Sharp WriteView EL-W532TH Bedienungsanleitung
Sharp
Taschenrechner
WriteView EL-W532TH
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PRINTED IN CHINA
16FSC(TINSEA154EHZZ)
B1098
INTRODUCTION
About the calculation examples (including some formulas
and tables), refer to the reverse side of this manual.
After reading this manual, store it in a convenient location for
future reference.
Operational Notes
• Donotcarrythecalculatoraroundinyourbackpocket,asit
maybreakwhenyousitdown.Thedisplayismadeofglass
andisparticularlyfragile.
•Keepthecalculatorawayfromextremeheatsuchasona
cardashboardornearaheater,andavoidexposingitto
excessivelyhumidordustyenvironments.
• Sincethisproductisnotwaterproof,donotuseitorstoreit
whereuids,forexamplewater,cansplashontoit.Raindrops,
waterspray,juice,coffee,steam,perspiration,etc.willalso
cause malfunction.
• Cleanwithasoft,drycloth.Donotusesolventsorawetcloth.
Avoidusingaroughclothoranythingelsethatmaycause
scratches.
• Donotdropitorapplyexcessiveforce.
• Neverdisposeofbatteriesinare.
• Keepbatteriesoutofthereachofchildren.
• Forthesakeofyourhealth,trynottousethisproductforlong
periodsoftime.Ifyouneedtousetheproductforanextended
period,besuretoallowyoureyes,hands,arms,andbody
adequaterestperiods(about10–15minuteseveryhour).
Ifyouexperienceanypainorfatiguewhileusingthisproduct,
discontinueuseimmediately.Ifthediscomfortcontinues,
pleaseconsultadoctor.
• Thisproduct,includingaccessories,maychangedueto
upgradingwithoutpriornotice.
NOTICE
• SHARPstronglyrecommendsthatseparatepermanent
writtenrecordsbekeptofallimportantdata.Datamaybe
lostoralteredinvirtuallyanyelectronicmemoryproduct
under certain circumstances. Therefore, SHARP assumes no
responsibilityfordatalostorotherwiserenderedunusable
whetherasaresultofimproperuse,repairs,defects,battery
replacement,useafterthespeciedbatterylifehasexpired,
oranyothercause.
• SHARPwillnotbeliablenorresponsibleforanyincidental
orconsequentialeconomicorpropertydamagecaused
bymisuseand/ormalfunctionsofthisproductandits
peripherals,unlesssuchliabilityisacknowledgedbylaw.
♦PresstheRESETswitch(ontheback),withthetipofa
ball-pointpenorsimilarobject,onlyinthefollowingcases.
Donotuseanobjectwithabreakableorsharptip. Note that
pressingtheRESETswitcherasesalldatastoredinmemory.
• Whenusingforthersttime
• Afterreplacingthebattery
• Toclearallmemorycontents
•
Whenanabnormalconditionoccursandallkeysareinoperative
♦
If service should be required on this calculator, have the calculator
servicedintheregion(country)whereyoupurchasedit.
Hard Case
DISPLAY
Dot
matrix
display
Mantissa Exponent
•
Duringactualuse,notallsymbolsaredisplayedatthesametime.
• Onlythesymbolsrequiredfortheusageunderinstructionare
showninthedisplayandcalculationexamples.
/
/
: Indicates that some contents are hidden in the
directionsshown.
2ndF: Appearswhen ispressed,indicatingthatthe@
functionsshowninthesamecoloras@ are enabled.
HYP: Indicates that Hhasbeenpressedandthehyperbolic
functions are enabled. If @ >ispressed,the
symbols“ ”appear,indicatingthatinverse2ndF HYP
hyperbolicfunctionsareenabled.
ALPHA: Appearswhen ispressed,indicatingthatthe;
functionsshowninthesamecoloras; are enabled.
Appearswhen ispressed,andentry(recall)x t or
ofmemorycontentscanbeperformed.
FIX/SCI/ENG/N1/N2:Indicatesthenotationusedtodisplayavalue
andchangesbySETUPmenu. isdisplayedon-screenN1
as“NORM1”,and as“NORM2”.N2
DEG/RAD/GRAD: Indicates angular units.
BUSY: Appearsduringtheexecutionofacalculation.
W-VIEW:IndicatesthattheWriteVieweditorisselected.
M: Indicates that a numerical value is stored in the
independentmemory(M).
BEFORE USING THE CALCULATOR
Press to turn the calculator on. j
Press to turn it off.@o
Key Notations Used in this Manual
Tospecify
ex
: @ "
Tospecifyln: i
TospecifyE: ; E
• Functionsthatareprintedingrayadjacenttothekeysare
effectiveinspecicmodes.
• Themultiplicationoperator“ ”isdifferentiatedfromtheletter“X”
inthismanualasfollows:
Tospecifythemultiplicationoperator:k
Tospecifytheletter“X”:; X
• Incertaincalculationexamples,whereyouseethe symbol,o
thekeyoperationsandcalculationresultsareshownasthey
wouldappearintheLineeditor.
•
Ineachexample,press toclearthedisplayrst.Unlessj
otherwisespecied,calculationexamplesareperformedinthe
WriteVieweditor(
J 200
)withthedefaultdisplay
settings.
Clearing the Entry and Memories
Operation
Entry
(Display)
A–F,
M,X,Y
D1–D3 ANS STAT*
1
j
ОХ Х Х Х
@ Z
ОХ Х О О
Mode selection ( )b
ОХ Х Х
Х
*
2
@ P 0
ОХ Х Х Х
@ P 1 0
О О О О О
@ P 2 0
*3
О О О О О
RESETswitch
*3
О О О О О
О
: Clear
Х
: Retain
*1 Statistical data (entered data)
*2 Clearedwhenchangingbetweensub-modesinSTATmode.
*3 TheRESEToperationwillerasealldatastoredinmemoryand
restore the calculator’s default settings.
Memory clear key
Press @Ptodisplaythemenu.
• Toinitializethedisplaysettings,press .Theparametersset0
asfollows:
• Angularunit:DEG
• Displaynotation:NORM1
• N-base:DEC
Mode Selection
NORMALmode:b 0
Usedtoperformarithmeticoperationsandfunctioncalculations.
STAT mode: b1
Usedtoperformstatisticaloperations.
DRILLmode:b 2
Usedtopracticemathandmultiplicationtabledrills.
HOME Key
Press 7toreturntoNORMALmodefromothermodes.
