HP 9100A Operating & Programming Manual Download | Manualshive

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Summary of Contents for 9100A

Page 1: ...mJ HEWLETT PA ...

Page 2: ...e date of del1very for calcula t r r turned to the nearest HP f1eld off1ce We will repair r rPr lcJ e PcH1 wh1ch prove to bE defect1ve dunng the w nrJ ty per o J No other warranty IS expressed or im r I1E d We are not l1able for consequent1al damages v a 1 tance contact your nearest Hewlett Packard and Serv1ce Off1ce Addresses are prov1ded on par es 32 and 33 of th1s manual ...

Page 3: ...OPERATING AND PROGRAMMING HEWLETT PACKARD 9100A ...

Page 4: ...age and programming features There are 19 access1ble registers in the magnetic core memory three are d1splayed two are only for data storage and 14 can be used for program storage or tor additional data storage The 14 program reg1sters can accommodate up to 196 program steps Three reg1sters are displayed on the cathode ray tube they are designated x KEYBOARD y ACCUMULATOR and z TEMPORARY The forma...

Page 5: ...pocket on the rear cover ot the Program libra ry To enter the program SET ON SET RUN SET RADIANS SET FIXED PRESS GO TO 0 0 Be sure magnetic card is fully inserted in the card reader with the printed side of the card toward the keyboard PRESS PRESS ENTER c 0 N T I N u E Execution of the program indicated by a flash ing display of X 3 Y 2 000000 and Z 1 ensures that the 91 OOA 1s operating correctly...

Page 6: ... plugged into an appropriate receptacle grounds the cabinet of the calculator The round pin on the power cable three prong connector is the ground con nection The accessones and equipment supplied with each Model 9100A are listed in Table 1 TABLE 1 Accessories Equipment Supplied PART NO 09100 90001 091 00 90002 09100 90003 091 00 90004 4040 0350 5060 5919 8120 0078 9320 1157 QUANTITY DESCRIPTION 2...

Page 7: ...lier NUMBER 12 345 67898 DISPLAY 1 234567898 X 104 I 234 56 7 898 0 1 FIXED DECIMAL POINT the number is displayed with the decimal pomt correctly located The dec1mal wheel sets the number of places to the nght of the dec1mal point The least sign1ficant d1g1t 1s rounded lf the number overflows to the left of the decimal point the display for the overflowed register reverts to floatmg dec1mal point ...

Page 8: ...ntering 1ntegers or when using the ENTER EXP key Cle91S the exponent and causes the next digit entries 0 to 99 and CHG SIGN to affect only the exponent The exponE nt digits are entered in a serial manner with each new d1git entry becoming the least significant digit of the exponent CLEAR 2 ENTER EXP 1 0 0 0 c 00 00 10 Pressmg ENTER EXP after any keyboard operation except dig1t entry w1ll enter 1 0...

Page 9: ...GN SET FIXED SET Decimal wheel to 4 ENTER 0094 9 4 ENTER 3 EXP or 0 0 9 SET FIXED SET Decimal wheel to 4 ENTER 128 0167 1 2 8 1 6 7 SET Dec1mal wheel to 3 SET Decimal wheel to 8 SET FLOAT ENTER 4 xiQ I2 CHG 4 ENTER CHG SIGN EXP SIGN 2 0 0 3 980 0 ENTER EXP 4 4 0 0 00 9 1 0 0 2 8 0 I 6 7 0 0 0 0 I 2 8 0 I 7 00 00 04 1 280 16 7 02 0 0 1 00 00 12 ...

Page 10: ... and shifts the contents of the Y register to the X regtster Loses the contents of the X register t 5 t 5 5 5 Shtft5 the contents of X to the Y register shifts the con tents of Y to the Z register and shifts the contents of Z to the X register CLEAR 9 t rr t 3 1 I I 5 ROLL ROLL 0 t 9 ROLL Shifts the contents of Z to the Y register shifts t he con tents of Y to the X regtster and shifts the content...

Page 11: ...er to the contents of the Y register The sum is entered into the Y register and the X register is unchanged 8 4 12 y t CLEAR 8 4 6 7 4 17 y t CLEAR 6 7 4 0 I 2 1 D I 1 1 Subtracts the contents of the X reg1ster from the contents of the Y register The difference 1s entered mto the Y register and the X register is unchanged 1 7 9 8 Y CLEAR 1 t 7 9 47 19 8 5 25 y t CLEAR 4 7 1 9 8 5 D 8 9 0 2 5 5 1 ...

Page 12: ... 7 X 3 X 5 X 4 8 7 5 Y t 3 X 5 8 X 0 63 00 7 0 7 50 8 Div des the contents of the Y register by the contents of the X register The quotient is entered into the Y regis ter and the X register is unchanged 36 4 9 y t 0 CLEAR 3 6 4 9 00 Lf 72 6 7 3 9 13 y t CLEAR 7 2 6 0 3 00 9 3 9 EXAMIPLE 3 X 4 6 9 9 y 8 X 2 6 STEP KEY STEP KEY STEP KEY 1 3 7 9 13 6 2 8 14 3 4 9 8 15 4 X 10 16 5 6 11 2 6 12 X ...

