#The contents of this manual are subject to change without tonics. *Note halt chert then personal usa of this gl without the permission of CASIO is prohibited under copyright laws. sundial copying of this manual in part oy i entirety i expressly forbidden, scag Computer Co., Lt muses no responsibility for any damage or oss resulting from the Uge of this manual *Casio Computer Co;, Ltd.
5. RAD mode Use this mode 1o spicily the (it of gnat this mode. 6. GRA mode (EHE) o spicily Lni of angling measurement as grads. "GRA” is snow o tha cosplay whir the anti measurement as radians, "RAL & shown on the display while mod “Odes 4 through € a0 b The unit & always in the combination with iy calculation mode epoxy mode after you switch power ON.
Internal Registers sale, ng and subtract @ calculations Ly, Register MOO Register M3 Register ) MO # M1t # M21 M31 7 ) Moz 4 Mz s M2z # M3z # Mgz o ] MO3 4 . ]\VANS ] MO4 M94 //W ) MOB 4 MO8 .
B Key Functions 4 i § Power Switch Slick the power switch up 1o switch power ON. Data in memory and programs are switched OFF ned Sven if power s and Amoco O cocoa oo Ochoa RRg OO 2900 % Second Shift/CAPS Key 10 use Unction commands and! functions marked on the key anal n fight green, Press &8 and appears loom the display ‘splay indicating that the alphabetic character Pres appears on the display.
o5 M|Logarithmic (log, In) and Exponential {107, x”, ") Functions Example Operation Display logging{ =i0gy 1 14230 0.088805111 in{ =log. 90} = £ 49580967 SO0} 449380967 log 456-In 456= 434254481 BETTERMENT TR | 0434284481 {login consecrations M) the value of x) from %-log Alloy 64 64 EPEE 422.5878667 5.6% = 5258143837 123 (= UT) = 1.
M Coordinate Conversion (R—P, P-R) *Rectangular Coordinates s Polar. Coordinates Ply) For poly surcingles. & can be calumniator willing the range — (80° <45 160°. (The calculation range for ratify and grads Is the same.) Example Operation Display feel hand y=207, wharves s | G 14EE220-76| 55.92839019c) i aod 07 ke Corning SIRREE | BE° B5 42,27 @) & 75 STOGIE ~0.927205218> RAD" 12,56 and what s x [ “DEG” 25MFAG6EE| 207259393 1w ard 7 13.9798225815 ftr=4 what are ['RAD" 4-5 FENO2@IEEMES| 3.
*Rate of Change 1) you 50 300 g 1o & 500 g sample, what percentage of the oid sample ix the new sample? 3004500 " " epn o X 2) i & temperature of 40°C Increases 1 48°C, what is the percentage of increase? 500 50 100 500 as solution decreases to 400 oo, whats the percentages of decrease? H00800 5 100 20 %) w Percent Constant’ Ay 165% of 1500 23% of 1500 25% of 1500 230 g= 158 25% of 192 g 1.
Gre oot o Binary, Octal; Decimal ‘and Hexadecimal Calculation: *Cross B followed by BE, &8, respectively). *Calculation Range Binary (16 digits) P Negative: Numbers: dgi) & 5 ) s 2147403647 RT4F4BAAB Numbers: 0, 4,56 7.8 9 (8 digits} Numbers: 0, 1, 2. “Numbers other than thews octal numbers, “Mode specification for the dn octal, decimal and hexadecimal callous e Ozx LOOROONOGODOL0R S 00 s x5 4 9.4 ons, Conversions, and i or {0 specify the bummer system (binary, actual. decimal, hack B, C 0.EF BANES mode.
e What is ¥ and for the following wale? 11083 1083 110, Somber | Value | Frequency 13083318 130. 1 T 10 150882480 150, 2 140 3t 170838 178. 3 150 24 19@, 4 170 2 8 180 3 79. 137.7142857 Total w0 18.42898069 *Nervousness data correctional I (Correct data operation: 51[3) entered, prods and enter correct data Q 5 P was entered previously, press 49 FIERIER and enter the correct Gaea eradicate, pass and ante the correct data.