Note: Equationsandvaluescurrentlybeingenteredwilldisappear,
inthesamewayaswhenthemodeischanged.
SET UP Menu
Press JtodisplaytheSETUPmenu.
Press jtoexittheSETUPmenu.
Note: Youcanpress toreturntothepreviouslydisplayedN
parentmenu.
Determination of the angular unit (degrees, radians, and grades)
DEG(°): J (default)0 0
RAD (rad): J 0 1
GRAD(g): J 0 2
Selecting the notation and decimal places display 1
TwosettingsofFloatingpoint(NORM1andNORM2),Fixeddecimal
point(FIX),Scienticnotation(SCI),andEngineeringnotation(ENG).
• WhenJ 1 0(FIX)orJ 1 2(ENG)is
pressed,thenumberofdecimalplaces(TAB)canbesettoany
valuebetween0and9.
•WhenJ 1 1(SCI)ispressed,thenumberofsignicant
digitscanbesettoanyvaluebetween0and9.Entering0willset
a10-digitdisplay.
Setting the floating point number system in scientific notation
NORM1(thedefault)andNORM2.Anumberisautomatically
displayedinscienticnotationoutsideapresetrange:
NORM1(J 1 3): 0.000000001 ≤ ≤|x| 9,999,999,999
NORM2(J 1 4): 0.01 ≤ ≤|x| 9,999,999,999
Selecting the editor
2
ThiscalculatorhasthefollowingtwoeditorsinNORMALmode:
WriteViewandLine.
TheWriteVieweditor(W-VIEW):J (default)2 0
TheLineeditor(LINE): J 2 1
• PressU to change the calculation results to another format
thatcanbedisplayed.
Adjusting the display contrast
Press , then or J3 + &toadjustthecontrast.Press
jtoexit.
Insert and overwrite entry methods
WhenusingtheLineeditor,youcanchangetheentrymethodfrom
“INSERT”(thedefault)to“OVERWRITE”.
Afteryouswitchtotheoverwritemethod(bypressingJ ), 4 1
thetriangularcursorwillchangetoarectangularone,andthenumberor
functionunderneathitwillbeoverwrittenasyoumakeentries.
Setting of the decimal point
Youcanshowthedecimalpointinthecalculationresultaseithera
dot or a comma.
DOT: J (default)5 0
COMMA:J 5 1
• Duringentry,thedecimalpointisonlyshownasadot.
ENTERING, DISPLAYING, AND EDITING THE EQUATION
3
The WriteView Editor
Entry and display
IntheWriteVieweditor,youcanenteranddisplayfractionsor
certainfunctionsasyouwouldwritethem.
• TheWriteVieweditorcanbeusedinNORMALmode.
Displaying calculation results
Whenpossible,calculationresultswillbedisplayedusingfractions
and
p
.Whenyoupress ,thedisplaywillcyclethroughtheU
followingdisplaystyles:
•
Mixedfractions(withorwithout
p
)
→
improperfractions(withor
without
p
)
→
decimal numbers
• Properfractions(withorwithout
p
)
→
decimal numbers
Notes:
• Improper/properfractionswillbeconvertedtoanddisplayedas
decimalnumbersifthenumberofdigitsusedintheirexpression
isgreaterthannine.Inthecaseofmixedfractions,themaximum
numberofdisplayabledigits(includingintegers)iseight.
• Ifthenumberofdigitsinthedenominatorofafractionalresult
that uses
p
is greater than three, the result is converted to and
displayedasadecimalnumber.
The Line Editor
Entry and display
IntheLineeditor,youcanenteranddisplayequationslinebyline.
Notes:
• Uptothreelinesoftextmaybeviewedonthescreenatonetime.
• IntheLineeditor,calculationresultsaredisplayedindecimalform
orlinefractionnotationifpossible.
• Use toswitchthedisplayformattofractionalformorU
decimalform(ifpossible).
Editing the Equation
Justafterobtainingananswer,pressing bringsyoutothel
endoftheequationandpressing bringsyoutothebeginning.r
Press , , , or to move the cursor. Press l r u d @
l @ r or tojumpthecursortothebeginningortheend
of the equation.
Back space and delete key
To delete a number or function, move the cursor to the right of it,
thenpress .YoucanalsodeleteanumberorfunctionthattheN
cursorisdirectlyoverbypressing@ y .
Note: Inamulti-levelmenu,youcanpress tobacktotheN
previousmenulevel.
Multi-line Playback Function 4
Thiscalculatorisequippedwithafunctiontorecallprevious
equationsandanswersinNORMALmode.
Pressing uwill
displaythepreviousequation.
The number of characters that can be
savedislimited.Whenthememoryisfull,storedequationswillbe
deletedtomakeroom,startingwiththeoldest.
• Toeditanequationafterrecallingit,pressl r or .
• Themulti-linememorywillbeclearedbythefollowingoperations:
@ o(includingtheAutomaticPowerOfffunction),
@ Z
, mode change, RESET, N-base conversion, angular
unit conversion, editor change (
J J or 2 0 2
1
),andmemoryclear(@ 1 0 P ).
Priority Levels in Calculation
Thiscalculatorperformsoperationsaccordingtothefollowingpriority:
1 Fractions (1 4, etc.) m2Functionsprecededbytheirargument
(x−1, x2, n!, etc.) 3
y
x
,
x
r 4Impliedmultiplicationofamemory
value(2Y,etc.) 5Functionsfollowedbytheirargument(sin,cos,
etc.) 6Impliedmultiplicationofafunction(2sin30
,
A1
4, etc.)
7nCr,nPr,GCD,LCM 8 , × ÷ 9 , + −
10
AND
11
OR,XOR,XNOR
12
, M , M , M, RAD, =+− ► ►DEG, ►GRAD,
→
r
q
,
→
xy
, and
other calculation ending instructions
• Ifparenthesesareused,parenthesizedcalculationshave
precedenceoveranyothercalculations.
SCIENTIFIC CALCULATIONS
• Press toselectNORMALmode.b 0
Arithmetic Operations
5
• Theclosingparenthesis justbefore maybe) = m or
omitted.
Constant Calculations
6
• Inconstantcalculations,theaddendbecomesaconstant.
Subtractionanddivisionareperformedinthesamemanner.For
multiplication,themultiplicandbecomesaconstant.
• Inconstantcalculations,constantswillbedisplayedasK.
Conversion to Engineering notation
7
Youcanuse; ; or < to convert the calculation >
result to engineering notation.