Page 13: ...RECALL Press a b c d e or F to recall the contents ofthat reg1s ter to the X reg1ster The contents of a b c d e or f are unchanged They 1 key must be used to recall the con tents of the numeric registers Pressing only 0 1 2 3 4 5 6 7 8 9 will not recall the contents of that register to the X reg1ster but will enter that digit in the X register Recalls the contents of F and e to the X and Y registe...

Page 14: ...9 COS 1x 0 9 t 180 0 9 TT e tan 1x 90 e 90 7Tf2 e o 2 EXAMPLE sm 135 7071 sm 1 7071 45 0 Rep aces the contents of the X register with the Sine of the contents of X Replaces the contents of the X regtster wtth the Cosine of the contents of X Replaces the contents of the X register with the Tangent of the contents of X Prefix used to calculate the tnverse trigonometric and hy perboltc functtons The ...

Page 15: ...X register with e raised to the power defined by the contents of X Replaces the contents of the X register w1th the loganthm to the base 10 of the contents of X Integer X Eliminates t he decimal part of the contents of the X register Enters the integer into the X register ClEAR 5 9 int r 0 D 5 Absolute value of Y Sets the contents of the Y register positive CLEAR CHG SIGN t 5 Enters pi into the X ...

Page 16: ...n the X register and a y component in the Y regis ter to polar coordrnates Angle 9 Tan t y x Y Radius R J x2 y2 X SET DEGREES l CLEAR TO POLAR y 4 CHG SIGN i 3 0 5 3 13 0 I 5 Changes polar coordinates consisting of a radius R in the X regrster at an angle 9 in the Y register to reetangular coordinates CLEAR 2 y component R X Sin 9 y x component R x Cos 9 X t 2 2 5 X TO RECT 0 1 0 0 00 1 0 000 ...

Page 17: ...e regrsters f X f e Y e Recalls the contents of the fand e regrsters to the X and Y regrsters respectrvely The contents of fand e are un changed CLEAR 0 1 2 f X e Y t 2 CHG SIGN ACC EXAMPLE Vector Add1tron 1 RCL ACC ACC 0 0 o RCL 2x 3y 4x 5y 3x 6y 3x 14y STEP KEY STEP KEY STEP KEY 1 CLEAR 6 5 11 CHG SIGN 2 3 7 t 12 t 3 t 8 4 13 3 4 2 9 ACC 14 ACC 5 ACC 10 6 15 RCL EXAMPLE Multiplrcation of complex...

Page 18: ...sequenttal regtster ts entered to store pro gram steps Wtth the first program step in location 00 program storage wtll be used tn the followtng manner 00 01 09 O a Ob Oe Od 10 19 la 1b lc ld 20 up to dc d d the address at which the program coql lter resets to 00 lt ts not necessary to learn a program language for the Calculator Keyboard operations are the program instruc tlons Each program step is...

Page 19: ...o the diS play mode The STOP 1nstruct1on prov1des an uncondJ tional halt of program execut1on for entry of data or d1s play of results Pressmg CONTINUE begms program execut1on w1th the next program step Pressmg STOP during execution of a program will cause the program to stop execution at the present program step and will cause a return to the display mode Pressmg CONTINUE will begin program execu...

Page 20: ...d from the previous step Causes a brief d1splay before continumg with execu tlon of the program lf the PAUSE key is held de pressed dunng execut1on of a program a STOP will occur at the next PAUSE instruction in the program Pressing CONTINUE will begin execution w1th the next program step Use successive PAUSE instructions for a Ionger dis play Th1s mstruct1on single steps the program The display w...

Page 21: ...onal branch and the next instruction CONDITION NOT MET Branches to and executes the third step followrng the conditional branch instruction NOTE To venfy a program w1th RUN selected re place each CONTINUE rnstruct1on with either a PAUSE or STOP instruction lf a CONTINUE instruction is encountered the Calculator will begin execution ot the program Print the contents of X Y or Z or any combrnation a...

Page 22: ...KEY 00 CLEAR 06 t II 01 STOP 07 STOP 02 IF X Y 08 1 03 0 09 t 04 8 Oa END 05 2 lf the contents of X and Y are equal the cond1tion lf X Y 1s met The program will execute steps 03 and 04 and contmue w1th step 05 calculate x2 y2 See TO PO LAR page 16 and enter the answer mto X lf the con tents of X and Y are not equal the program will branch to step 05 calculate the product of X x Y and enter it into...

Page 23: ...ollowed by a non arithmetic or non alphabetic instruction The program will branch to the address J K given by the numenc or alphabetic instruct10n J and the second dig1t K of the address of the third instruct1on followmg the cond1 tional branch instruction The program will also execute the instruction in the second program step following the conditional branch instruction EXAMPLE STEP KEY 04 IF x ...