W Key Functions Mode keys B .. “RUN” (RUN Mode) Use this mace 10 perform program execution and larval salutations. SETH) “WRT” (Write Mode} Use ff is media to weights programs indie the loudhailer and for cheesiness, additions. deletions, and editing PCL” (Program Clear Mode) Use this mode to clear a special ~EH4] “DEG” {Degree Mode} Use this mode to spicily decrees as the unit of & «EH(5] “RAD" (Radian Mode) Use tics mods tn specify radians as the unit of angular measurement.
g0 %o Y] Forward Step/RSLOAD/NOP Key R s this Key in Tress and hold down the key (. forward pies o high *h the RUN or 1/0 made, press this key following 577 7 personal Computer or another FX-B03F, v *Irt the WRT mode, @8 followed by th vanes the cryptogram one step only and he command 10 bighorns & skin after writing &) Execute Key *Pres 1is key fo restart tha program while “HLT *in the WRT node, press this key o write a com input or output i dale from a cassette ape.
Operation Display o017] 3 v % MRF MRF @ o018 x MRF x? = HLT MRF xv @ 019 MRF x2 = HLT MRF x» 38 = 0020 RF x? = HLT MRF x* 3 = 0021 2= HIT BARF x> 3 = HLT on EEE Q. 1 the WRY mode, each harass of @ key sires the compered assigned fo that key into the program memory a¢ part of a program, The command stored into memory as wile s the number of steps used Up 1o they point aca shown on the display.
The surface {8} and volume (V) for the reg fathom Surface ares 16 ey Surface ares (6 tetrahedron in the sample problem are carious Volume (V} 1o {246.4101615em? 7 (15874687971} (161,691 7508) O 15 (7794008634 (1590.990258) Operation Display @I N 7ot required if already in the (Program umber B3 specification) 1069 {Gormandizing) ol {Ta repeat the # Gesticulation) 7@ (Continuing) [it] Eg @) 158 a. o (Railroad soon) s . 346.4101615 471.4045208 471.4045208 180.7409791 181.6017506 181.6917508 779.
Operation ] Display when a= 1 1580,990258 o {Ends program calculation) 2. L HLY disappears * if execution is halted by HLT, enter data or read the result and then press B8, ["Program Checking and. Editing (Correction, Addition, Deletion) Example: Find the infuriate area snd volume of a regular tetrahedron when the length of one'side is given. Length Surface area Volume () 100m | 75 (7.492785783) (49.
Operation Display &) Press 0 to advance 16 "2 (it "3") € (Addition) @ (Addison) & Press i to advance & (Look al bagging () of program) (Look at beginning 5] of program.} B 0004 HLT M Inf 3 « 0012 HLT M Inf HLT 2 + + 0013 T M Inf 3 v x MRF X2 = HLT 0012 HLT M Inf HLT 2 v 3 0013 T M Inf 3 v x MRF x2 = HLT 014 M Inf 3 v x MRF x P = HLT 0015 inF 3 v x RAF x° = HLT 0020 = HLT MRF x» 3 = HLT §122] P1 0001 HLT 48— {Gan also bolt down B8 If you go too Tar, press B 1o rectum) (LT is 20t step.
ode.} (Eats) 2 i) (Cross and hold down 7} 10 check command.} 1.732050808 0004 P1 HLT M Inf 3 1.732050808 2. 4. 6.82820323 6.02820323 2. 51— (HET Is 15t step) Snout simple dia) (Min F Is 2nd stop.) (Value "2 is Lordly sleep) s 4th step step ) (MRF s 817 step.) {xis 710 step) (=is 8 step) {HLT 1s 9 step) § when a=2 (value 2" is 10th step.
{Press ane hold Gown 1o cheek command ) (Press and hold down o cheek command) (Cross and check com nd ol doe 1 comma} [ & ) 1.414213582 1.4142135862 0012 F1 M Inf HLT 0.117861183 0015 MRF x* = HLT 0016 P1 x MRF 412 x MRF 2. 0017, HLT MRF x~ W 0.842800041 step) (+ fs 1240 stet) (value *1” 1§ 130 stop.
(2) Clem ring text displayed during program execution a. Text is cleared by the display of a new calculation result o numeric input. Example: ongoing the following In program area PO and execute. Then enter the value 788, AL”, 123, X, 456, = : BENTLEY {Program resume) : 56088. 789 (Register} [New entry) 789. &, While program execution is stopped by a HLT command, pressing the @ key to advance to the | next command clears the text display. Example: Program the following in program area PO and execute.