• Press todecreasetheexponent.Press; <; to >
increasetheexponent.
• Thesettings(FSE)intheSETUPmenudonotchange.
Functions
8
• Refertothecalculationexamplesforeachfunction.
• IntheLineeditor,thefollowingsymbolsareused:
•
:toindicateanexpression’spower.(m Y, , @ " @ )
• :toseparateintegers,numerators,anddenominators.(W,
@ k )
• Whenusing intheLineeditor,valuesareenteredin@ W
thefollowingway:
• absvalue
Random Function
The random function has four settings. (This function cannot be
selectedwhileusingtheN-basefunction.)Togeneratefurther
randomnumbersinsuccession,presse. Press jtoexit.
Random numbers
Apseudo-randomnumber,withthreesignicantdigitsfrom0upto
0.999,canbegeneratedbypressing@ w 0 e .
Note: IntheWriteVieweditor,theresultwillbeafractionor0.
Random dice
Tosimulateadie-rolling,arandomintegerbetween1and6canbe
generatedbypressing@ w 1 e .
Random coin
Tosimulateacoinip,0(heads)or1(tails)canberandomly
generatedbypressing@ w 2 e .
Random integer
Youcanspecifyarangefortherandomintegerwith“R.Int(”only.
R.Int(minimum value, maximum value)
Forexample,ifyouenter@w3 1 H 99 , a ) e
randomintegerfrom1to99willbegenerated.
Angular Unit Conversions
9
Each time @ ]ispressed,theangularunitchangesinsequence.
Memory Calculations
10
MemorycalculationscanbeperformedinNORMALandSTAT
modes.
Temporary memories (A–F, X and Y)
Press xandavariablekeytostoreavalueinmemory.
Press tandavariablekeytorecallthevaluefromthatmemory.
Toplaceavariableinanequation,press andavariablekey.;
Independent memory (M)
Inadditiontoallthefeaturesoftemporarymemories,avaluecan
beaddedtoorsubtractedfromanexistingmemoryvalue.
Press j x Mtocleartheindependentmemory(M).
Last answer memory (ANS)
Thecalculationresultobtainedbypressing oranyother=
calculationendinginstructionisautomaticallystoredinthelast
answermemory.
Notes:
•
Calculationresultsfromthefunctionsindicatedbelowareautomatically
storedintheXorYmemoriesreplacinganyexistingvalues.
•
→
r
q
,
→
xy
:Xmemory(
r
or
x
),Ymemory(q or
y
)
• Two
x
´ values from a quadratic regression calculation in STAT
mode:Xmemory(1:),Ymemory(2:)
• Useof willrecallthevaluestoredinmemoryusingt or ;
upto14digits.
Definable memories (D1–D3)
Youcanstorefunctionsoroperationsindenablememories
(D1–D3).
•
Tostoreafunctionoroperation,press ,followedbyadenablex
memorykey( ),followedbytheoperationyouwantI J K, , or
tostore.Menu-relatedoperations,suchasJ, cannot be stored.
Press jtoreturntothepreviousdisplay.
• Tocallastoredfunctionoroperation,pressthecorresponding
memorykey.Callingastoredfunctionwilldonothingifthe
functionthatiscalledwouldbeunusableinthecurrentcontext.
•
Anyfunctionsoroperationsthatarestoredinadenablememory
willbereplacedwhenyousaveanewoneintothatmemory.
• Youcannotstorefunctionsoroperationsindenablememories
whenenteringvaluesoritemsinSTATmode.
Memory List
Press ;9todisplayalistofthevaluessavedinmemory.
Thevaluesareshownina9-characterrange.
Applicablememories:A,B,C,D,E,F,X,Y,M
Chain Calculations
11
Thepreviouscalculationresultcanbeusedinthesubsequent
calculation.However,itcannotberecalledafterenteringmultiple
instructions.
Fraction Calculations
12
Arithmeticoperationsandmemorycalculationscanbeperformed
usingfractions.InNORMALmode,conversionbetweenadecimal
numberandafractioncanbeperformedbypressingU.
Notes:
•
Improper/properfractionswillbeconvertedtoanddisplayedas
decimalnumbersifthenumberofdigitsusedintheirexpression
isgreaterthannine.Inthecaseofmixedfractions,themaximum
numberofdisplayabledigits(includingintegers)iseight.
• Toconvertasexagesimalvaluetoafraction,rstconvertitby
pressing@ : .
Binary, Pental, Octal, Decimal, and Hexadecimal
Operations (N-base)
13
ConversionscanbeperformedbetweenN-basenumbersin
NORMALmode.Thefourbasicarithmeticoperations,calculations
withparentheses,andmemorycalculationscanalsobeperformed,
alongwiththelogicaloperationsAND,OR,NOT,NEG,XOR,and
XNORonbinary,pental,octal,andhexadecimalnumbers.
Note: ThehexadecimalnumbersA–Fareenteredbypressing
m
A
, *
B
, A
C
, l
D
, i
E
, and H
F
.
Inthebinary,pental,octal,andhexadecimalsystems,fractional
partscannotbeentered.Whenadecimalnumberhaving
afractionalpartisconvertedintoabinary,pental,octal,or
hexadecimalnumber,thefractionalpartwillbetruncated.
Likewise,whentheresultofabinary,pental,octal,orhexadecimal
calculationincludesafractionalpart,thefractionalpartwillbe
truncated.Inthebinary,pental,octal,andhexadecimalsystems,
negativenumbersaredisplayedasacomplement.
Time, Decimal, and Sexagesimal Calculations
14
Conversionbetweendecimalandsexagesimalnumberscanbe
performed.Inaddition,thefourbasicarithmeticoperationsand
memorycalculationscanbeperformedusingthesexagesimal
system.Notationforsexagesimalisasfollows:
Coordinate Conversions
15
• Beforeperformingacalculation,selecttheangularunit.
• Theresultsofcoordinateconversionswillbedisplayedas
decimalnumbersevenintheWriteVieweditor.
Rectangular coord. Polar coord.
Modify Function
16
Decimalcalculationresultsareinternallyobtainedinscientic
notation,withupto14digitsinthemantissa.However,since
calculationresultsaredisplayedintheformdesignatedbythe
displaynotationandthenumberofdecimalplacesindicated,the
internalcalculationresultmaydifferfromthatshowninthedisplay.
