcee.s #/ then see service a.vice+

Pass07ai ass

Mean Gan5(ar 3ose MG3

"nerg(correcte. eApos6re 3+#91 1+90 +

"


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Pass07ai ass


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i

(

+9

7#


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J E@pos(re ti)e

>oc6s Vp 4no.e*ilter m4 m4s ime sD

>ine 33 &h &h 119+7 3+77

Broa. 31 &h &h 78 1+3$

Pass07ai >ail

Co))ents+

on*irm that eApos6re times *or cm !!4 ith clinicall( relevant techniit# a !er2 s)a e44ecti!e

e@pos(re ti)e, t#ese criteria 5o NOT app2

* a 6nit *ails the test then it is recommen.e. that the programme. 4" be a.K6ste. e+g+Vp increase. slightl(D to ens6re eApos6re time is re.6ce.+

he eApos6re time represents a bor.erline *ail hen the *ine *ocal spot is 6se. magmo.eD+ * possible, G" sho6l. be ase. to a.K6st the 4" in mag mo.e to give loerposteApos6re m4s+ he N& res6lts ere ver( high so there is scope to re.6ce the m4san. still achieve acceptable image


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Monitors & printers

Monitor Ac(isitionRa5ioogist Ra5ioogist % Ra5ioogist /

PrinterLe4t Rig#t Le4t Rig#t Le4t Rig#t

Genera I)age 9(ait2

No smearing P

No arte*acts P

&amps cont+ P

Geo)etric 3istortion

@ines Straight P

attern Gre(e. P

BoAes s


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Linearit2 o4 s2ste) >it# 5ose

hantom 6se.= $ cm !!4 on b6c(

mage t(pe &a

>ocal spot @arge

Vp 29

4no.e &h>ilter &h

&:s sho6l. be C $cmI2 an. sho6l. be place. C0 mm *rom chest all margin

m4s )ose mG(D S) S)I2 SN& SN&I2

# 0+$8$2 7+2# 3+1 9+33 2$+9 21

10 0+98$7 1#7+82 3+2 13+10$$ $3+ 1901

20 1+993 320+7 $+# 20+2# 71+3 #081

$0 $+00$ #+29 +1# 37+822# 10+7 11388

80 8+0$7 132$+# 8+## 73+1 1#$+9 23998

10 1+12 2#7+23 12+# 1#+# 212+$ $#117

200 20+17 3322+$ 1$+38 20+8 231+0 #3383

Action Li)it+

!ean iAel Val6e!VD

he linearit( o* !V an. noise can be assesse. *rom the &I2 val6e+ &I2 sho6l.be 50+99 *or !V an. 50+9# *or S)I2 an. SN&I2

0 5 10 15 20 25

0

500

1000

1500

2000

2500

3000

3500

f(x) = 15!0"#010"$1x - "!$50%$%5235

&' = 0!$$$$$#0$3#

MPV

Dose (mGy)

MPV


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Linearit2 o4 s2ste) >it# 5ose cont

Co))ents+

!V o**set speci*ication U ZZD $+9#

!V linearit( Pass07ai ass

Noise S)I2D linearit( Pass07ai ass

SN&I2 linearit( Pass07ai ass

0 5 10 15 20 25

0

50

100

150

200

250

f(x) = $!$23%33"%x 0!3#%50#"2#

&' = 0!$$2%2$#5%

SD^2

Dose (mGy)

SD^2

SD^2

0 5 10 15 20 25

0

10000

20000

30000

"0000

50000

0000

f(x) = 2%2$!500$%103"x 13!1%5"#%$2

&' = 0!$$5132%1$

Dose (mGy)

SNR^2

SNR^2


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% Spatia Reso(tion & 3istance Caipers

hantom 6se.= &6lers place. .irectl( on .etector

mage .etector sie 2$A30

mage t(pe &a

>ocal spot large

Vp 27

4no.e !o

>ilter !o

m4s 20

r6e mmD !eas6re. mmD )i**erence /D

&6lerstrip length to long aAis 100+0 100+$077$193## 0+$

&6lerstrip length perp to long aAis 100+0 100+$180$#11 0+$

Action Li)it+

)istance calipers sho6l. agree to ithin ? 2/ o* tr6e val6es+

)istance calipers Pass07ai ass

hantom 6se.= &esol6tion pattern either or O[O to chest on $ cm !!4

mage (pe &a &a

mage .etector sie 2$A30 !ag 1+8

!agni*ication 1 1+8

>ocal spot large smallhantom $ cm !!4 $ cm !!4

mage t(pe &a &a

Vp 27 27

4no.e !o !o

>ilter !o !o

m4s 20 20

100 100

N(or )& scanning systemsit is cr6cial that the resol6tion be meas6re. ann6all( in both.irections as the scanning s(stem ma( .eteriorate ith time+ attern sho6l. be place. K6sto** s


