SC3442 SCIENTIFIC 10-DIGITS CALCULATOR CIRCUIT DESCRIPTION The SC3442 is the CMOS LSI for a 10-digits display and the complete single chip for scientific calculator with 56 programmed functions. FEATURES * Display -- 10 display digits plus negative code digits. -- Scientific and engineering display. -- 8 mantissa digits plus 2 exponent digits plus 2 negative code digits. * 14 kinds of special display M Memory GRAD Gradient – Minus ( Parenthesis E Error BIN Binary mode 2ndF 2nd Function OCT Octal mode HYP Hyperbolic HEX DEG Degree CMX Complex number mode RAD Radian STAT Statistic calculation mode ) ORDERING INFORMATION Hexadecimal mode * The minus sign of the mantissa is floating minus. * It is possible to specify decimal part digits by the TAB key. * The arithmatic key operation has the same sequence as the mathematical equation, 6 pending operations are allowed and ( ) are up to continuous 15 levels. * Direct drive for LCD (1/3 prebias, 1/4 duty) * Automatic power off (about 7.5 * Mutual conversion and calculation in arithmetic among binary, octal, decimal, and hexadecimal numbers. minutes) * Low power consumption * One independent accumulating memory. VDD=3.0V single power supply. * It is possible to convert and fix the display number system by the F→E key. ABCOLUTE MAXIMUM RATINGS Characteristics Symbol Value Unit VDD -0.3 ~ +5.0 V VIN -0.3 ~ VDD+0.3 V Operating Temperature Topr 0 ~+40 °C Storage Temperature Tstg -55 ~ +125 °C Terminal Voltage HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 1 of 21 SC3442 ELECTRICAL CHARACTERISTICS (VDD=+3.0V±0.2V, VSS=0V, Tamb=25~70°C) Characteristics Operating Voltage Supply Current Osc Frequency Frame Frequency Symbol Condition Min. Typ. Max. Unit 2.5 3 3.4 V VDD=3V, Stand by 20 35 µA Iopr VDD=3V, Operation 70 120 µA Ioff VDD=3V, Off 1 3 µA Fdis VDD=3V, Stand by Fopr VDD=3V, Operation Ff VDD=3V, Stand by 110 180 300 430 VDD -- Idis Auto Power Off Iapo VDD=3V High Input Voltage (KI8~KI1) VIH -- Low Output Voltage (KI8~KI1) VIL High Output Voltage (KI8, KI4, KI2) 30 45 kHz 200 280 kHz Hz 600 Sec VDD-0.5 VDD V -- VSS VSS+0.5 V VOH -- VDD-0.2 VDD VDD V Low Output Voltage (KI1) VOL -- VSS VSS VSS+0.2 V Key Pull Down Resistance (KI1) Fpd Vout=0V 30 50 70 kΩ Key Pull Up Resistance(KI8, KI4, KI2) Rpu Vout=VDD High Output Voltage (LCD, COM) VOH -- “M”Output Voltage (LCD, COM) VOM -- “M”Output Voltage (LCD, COM) VOM -- Low Output Voltage (LCD, COM) VOL -- 30 50 70 kΩ VDD-0.2 VDD VDD V 2/3 VDD -0.2 1/3 VDD -0.2 VSS 2/3 VDD 1/3 VDD VSS 2/3 VDD +0.2 1/3 VDD +0.2 VSS+0.2 V V V PAD ASSIGNMENT HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 2 of 21 SC3442 PIN DESCRIPTION Pin No. Signal 1 a9 Description Pin No. Signal Description LCD 21 COM4 Common Signal 4 2 b9 LCD 22 a0(KO) LCD (Key Output) 3 a10 LCD 23 b0(KO) LCD (Key Output) 4 b10 LCD 24 a1(KO) LCD (Key Output) 5 a11 LCD 25 b1(KO) LCD (Key Output) 6 b11 LCD 26 a2(KO) LCD (Key Output) 7 a12 No Connection 27 b2(KO) LCD (Key Output) 8 b12 No Connection 28 a3(KO) LCD (Key Output) 9 a13 LCD 29 b3(KO) LCD (Key Output) 10 b13 LCD 30 a4(KO) LCD (Key Output) 11 COM3 Common Signal 3 31 b4(KO) LCD (Key Output) 12 COM2 Common 2 32 a5(KO) LCD (Key Output) 13 KI4 Key Input 4 33 b5(KO) LCD (Key Output) 14 KI8 Key Input 8 34 a6(KO) LCD (Key Output) 15 GND Ground 35 b6(KO) LCD (Key Output) 16 VDD VDD (+3V) 36 a7 LCD 17 DEN Dump Enable 37 b7 LCD 18 KI1 Key Input 1 38 a8 LCD 19 KI2 Key Input 2 39 b8 LCD 20 COM1 Common Signal 1 KEY CONNECTIONS KI8 14 1st F 29 0 30 = 31 32 33 HEX STAT 1st F % M RM 34 M+ 35 -- 36 3 37 HEX ∑x n ∑ x2 X δ s CD DATA HEX RND E BIN b OCT x2 9 tan 7 D ON/C STAT 21or44 TAB xy 1/x rθ tan-1 x y EXP π hyp archyp B A C cos cos-1 log 10x F in ex E sin sin -1 DRG DRG = Statistic Mode Keys HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn HEX n! 3 2 yx Note: F a 