Byusingthemodifyfunction(@ ), the internal value is n
convertedtomatchthatofthedisplay,sothatthedisplayedvalue
canbeusedwithoutchangeinsubsequentoperations.
• WhenusingtheWriteVieweditor,ifthecalculationresultis
displayedusingfractionsor
p
,pressU to convert it to
decimalformrst.
Calculating the Greatest Common Divisor (GCD)
WhatistheGCDof
24and36?
j 24
@ = 36
=12.
Calculating the Least Common Multiple (LCM)
WhatistheLCMof
15and9?
j 15
@ ? 9
=45.
Prime Factorization 17
InNORMALmode,thecalculationresultcanbeshownasa
productofprimenumbers.
•Apositiveintegergreaterthan2andnomorethan10digitscan
befactoredintoprimes.
•Anumberthatcannotbefactoredintoaprimenumberwith3
digitsorshorterisshowninparentheses.
•Thecalculationresultofprimefactorizationisdisplayed
accordingtotheeditorsetting(W-VIEWorLINE).
• Thecalculationresultofprimefactorizationmayextendoffthe
edgesofthescreen.Youcanseethosepartsbypressingl
or r.Tojumptotheleftendorrightend,press@ l
or .@ r
STATISTICAL CALCULATIONS
18 19
StatisticalcalculationscanbeperformedinSTATmode.
Thereareeightsub-modeswithinSTATmode.Pressb , 1
thenpressthenumberkeythatcorrespondstoyourchoice:
0 ( ): Single-variable statisticsSD
1 (a+bx):Linearregression
2 (a+bx+cx
2): Quadratic regression
3 ( ^a e•bx):Eulerexponentialregression
4 (a+b lnx•):Logarithmicregression
5 ( ^a x•b):Powerregression
6 ( ): Inverse regressiona+b/x
7 ( ^a b•x):Generalexponentialregression
Thestatisticaldatainputscreenappears.
Afterenteringstatisticaldatafromtheinputscreen,
press
_
or jandclosetheinputtable
.Youcanthencheckstatistical
values from the STAT menu
(
; 8
)
andspecifystatistical
variables.
D
ata Entry and Correction
Data entry
Entryeld
Single-variabledatatable Two-variabledatatable
• Afterenteringthedata,
press
e
.Theinputisnalizedand
thecursormovestothenextline.Ifdatawasnotenteredinan
x
or
y,0isentered,1isenteredinFRQ(frequency),andthecursor
movestothenextline.
•
Youcanuse
H
toenterXandFRQ(orX,Y,andFRQ)atonce.
• Intheinputtable,upto6digitsaredisplayedforeachvalue,
includingthesignanddecimalpoint.Anyvaluesthatexceed6
digitsinlengtharedisplayedinexponentnotation.
•
Upto100dataitemscanbeentered.Withsingle-variabledata,
adataitemwithanassignedfrequencyofoneiscountedas
onedataitem,whileanitemwithanassignedfrequencyof2
orhigherisstoredasasetoftwodataitems.Withtwo-variable
data,asetofdataitemswithanassignedfrequencyofoneis
countedastwodataitems,whileasetofitemswithanassigned
frequencyof2orhigherisstoredasasetofthreedataitems.
• Toexecutestatisticalcalculation,press
_
or j and close
theinputtable.
Data correction
Usel r u d, , , or to move the cursor and select
the desired data. Press or @ u @ dtojumpthe
cursor to the beginning or end of the data.
Data correction
Movethecursortothedatathatyouwanttocorrect,enterthe
numericvalue,andpresse.
Data insertion
Toinsertalineinfrontofthecursorposition,press
;
T.
Theinitialvaluesenteredintheinserteddataare0inxandy,
and 1 in FRQ.
Data deletion
Todeletetheentirelinewherecursorispositioned,press@ y .
Notes:
• InSTATmode,allstatisticaldatawillbeerasedifthesubmode
is changed or
@
Z
ispressed.
• InSTATmode,press
_
todisplaytheinputtable.
Statistical Calculations and Variables
Thefollowingstatisticscanbeobtainedforeachstatistical
calculation(refertothetablebelow):
Single-variable statistical calculation
Statistics of 1 and 3.
Linear regression calculation
Statistics of 1, 2 and 4. In addition, the estimate of
y
for a given
x
(estimate
y
´) and the estimate of
x
for a given
y
(estimate
x
´).
Quadratic regression calculation
Statistics of 1, 2 and 4.Andcoefcients
a
,
b
,
c
in the quadratic
regression formula (
y
=
a
+
bx
+
cx
2
). (For quadratic regression
calculations,nocorrelationcoefcient(
r
) can be obtained.)
Whentherearetwo
x
´values,eachvaluewillbedisplayedwith
“1:”or“2:”,andstoredseparatelyintheXandYmemories.
Youcanalsospecifythe1stvalue( 1’)andthe2ndvalue( 2’)x x
separately.
Euler exponential regression, logarithmic regression,
power regression, inverse regression,
and general exponential regression calculations
Statistics of 1, 2 and 4. In addition, the estimate of
y
for a
given
x
and the estimate of
x
for a given
y
. (Since the calculator
converts each formula into a linear regression formula before
actualcalculationtakesplace,itobtainsallstatistics,except
coefcientsa and b, from converted data rather than entered
data.)
1
n
Numberofsamples
x
–Meanofsamples(
x
data
)
sx Samplestandarddeviation(
x
data
)
sxPopulationstandarddeviation(
x
data
)
Σ
xSumofsamples(
x
data
)
Σ
x2Sumofsquaresofsamples(
x
data
)
xmin Minimumvalueofsamples (
x
data
)
xmax Maximumvalueofsamples(
x
data
)
2
y
–
Meanofsamples(
y
data
)
sy
Samplestandarddeviation
(
y
data
)
sy
Populationstandarddeviation
(
y
data
)
Σ
ySumofsamples
(
y
data
)
Σ
y2Sumofsquaresofsamples
(
y
data
)
Σ
xySumofproductsofsamples(
x
,
y
)
Σ
x2y
Sumofproductsofsamples(
x
2
,
y
)
Σ
x3
Sumof3rdpowersofsamples
(
x
data
)
Σ
x4
Sumof4thpowersofsamples
(
x
data
)
ymin Minimumvalueofsamples
(
y
data
)
ymax Maximumvalueofsamples
(
y
data
)
3
Q
1
Firstquartileofsample
(
x
data
)
Med
Medianofsample
(
x
data
)
Q
3
Thirdquartileofsample
(
x
data
)
4
r
Correlationcoefficient(ExceptQuadraticregression)
aCoefficient of regression equation
bCoefficient of regression equation
cCoefficient of quadratic regression equation
STAT Menu
Afterclosingtheinputtable,youcanviewstatisticalvalues,view
regressioncoefcientvalues,andspecifystatisticalvariablesfrom
STAT menu (
; 8
).