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/ Arte4act E!a(ation

Note= an 6se .etector homogeneit( image *or contact mo.e

(pe o* 4tten6ator $ cm !!4 $ cm !!4>ocal spot @arge >ine magD

4" .etector position= N4 N4

4" !o.e St. 46to St. 46to

mage t(pe &a &a

Vp 29 28

4no.e &h !o

>ilter &h &h

m4s $+# 3+#

4rte*acts present No No

)escribe

Action+ * signi*icant arte*acts or .ea. piAels are visible, contact service

Co))ents+

Pass07ai ass

7at 4ie5 corrections are (s(a2 )a5e >it# one *ea) t2pe an5 arge 4oca spotAccor5ing2, 4ine 4oc(s )ag )o5e s#o(5 *e e@a)ine5 4or potentia arte4actsca(se5 *2 4iter c#anges an5 ot#er e44ects

he image sho6l. be eAamine. ith a narro in.o at normal magni*icationlooing *or large area arte*acts an. also 6sing oom to loo *or potential .ea..els+ )imple arte*acts ma( also be present beca6se o* imper*ect man6*act6re o**ilters, most partic6larl( in !ag vie+


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- 3etector Ho)ogeneit2

hantom 6se.= $0 mm !!4

4" .etector position= N4

4" !o.e St. 46to

mage t(pe &a

>ocal spotlargeVp 29

4no.e &h

>ilter &h

m4s $+#

ROI Centre

V 77+91

S) +3V :**set $+9#

SN& centreD 11+

C#est $a Le4t C#est $a Rig#t

V 78$+0$ V 7$2+#

S) +1 S) +1

SN& 128+1 SN& 122+#

V V centreD 1+02 V V centreD 0+97SN&SN& centreD 1+10 SN&SN& centreD 1+0#

Nippe E5ge e4t Nippe E5ge Rig#t

V 7$9+## V 70$+1#

S) 9+19 S) 9

SN& 82+1 SN& 78+8

V V centreD 0+98 V V centreD 0+92

SN&SN& centreD 0+70 SN&SN& centreD 0+8

Action Li)it+

Co))ents+

V variation Pass07ai ass

&:s sho6l. be C 1cmI2 in area an., apart *rom central one, sho6l. be place. C 20mm *rom each margin

* the mean piAel val6e *or an( &: .i**ers b( more than ?1#/ *rom the mean piAel val6e *or thecentral &: an.or, i* SN& can be calc6late., the SN& *or an( &: .i**ers b( more than ?2#/*rom the SN& *or the central &: see service a.K6stment


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6 3etector G#osting

mage t(pe &a

hantom $ cm !!4

Vp 28

4no.e*ilter !o!o

m4s #0

ROI ROI %

!ean V1 #07+9$ !ean V2 #13+77

S)1 #+38 S)2 #+32

Ghost >actor U V2V1DS)2 U 1+10 Fh( is o**set nee.e.Z

Action Li)it+

* the ghost *actor is N: E2 then see service a.vice+

Co))ents+

Pass07ai ass

he > .etector is hal* covere. ith $ cm !!4 irra.iate.+ he .etector is then completel(covere. ith $ cm !!4 an. irra.iate. again+ &:s C $ cmI2D are .e*ine. as *ollos= &:1 isclose to mi.line on si.e o* here no !!4 as present in *irst irra.iation, &:2 is as *or&:1 b6t on si.e hich ha. !!4 .6ring *irst irra.iation+T#is test is not appica*e to scanning s2ste)s as t#eir 5esign )eans g#osting is not

possi*e

&:2

&:1

No !!4 !!4


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Laporan Hasil Uji TCFM UNDIP.xlsx

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