Page 24: ...d reader 2 The contents of Y and Z are unchanged 3 ENTER contents of X unchanged RECORD contents of X destroyed 0 0 00 00 c c 57 Step 2c contams the mstruct1on PAUSE See CORRECTING A PROGRAM STEP Page 25 if an mcorrect mstruct1on 1s entered 1n the program NOTE Any address can be used for the f1rst program step How ever a begmnmg address of 0 0 1s generally used because of the conven1ence prov1ded ...

Page 25: ...ation 00 a oo 8 9 70 Step 89 contains the sin x instruction The key codes are given on instruction card 3 Each STEP PRGM key stroke will single step the program display ing the contents of the X Y and Z registers Enter data at the cor rect program step to check operation and solution of the pro gram While editmg replace every CON TINUE instructionwith a PAUSE or STOP in struction Encounter l a CON...

Page 26: ... 1 I 3 f N 4 IF X Y 5 CONTINUE 6 1 1 7 N N 8 N N N 9 1 1 a 1 N 1 N I I b IFX Y c 1 d 6 10 ROLL N 1 N 1 1 X N N 1 2 ROll 1 N 1 N N 1 3 GO TO 4 0 5 a 6 0 0 N 1 N 7 ROLL N 1 N 0 8 f N N 0 9 END N N 0 DISPLAY A blank register indicates the contents of the register are unchanged from the previous step ...

Page 27: ... DISPLAf Ob YES 01 STOP NO 0 z 0 y N X ENTERN X 02 03 PRESS CONTINUE x r oa z N 1 y 1 X 0 z 0 y 1 The IF X Y is met at step 04 if N 0 set 0 1 N is the partial product calculation Each IF X Y at step Ob not met de velops next partial product After 1st pass N N N 1 After 2nd pass N N N 1 N 2 10 11 12 i J N 1 Z N y I X J CALCULATE 27 ...

Page 28: ...ed SET PROG PRESS STEP PRGM The program step displayed in X is the step following the program step at which the STOP occured Smgle step the program from the last error check previous STOP in structlon in the program to the program step where the error was detected lf all instructions are correct single step the entire program No data entry is necessary for program opera tion To run the program SET...

Page 29: ...ntry rather than using a complete register to store the constant and recalling it when needed STEP KEY 22 ROLL 1 23 2 24 25 1 26 3 27 X After program step 26 is executed 2 13 will be in the X register PROBLEM Calculate jpz Q2 KEY ENTER P 1 X ENTER Q 1 X X KEY ENTER P 1 ENTER Q TO POLAR yf pz Q2 X EN E I G c ES ...

Page 30: ...by storing two integers P and Q 1n one register KEY ENTER P t ENTER Q t ENTER 10 6 Pdr IP 8 J 1I P Q 10 F Y f Q 9 8 9 Y f KEY ENTER P t 1 t ENTER Q J 1 l P 1 Q F Y f For P 5 Q 4 5 25 Y f To Obtain P and Q KEY f t int x l ENTER ENTEH 10 E P X P Z Q y KEY f t int x p Z Q y ...

Page 31: ...umber in X 0 00 3 ENTER CHG 4 0 00 EXP SIGN 3 Oll CHG 0 00 SIGN 9 8 0 00 3 98 Oll Any number with an absolute value of less than 1 x 10 9 must be entered using the ENTER EXP key lt cannot be entered in decimal format 0 For example 1 x 10 Jo 0 0 0 1 0 0 0 I 0 0 00 00 00 0 0 The e and f registers can be used for program steps How e te r earh must be addressed with a GO TO e 0 or a GO TO f 0 to enter...

Page 32: ...y 3 ate la a Y tl I E TRON Pano na lty OHIO OREGON ONTARIO PERU URUGUAY Pab Fe rando A Comer tal e lndustr al Aventda lto lla 2 11 a 1 Ia de CorrP 370 Montevideo Tel 40 3102 4 able RADIUM Mo tevlde 4 t W est Conshohocto en TEXAS T FF E UTAH VIRGINIA WAS HINGTON AREAS NOT QUEBEC Ii e t F a d an d d Hy B v a d Pomte Clatre 4 l FOR CANADIAN AREAS NOT LISTED t tiet o ett VENEZUELA tiet o tt P A e Ve e...

Page 33: ... f INLAND H NETHERLAND rRANCE H r a e Ya ph Hf lelt Peo Urd Franc 4 qua oes Etroits LJOft AFRICA ASIA AUSTRALIA AUSTRALIA IN DIA JAPAN kd A ld H KOREA IRAN lm t eet Add uba a LfBANON i ng 1 g ng e IFI r AR SALES A NORWAT PORTlJGAL Ba W l o n a lllo d a MALAY IA o Cape Jo n p e D SERVICE w Zl R AN I M y A AWA EA T f NAM o ...

Page 34: ...PART NO 09100 90001 ...

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