;
8
0:Displaystatisticalvalues
;
8
1:Displayregressioncoefcientvalues
;
8
2:Specifystatisticalvaluevariables
;
8
3:
Specifystatisticalvalue(Σ related) variables
;
8
4:Specifymax/minvaluevariables
;
8
5:Specifyregressioncoefcientvariables
Notes:
• Listdisplayofregressioncoefcientvaluesandspecicationof
regressioncoefcientvariablesdonotappearinsingle-variable
statistical calculation.
•
Estimated values
x
’ and
y
’arespeciedwiththekeys(@
V
,
@
U
).Iftherearetwo
x
’values,youcanspecify
x
1’ and
x
2’fromtheSTATmenu(
;
8
) to obtain the values 5
separately.
• Inthestatisticalvalueandregressioncoefcientvaluelists,you
cannotreturntothemenubypressingN.
Statistical Calculation Formulas
20
Anerrorwilloccurwhen:
• Theabsolutevalueoftheintermediateresultorcalculationresult
is equal to or greater than 1 × 10100.
• Thedenominatoriszero.
• Anattemptismadetotakethesquarerootofanegativenumber.
• Nosolutionexistsinthequadraticregressioncalculation.
DRILL MODE
Math Drill: b2 0
Mathoperationquestionswithpositiveintegersand0aredisplayed
randomly.Itispossibletoselectthenumberofquestionsand
operatortype.
MultiplicationTable(× Table): b 2 1
Questionsfromeachrowofthemultiplicationtable(1to12)are
displayedseriallyorrandomly.
ToexitDRILLmode,pressb and select another mode.
Using Math Drill and × Table
1.
Press b
2
for Math Drill or 0b
2
for 1× Table.
2. Math Drill:Useu d and to select the number of
questions(25,50,or100).
× Table :Use toselectarowinthemultiplicationu d and
table(1to12).
3. Math Drill:Use toselecttheoperatortypeforl r and
questions (+ − × ÷ +−×÷, , , , or ).
× Table :Use toselecttheordertype(“Serial”orl r and
“Random”).
4. Press e to start.
WhenusingMathDrillor×Table(randomorderonly),questions
arerandomlyselectedandwillnotrepeatexceptbychance.
5. Enteryouranswer.Pressj or to clear the entered N
numberandthenenterthecorrectanswer.
6. Press e.
•
Iftheansweriscorrect,“ ”appearsandthenextquestionisdisplayed.
• Iftheansweriswrong,“ ”appearsandthesamequestionis
displayed.Thiswillberegardedasanincorrectanswer.
• Ifyoupress withoutenteringananswer,thecorrecte
answerisdisplayedandthenthenextquestionisdisplayed.
Thiswillberegardedasanincorrectanswer.
7. Continueansweringtheseriesofquestionsbyenteringthe
answerandpressinge.
8. Afteryounish,press andthenumberandpercentageofe
correctanswersaredisplayed.
9. Press etoreturntotheinitialscreenforyourcurrentdrill.
Ranges of Math Drill Questions
Therangeofquestionsforeachoperatortypeisasfollows.
+ Addition operator:“0
+0”to“20 20”+
] Subtraction operator:“0
−0”to“20 20”;answersare−
positiveintegersand0.
> Multiplication operator:“1
×0”or“0 1”to“12 12”××
) Division operator:“0÷1”to“144 12”;answersare÷
positiveintegersfrom1to12and0,dividendsofupto
144,anddivisorsofupto12.
+]>) Mixed operators:Questionswithinalltheaboveranges
aredisplayed.
ERRORS AND CALCULATION RANGES
Errors
Anerrorwilloccurifanoperationexceedsthecalculationranges,
orifamathematicallyillegaloperationisattempted.Whenanerror
occurs,pressing automaticallymovesthecursorl r or
backtotheplaceintheequationwheretheerroroccurred.Editthe
equationorpressj to clear the equation.
Error codes and error types
ERROR01:Syntaxerror
• Anattemptwasmadetoperformaninvalidoperation.
Ex.2+ & = 5
ERROR02:Calculationerror
• Theabsolutevalueofanintermediateornalcalculationresult
equalsorexceeds10100.
• Anattemptwasmadetodividebyzero(oranintermediate
calculationresultedinzero).
•
Thecalculationrangeswereexceededwhileperformingcalculations.
•
Whenthenumbertobefactoredintoprimesisgreaterthan2and
otherthana10-digitpositiveinteger,orwhentheresultofprime
factorizationisanegativenumber,decimal,fraction,orπ.
ERROR03:Nestingerror
•
Theavailablenumberofbufferswasexceeded.(Thereare10buffers
for numeric values and 64 buffers for calculation instructions).
ERROR04:Dataover
• Dataitemsexceeded100inSTATmode.
Alert Messages
Cannot delete!
• TheselecteditemcannotbedeletedbypressingN @ or
yintheWriteVieweditor.
Ex.* r l N 5 A
Inthisexample,deletetheexponentbeforeattemptingtodelete
theparentheses.
Cannot call!
• Thefunctionoroperationstoredindenablememory(D1toD3)
cannot be called.
Ex.Anattemptwasmadetorecallastatisticalvariablefrom
withinNORMALmode.
Buffer full!
• Theequation(includinganycalculationendinginstructions)
exceededitsmaximuminputbuffer(159charactersinthe
WriteVieweditoror161charactersintheLineeditor).An
equationmaynotexceeditsmaximuminputbuffer.
Calculation Ranges
21
•
Within the ranges specified, this calculator is accurate to 1 ±
of the 10th digit of the mantissa. However, a calculation error
increases in continuous calculations due to accumulation of
each calculation error. (This is the same for yx, xr, n!, e
x
, ln,
etc., where continuous calculations are performed internally.)
Additionally, a calculation error will accumulate and become larger
in the vicinity of inflection points and singular points of functions
.
• Calculationranges
±10−
99 to 9.999999999 10± × 99 and 0.