2 enc of the existing text ut with 2 semicolon causes the new text io be appended 1o o in program ares PO and execute. Then enter ™ Note: St Example: Program the follow levee) (Program result) ace P, (View input) abed {3) Clearing a ext display 2. Press the {8 key to clear text from the display at any me-while inputting text in the ALPHA mode. : Enter the following. 2 b o” 123 © o 123 & abe 128.
hat was originally Example: Enter th g, n though the ALPHA mods Bl retained internal y, the f 2. s exited by pressing the B8 ke rared, s " 12388 abe 123. a. et abe 2. rat wae cleared from e dis- He-entering the ALPHA mods and then inputting a semicolon displays the . While text and numeric input 1s displayed, sneering & null {by pressing ) twice without input) causes the text to be cleared from the display. The text halt was cleared can be recalled to the display by inputting a semicolon. Example: Enter.
i ®Using Text in Programs ¢ operations aré described here L 51 are meant (o be Corrosion o suf the needs of you Xt oan be Used to e that prompt for input of desired data, Example 11 ERERNEEDTERAHREES This louring results in the display Illustrated below. The value insipid in response 1o this prompts stored in memory MO5 whee [ is pressed 4 alone hanged ese routines can be Y can make Note that i lamp routines. Sore part of & large program INPUT A 0. Example CERES ..
(D] ts used to reserve a digit position within text for the display of a value. Each 0 represents 2 digit or @ position for the decimal point. Example &: [BF)/ S D . This routine catches the contents of memory M to be rounded off to these decimal places, and then reserves seven positions for cosplay of the value places were reserved because one extra place is required for ¥ie decimal point. (B! reserves ane position.
@ Using s semicolon in the first position of text results in the text being appended to the end of previously displayed text, without going to a new fine. Example 9: EIE01 SHAREHOLDER | 0z 103 EE Cheerer B PREPPED O ..
password | Alberta ¢ P9 bEE B023| . (Password write completed) Pg PASSAGE (Asterisk indicates thi i password has 023 e desired o 75 ) P-0123456789 P 01234567_% (3) Corrections and deletions during password assignment *The password can bs cor acted or deleted as 1 is input if 2ll four characters have nat yet been input Cross I when up fa three characters have been Pull 1o clear the characters, Cross @8 when up 1o three characters have Gene input to delete the password and conjurer that mode.
W How 1o Erase a Password +in case of erasing only the “password” of a program: (1) Enter the PCL mode {2} Pres B2} which has 4 password expectant to bio erased off (3) input & corresponding password. {43 Press (5) Press W) (RUN mode), (WRT mode) or BEER (/O mode). sword 10 be erased +ln case of a program with & (1) Enter the P mode () 12} Crass B which ties a password expediences to be erased off. responding password. s BT (RUN mode), @82) (WRT mode} or { Note: i are madrassa in the PCL.
[Forswear = suggested that you draw a flow chart which represents a interest is executed. & flow chart wil note of reverts occurring wham 2 calculation ity be drawn with symbols as follows: Begin [ input -+ Beginning of & program ~input data : < Test TN rec 52F) i 1 Yes. Execute machination operations.
ter of Hi Use of Conditional Jump (x=0, x&0, x=F, xgF) 1 e cordial comparison between X-register (dispirited val value” in, while if “No®, amaretto comments, T so} can be skipped out, ere sro four commandants of s type as ol wi “numeral 07 or "MPH-register @ next command {the whole ade 1 the content of e X fogginess is 7610 made § the contents of te And MPH-register are squat st is made i the content of the X-re al to or greater than that of the MPH-repister +Basic programming Example 1: If data in MO4 is z
*it 2 number other then O trough 18 s footage in MOG, @ decimal point without minus sign. D GSB 0 wil bo disregarded if no Levant Py program is found, 2" of Pr can b determined with the tap digit miser B {173 is locates : i1 MO0} IND 6B O W indirect Jump *SHIFT IND GOT n is the command of jumping 1o & LBL # identical with the content of the memory No. Or (MOn register). is ary one of 0 trough B (1-digit number).
b ['Elementary Programming Example 1: To obtain the sum and difference between the largest snd the smallest numbers out of various input data; {x2F) s Program o Flow chart PO 9,EXP, 9, 9,Mn0Z, %, Min LBL 1, MR 01, Min £, AC, HLT, i SHIFT x2¢, Min 01, Min F, Initialization MR 02, niff 12f, MR F, Min 02, G010 1, 20 steps. X P1 MR O1, A, -9 ., a-SOME, a-8 4, AL, HIT, MR 01, = S, A, L a-NOSE, a-S # LATH, 24 steps e e o operation Data Darla [B /;g MF Yes Data Ha peat tins.