Iftheabsolutevalueofanentryoranalorintermediateresult
of a calculation is less than 10−
99, the value is considered to be 0
incalculationsandinthedisplay.
BATTERY REPLACEMENT
Notes on Battery Replacement
Improperhandlingofbatteriescancauseelectrolyteleakageor
explosion.Besuretoobservethefollowinghandlingrules:
• Makesurethenewbatteryisthecorrecttype.
•
Wheninstalling,orientthebatteryproperlyasindicatedinthecalculator.
• Thebatteryisfactory-installedbeforeshipment,andmay
beexhaustedbeforeitreachestheservicelifestatedinthe
specications.
Notes on erasure of memory contents
Whenthebatteryisreplaced,thememorycontentsare
erased. Erasure can also occur if the calculator is defective
orwhenitisrepaired.Makeanoteofallimportantmemory
contents in case accidental erasure occurs.
When to Replace the Battery
Ifthedisplayhaspoorcontrastevenafteradjustingthedisplay
contrast,thebatteryrequiresreplacement.
Cautions
• Fluidfromaleakingbatteryaccidentallyenteringaneyecould
resultinseriousinjury.Shouldthisoccur,washwithcleanwater
andimmediatelyconsultadoctor.
• Shoulduidfromaleakingbatterycomeincontactwithyourskin
orclothes,immediatelywashwithcleanwater.
•
Iftheproductisnottobeusedforsometime,toavoiddamagetothe
unitfromaleakingbattery,removeitandstoreinasafeplace.
• Donotleaveanexhaustedbatteryinsidetheproduct.
• Keepbatteriesoutofthereachofchildren.
• Anexhaustedbatteryleftinthecalculatormayleakanddamage
the calculator.
• Explosionriskmaybecausedbyincorrecthandling.
• Donotthrowbatteriesintoareastheymayexplode.
Replacement Procedure
1.Turnthepoweroffbypressing@ .o
2.Removetwoscrews.(Fig.1)
3.Liftthebatterycovertoremove.
4.Removetheusedbattery.
5.Installonenewbattery.Firstinsertthe“−”sidetowardthespring.
(Fig.2)
6.Replacethecoverandscrews.
7.PresstheRESETswitch(ontheback)withthetipofaball-point
penorsimilarobject.
8.Adjustthedisplaycontrast.See“Adjustingthedisplaycontrast”.
Andthenpressj.
• Makesurethatthedisplayappearsasshownbelow.Ifthedisplay
doesnotappearasshown,removethebattery,reinstallit,and
checkthedisplayonceagain.
Fig. 1 Fig.2
Automatic Power Off Function
Thiscalculatorwillturnitselfofftosavebatterypowerifnokeyis
pressedforapproximately10minutes.
SPECIFICATIONS
Display:
96×32dotmatrixliquidcrystaldisplay
Displayofcalculationresults:
Mantissa: 10 digits
Exponent:2digits
Internal calculations: Mantissasofupto14digits
Pendingoperations: 64 calculations 10 numeric values
Powersource: 1.5V
…—
(DC):Heavydutymanganese
battery(sizeAAAorR03)× 1
Operatingtime:
(varies according to
use and other factors)
Approx.17,000hourswhencontinuously
displaying55555at25°C(77°F)
Operatingtemperature:
0°C–40°C(32°F–104°F)
Externaldimensions: 80mm(W)× × 166 mm (D) 15 mm (H)
3-5/32”(W)×6-17/32”(D) 19/32”(H)×
Weight: Approx.113g(0.25lb)(includingbattery)
Accessories: Battery ×1(installed),operationmanual,
and hard case
FOR MORE INFORMATION
ABOUT SCIENTIFIC CALCULATORS
VisitourWebsite.
http://sharp-world.com/calculator/
EL-W532TH
SCIENTIFIC CALCULATOR
MODEL
ENGLISH
OPERATION MANUAL
Degree Minute Second
1
J (FSE)
100000
÷ 3 =
[NORM1] j 100000 z 3
= U U33'333.33333
→
[FIX: TAB 2] J 1 0 233'333.33
→
[SCI: SIG 2] J 1 1 23.3b04
→
[ENG: TAB 2] J 1 2 233.33b03
→
[NORM1] J 1 333'333.33333
2
J (EDITOR)
→
[LINE] j J 2 10.
1
÷
2 =
1 z 2 =0
.
5
→ [
W-VIEW
]J 2 00.
1
÷
2 =
1 z 2 =
1
2
3 U
2 3
+ =
5 4
j 2 W
5 r
+ W 3 r 4
=
3
1
20
U
23
20
U1
.15
U
3
1
20
2cos
−1 0.5 [rad] =J 0 1
2
@
^ 0.5 =
2
J
3
U2.094395102
4
u d
@ Z 0.
1 3(5
+
2) =
3 ( 5
+ 2 )
=21.
2
3 × 5 + 2 =3 k 5
+ 2 = 17.
3
(5 +
3) × 2 =( 5 + 3
) k 2 =16.
→
1
@ u21.
→
2
d17.
→
1
u21.
→
3
@ d16.
5
+ & k z
( ) S `
45
+ 285
÷ 3 =j 45
+ 285 z 3
=140 .
18
+ 6
=
15
-
8
( 18
+
6 ) z
(15
& 8 =
3
3
7
42
× -5
+ 120 =42 k S 5 + 120
=
-
90.
(5
× 103) ÷ (4 × 10-
3) =5 ` 3 z 4
` S 3
=1'
250 '
000 .
6
34
+
57
=
34 + 57 =91.
45 + 57
=45 =102 .
68 × 25
=68 k 25 =1'
700 .
68 × 40
=40 = 2'
720 .
7
< >
6789= j
6789
=
6'789.
;
>6.789b03
;
>0.006789b06
;
<
;
<6789.b00
;
<6789000.b-03
8
v $ t w ^ y s H >
i l "
V Y Z A 1 m
* D q B e c a W
sin 60 [°]
=
j J 0 0
v 60
=0.866025403
cos p
4 [rad] =J 0 1
$ s W 4 =0.707106781
tan
-
1 1 [g] =J 0 2
@ y 1 =50.
J 0 0
(cosh 1.5 +
sinh 1.5) 2
= j ( H $
1.5
+ H v
1.5
) A =20.08553692
5
tanh-
1
=
7
@ > t ( 5
z 7 ) = 0.895879734
ln 20 =i 20
=2.995732274
log 50
=l 50
= 1.698970004
e3
=@ " 3 =20 .08553692
1
÷ e =1 z ; V =0.367879441
101.7 =@ Y 1.7 =50.11872336
1 1
+ =
6 7
6 @ Z + 7
@ Z =
13
42
U0.309523809
8-
2 - 34 × 52 =8 m S 2 r &
3 m 4 r k 5
A =
63
-
2024
64
U 129599
-
64
U
-
2'024
.984375
o8 m S
2 &
3 m 4 k
5
A =
-
2'024
.984375
U
-
2024
m
63
m
64
U
-
129599
m
64
83
=8 @ 1 =512.
p
49 - 4p
81 =* 49
r &
4 @ D 81
=4.
o* 49
& 4
@ D 81
=4.
3
p
27 =@ q 27
=3.
4! =4 @ B =24.
10
P3 =10 @
e 3 =720 .
5
C2
=5 @ c 2 =10 .
500
× 25% =500 k 25
@ a125 .
120
÷ 400 = ?% 120 z 400 @ a30.
500
+ (500
× 25%) =500 + 25
@ a625 .
400
- (400
× 30%) =400 & 30
@ a280 .
|
5 - 9 |
=@ W 5 & 9
=4.
q = sin-1
x, q = tan-1
xq = cos-1
x
DEG -90 ≤ q ≤ 90 0 ≤ q ≤ 180
RAD -p
2 ≤ q ≤ p
20 ≤ q ≤ p
GRAD -100 ≤ q ≤ 100 0 ≤ q ≤ 200
9 ]
90° → [rad] j 90
@ ] 1
J
2
→ [g] @
]100.
→ [°] @
]90.
10 ; t x m M < I J K
8 × 2 M j
8 k 2
x M 16.
24 ÷
(8 × 2) =24 z ; M = 1
1
2
(8 × 2) × 5 =; M k 5 =80.
0 M j
x M0.
$150 × 3 M 1
+) $250: M1
+ 250 M2
-) M
2 × 5%
–
M =
150 k 3 m450.
250 m250.
t
M k 5 @
a
@ M35.
t
M665.
24
4 + 6 =
2
2
5 …(A) 24 z ( 4 + 6
) =
2
2
5
3 × (A) + 60 ÷ (A) =3 k ; < + 60
z
; < =
1
32
5
sinh
-1
D1 x
I @
> v
sinh
-1
0.5 =I 0.5 =0
.481211825
11
6 + 4 = ANS j 6 + 4 =10.
ANS + 5 =+ 5 =15.
8 × 2 = ANS 8 k 2 =16.
ANS
2 =A =256.
12 W k
1 4
3
+ =
2 3
j 3 @ k 1
d 2 r
+ W
4 d 3
=
5
4
6
U29
6
U4.833333333
o3 W 1 W 2
+ 4
W 3 =*
4m5m
6
U29 m6
U4.833333333
* 4m5m
6 = 5
4
6
13 z / n rgh d 4 p
x C
DEC (25)
→
BIN j @ / 25
@ zBIN 11001
HEX (1AC) @ h 1AC
→
BIN @ zBIN 110101100
→
PEN @ rPEN 3203
→
OCT @ gOCT 654
→
DEC @ /428.
BIN (111) → NEG @ z
d 111 =BIN 1111111001
1011 AND 101 =
[BIN]
@ z 1011
4 101 =BIN 1
5A OR C3 = [HEX] @ h 5A p
C3 =HEX DB
NOT 10110 = [BIN] @ z n
10110 =BIN 1111101001
24 XOR 4 = [OCT] @ g 24 x
4 =OCT 20
B3 XNOR 2D =
[HEX]
@ h B3 C
2D =HEX FFFFFFFF61
→ DEC @ /
-
159.
14 [ :
7°31’49.44”
→
[10] j
7
[ 31 [
49.44
@ :
663
7
1250
123.678
→
[60] 123.678
@ :123(40q40.8"
3h 30m 45s +
6h 45m 36s = [60]
3
[ 30 [ 45
+ 6
[ 45 [
36
=10(16q21."
1234°56’12” +
0°0’34.567” = [60]
1234
[ 56 [
12
+ 0 [ 0
[ 34.567
=1234(56q47."
3h 45m – 1.69h
= [60]
3
[ 45 & 1.69
= @ :2(3q36."
sin 62°12’24” = [10] v
62
[ 12
[ 24
=0.884635235
15 u E H
(
x = 6
y = 4
→
(
r
=
q = [°]
j
6 H 4
@
u
r:
{:
7.211102551
33.69006753
(
r = 14
q = 36 [°]
→
(
x =
y =
14 H 36
@
E
X:
Y:
11.32623792
8.228993532
16 n
→
[FIX, TAB = 1] j J
1 0
10.0
5 ÷ 9 = ANS 5 z 9
=5
9
U0.6
ANS × 9 =k 9 = *15.0
5 z 9
=5
9
U0.6
→
[MDF] @ n3
5
ANS × 9 =k 9 = *2 2
5
5
U U5.4
→
[NORM1] J 1
35.4
*1 5
9 × 9 = 5.5555555555555 × 10-1 × 9
*2 3
5 × 9 = 0.6 × 9
17
5
12210
=
j
12210
=
12'210
.
@
5
2×3×
5×11×37
@
512'210
.
1234567
=
1234567
=
1'23
4
'567
.
@
5127
×(
9721
)
18
b (STAT)
INS-D
DATA
20
30
40
40
50
↓
DATA
30
40
40
45
45
45
60
b 1 0
X FRQ
1
z
20 e
30 e 40 H 2 e 50 e
X FRQ
4
5
z
3
4
z5
2
1
@ u @ y d
d ;
INS-D
45 H
3 e
60 e
X FRQ
45
6
z
3
4
5
3
1
19 b (STAT)
_ 8 V U
DATA
95
80
80
75
75
75
50
b
1 0 @ Z
_
95 e 80 H 2 e 7 5 H 3
e 50 e
X FRQ
75
5
z
3
4
5
3
1
_Stat 0[SD ]0.
; 8
0
d
d
(95 -
x
–
)
×
10
+
50
=
sx
j
(
95 &
; 8 2 1
)
z
; 8 2 2
k
10 +
50 =64.43210706
DATA
x y
2
2
12
21
21
21
15
5
5
24
40
40
40
25
b 1 1
2 H
5 H
2 e
12
H 24 e 21 H
40 H 3 e
15
H
25 e
X
21
15
Y
4
25
3
4
5
3
1
FRQ
_Stat 1
[a+bx]0.