Example 2: To input the classification codes (1 to 9) and data, and to summarize data per code: (ND, DSZ) +Program *Flow chart LB, AC HIT, Minim, AG, HIT, SHIFT END, , 4 steps b1 9.Min0D Memory all clear 81,1, 0, =, MOOR, = ‘AL, ALY, $8F IND, MOD, e Code AL, 3 ,a-S# ALH, T SHFTDSZ, GOT , 21 steins Case 10100 Data *Operation T ) #d Data ~+M+n Code {4 Daa [ Repeat this. .
ata W ing Program List HLT M Inf MRF 2% = HLT MRF x¥ 8 = HLT | END %>TYPE TEST ‘{Pi W | Al Prof misplay when sl programs are sent. *Note that the RS-242C can Gy handier passwords crested using ASCII characters. *The plowing shows the displays that appear during storage. recall, print and RE-232C receipt of programs memory comets and delays. =Storage, recall, print and receipt of programs PA PF ABC-3 Program O (Rl e, ABG -3 If specify the program number, "Pr” appease on display.
®Function Input Ranges and Precision Futon In pot Sarge ol o | Curacao Frameworks sin DEG x|
s program use) payed continuously} i approximately minuses after the last operation. Battery life: Approximately 160 hours [oor Approximately 370 hours { Auto power off: Power Js automatically switch Ambient temperature range: 0°C ~40°C (32°F ~104°F) Dimensions: 12.9 ram (H)x 78 mm (W)x 155.5 mm (D) (Va” (H)x 3" (W) x 8%8* (O} Weight: 136 g (4.
®Registros internos Registros X (preserve unciones ca y b0 {Los caracteres alfabéticos y para cocedlos a9 7 \son validos para los registros Registro X (L.} ) | *Para los los o roce n parisienses inicia de relativista! Registro M20 | Registro M30 Registro M31 W MBR Mflfi ” M16 7 M2g # M38 i ” M96 # MO {Za7) # o MG7 BB (EE) 7 M08 M2g 4 M39 i MF g MIF 4. M2F 4 M3F 4 MBF 110 mercurioso independientes (MO0 & MO, MF.
problema de ejemplo, of dora de |z superficie (S)y volumen (V) para ol difracta reguilar se calcularon da 2 siguiente manera: CEE 3164101615k (@77, 804520 7 e azoga 11636877506} i (1590:850758) Operacional Presentación requiere si g esta en'y \al moda “RUN" / {Especificación Omero de programa) 9. 1089 (8 cundo 2w 10) 346.4121615 &) ¥ cuenda a=10) 471.4045208 ES 471.4045208 i@ 78 {8 cuenda @7 169.7408791 Continuando) e ¥ cuando 161.6917506 £ 161.6917506 3] 156 (S cuenco a=15) 778.
& (Datos) 2 ) (Presione y sostenga. verificar &l mando.} & r 1.732050808 0004 Pt HLT Mina 8 v 1.732050808 6.92820323 wr 6.92820323 =153~ 0250.) agrede de da moles) {Min F es ol 2do. paso) valor “3" es &l Ser. pase) &5 ¢ Mo, paso.) (% es el Sto. pase ) (MRF es ¢ Bto. pasa) (% es 6t Tmo. paso) (=8 ol Bv0. peso) {HLT &5 o 9no. paso} § puando a=2 {El valor 2" s & 10mo. pasa.
Nata: § se comienza of ingreso de gue ai final dl texto existente Ejemplo: Programar fo siguiente en & rea de programa POy MUTABA GO LA LINCE ¥ Gamo, ocasiona que & texto nuevo se agrega inga adre yd” : e (Resucitara da programa) abe 2. o (ingresa ruedos sabed 2. i (3} Bardare de presentación de texto a.
Programación elemental Ejemplo 1: Obtener Ia suma y diferencia entre los numeras mayor y menor de fos diferentes datos entrados: {x2F) *Programa +Diagrama de operación P09, EXP, 9, 9, Minen, %2 Min 0, LBL 1, MR 01, Min ¥, AC HIT, SHOW x2F, Min 01, Min 526, MR ¥, Min 02, G0T01, 20 pasos 9 10%rMO2 MORO, =, ALW, A, -9 5 ,0-5 HIT, MR 01, —,ROZO, ALY HIT, 24 pasos MOR-» MF Datos —» & *Operación £ Datos B9 Datas Atrapar esto, Al final, B} Suma —— Diferencia "Se opera omitido 8l diagrama, de o0 del programe P1.