; 8
1
j
;
8
0
d
d
d
d
x = 3 →
y´ = ?
j
3
@
U
3y´6
.528394256
y = 46
→ x´ = ? 46
@ V46x´24.61590706
DATA
xy
12
8
5
23
15
41
13
2
200
71
b
1 2 12 H 41 e
8
H 13 e
5 H 2 e
23H
200 e 15H 71 e
23
15
2
71
4
5
6
1
1
X Y FRQ
_
Stat 2[a+bx+cx2]
0.
;
8
1
x = 10 → y´ = ?
j
10
@
U
10y´24.4880159
y = 22 → x´ = ? 22
@ V
22x´
1:
2:
9.63201409
-
3.432772026
22
;
8
5 4
22x´2
-
3.432772026
20
x
– = Sx
nsx =Sx2
- nx
–2
n
sx = Sx2
- nx
–2
n
- 1
y
– = Sy
nsy =Sy2 - ny
–2
n
sy =Sy2
- ny
–2
n - 1
21
Function Dynamic range
sin x, cos
x
, tan x
DEG: |
x | < 1010
(tan x: |
x | ≠ 90(2n - 1))*
RAD: |
x | < p
180 × 1010
(tan x: | x
| ≠ p
2(2n - 1))*
GRAD: |
x | < 10
9 × 1010
(tan
x: |
x | ≠ 100(2n - 1))*
sin–1 x, cos–1 x|
x | ≤ 1
tan–1 x, 3
P
x|
x | < 10100
ln x, log x10–99 ≤ x < 10
100
yx
•
y > 0: -10100
< xlog
y < 100
• y = 0: 0 < x < 10100
• y < 0: x
= n
(0
< |
x | < 1:
1
x
= 2n - 1,
x ≠ 0)*
,
-10100 < xlog |
y | < 100
xP
y
• y > 0: -10100
< 1
xlog y < 100 (x ≠ 0)
• y = 0: 0 < x < 10100
• y < 0: x
= 2n - 1
(0
< | x | < 1: 1
x = n, x
≠ 0)*,
-10100 < 1
xlog |
y | < 100
ex-
10100
<
x ≤
230.2585092
10x-
10100
<
x <
100
sinh
x, cosh x, tanh
x|
x | ≤ 230.2585092
sinh–1 x|
x | < 1050
cosh–1 x1 ≤ x < 1050
tanh–1
x|
x | < 1
x2|
x | < 1050
x3|
x | < 2.15443469 × 1033
P
x0 ≤ x < 10100
x–1 |
x | < 10100 (x ≠
0)
n! 0 ≤ n ≤ 69*
nP
r
0 ≤ r
≤ n
≤ 9999999999*
n!
(n - r)! <
10100
nCr
0 ≤ r
≤ n ≤ 9999999999*
0 ≤ r
≤ 69
n!
(n - r)! <
10100
↔DEG, D°M’S 0°0’0.00001” ≤ | x | < 10000°
x, y → r,
qx2
+ y2
< 10100
r, q → x, y
0 ≤ r < 10100
DEG: |
q | < 1010
RAD: |
q | < p
180 × 1010
GRAD: |
q | < 10
9 × 10 10
DRG ►
DEG → RAD, GRAD
→ DEG: |
x | < 10
100
RAD
→ GRAD: | x | <
p
2 × 1098
nGCD
n, n
LCM n0 < n < 1010
*
R.Int(m, n)
| m | ≤ 9999999999*
| n | ≤ 9999999999*
m < n, n −
m < 1010
→ DEC
→ BIN
→ PEN
→ OCT
→ HEX
AND
OR
XOR
XNOR
DEC: |
x | ≤ 9999999999
BIN: 1000000000
≤ x ≤
1111111111
0
≤ x ≤ 111111111
PEN: 2222222223
≤ x ≤
4444444444
0
≤ x ≤ 2222222222
OCT: 4000000000
≤ x ≤
7777777777
0
≤ x ≤ 3777777777
HEX: FDABF41C01 ≤ x ≤ FFFFFFFFFF
0
≤ x ≤ 2540BE3FF
NOT
BIN: 1000000000
≤ x ≤
1111111111
0
≤ x ≤ 111111111
PEN: 2222222223
≤ x ≤
4444444444
0
≤ x ≤ 2222222221
OCT: 4000000000
≤ x ≤
7777777777
0
≤ x ≤ 3777777777
HEX: FDABF41C01 ≤ x ≤ FFFFFFFFFF
0
≤ x ≤ 2540BE3FE
NEG
BIN: 1000000001 ≤ x ≤ 1111111111
0 ≤
x ≤ 111111111
PEN: 2222222223 ≤ x ≤ 4444444444
0 ≤
x ≤ 2222222222
OCT: 4000000001 ≤ x ≤ 7777777777
0 ≤
x ≤ 3777777777
HEX: FDABF41C01 ≤ x ≤ FFFFFFFFFF
0 ≤
x ≤ 2540BE3FF
* m, n, r: integer
ENGLISH
CALCULATION EXAMPLES
EL-W532TH
7.
75 7142857.
13 3630621.
12 3717915.
=
=
=
=
530.
41 200' .
50.
75.
=
=
=
=
75.
80.
95.
=
=
=
1 050261097.
1 826044386.
0 995176343.
654 836' .
5.
40.
=
=
=
5 357506761.
-
3 120289663.
0 503334057.
Produktspezifikationen
| Marke: | Sharp |
| Kategorie: | Taschenrechner |
| Modell: | WriteView EL-W532TH |
| Display-Typ: | LCD |
| Breite: | 80 mm |
| Tiefe: | 15 mm |
| Gewicht: | 113 g |
| Produktfarbe: | Schwarz |
| Steuerung: | Tasten |
| Akku-/Batterietyp: | AAA |
| Höhe: | 166 mm |
| Energiequelle: | Akku |
| Typ: | Wissenschaftlicher Taschenrechner |
| Betriebsanleitung: | Ja |
| Anzahl unterstützter Akkus/Batterien: | 1 |
| Akku-/Batteriespannung: | 1.5 V |
| Formfaktor: | Tasche |
| Textzeilen: | 4 Zeilen |
| Abdeckung: | Ja |
| Display klappbar: | Nein |
| Stellen: | 10 Ziffern |
| Display-Auflösung: | 96 x 32 Pixel |
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