8 DMS y 6 5 DEG CE x X 4 +/- 2nd F CPLX 1 42 DEC ( 39 41 1st F KI1 25 OFF + 38 40 2nd F KI2 26 2nd F ) x 2nd F KI4 13 REV:1.2 2007.04.17 Page 3 of 21 SC3442 BASIC SPECIFICATIONS 1. NUMBER OF DISPLAY DIGITS • 10-digit display and 14 kinds of special displays • Engineering display • Max mantissa 8 digits plus exponent 2 digits plus each negative code digit • Normal display Max. 10 mantissa digits plus 1 negative code 6 digit 2. CLASSIFICATION OF OPERATION MODE The following 6 types of operation mode are set by the 2ndF key and below keys: 2ndF STAT: Statistic calculation modes are set 2ndF CPLX: Complex number calculation mode set 2ndF - BIN: Binary mode set 2ndF - OCT: Octal mode set 2ndF - HEX: Hexadecimal mode set 2ndF - DEC: Decimal mode set 3. KINDS OF KEYS AND CLASSIFICATION OF THE MULTI-FUNCTIONS FOR ALL 42 TOUCH KEYS STAT 2ndF sin-1 sin archyp hyp DMS D DEG π A EXP POWER DRG DRG ex cos-1 cos E 10x In x F rθ a C 1/x x2 log B Y tan -1 tan yx 3 x x OFF ON/C TAB n! CE F E xy b x y CPLX BIN ∑x n ( ) ∑ x2 x 7 8 9 4 5 6 DCT x 1 2 3 HEX - DATA CD M+ RND DEC % 0 +/- + = x M δ s RM 4. THE CONDITION DURING CALCULATION No key input is allowed and no data is displayed during calculation. 5. DISPLAY METHOD a. Set number and result of operation are displayed in the right margin, minus floating. b. Display of decimal number operation results. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 4 of 21 SC3442 Display is made according to the display format that has been set by the F↔E key. • Floating mode 1010≤x≤10100 : Exponent display. 10-99≤x≤10-9 : Exponent display. 0 and 10- : Floating display. 9 ≤x≤10 10 • Engineering mode 0 and 10-99≤x≤10100 (all ranges); Exponent display. The F↔E key also converts the display format of a displayed numerical value simultaneously with the display format setting. At the same time, the number of digits below the decimal point of the above modes follows the display format assigned by the 2dnF and F↔E keys. Further, in the same manner as the F↔E key, the conversion is also takes place simultaneously with the display format setting. When the number of digits is specified, the last digit displayed is a rounded number, and when there is no specification of the number of digits, the last digit displayed is a cut number. Example: 2 7 = 0.285714285 TAB 2ndF F F E 0.286 3 2.857-01 E 2ndF F 2.8571428-01 E c. Negative number are not displayed with the minus symbol “−”but ate displayed in hexadecimal, octal, and binary two’ s complements. d. Display style and special display Display style Special display 2ndF HYP DEG RAD GRAD( ) BIN OCT HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn HEX CPLX STAT REV:1.2 2007.04.17 Page 5 of 21 SC3442 e. Examples of display Floating of -6000 1/x; TAB=7 Same as above, engineering display Error display DEG E 6. PROTECTION a. Memory overflow protection If the overflow occurs in the memory calculation, the data before the calculation is retained. b. Statistical overflow protection If the overflow occurs in the statistical calculation, the data before the calculation is retained. 7. THE NUMBER OF DIGITS OF THE INTERNAL RETAINED DATA. The number of the digits of the mantissa of the displayed data is a maximum of 10 digits, but the available data for successive calculations is the internally retained data. The number of digits of the mantissa of internally retained data is as follows: a. Data input Maximum 10 digits b. Arithmetic Maximum 10 digits Maximum 3 digits c. Engineering function d. Statistical function e. Complex number function f. Memory calculation g. Number of random 8. AUTO CLEAR When the power supply is suddenly turned on an auto clear routine is executed to initialize as DEC mode, no TAB, floating, and DEG modes. 9. POWER OFF FUNCTION a. Auto power off About 7.5 minutes after operation is ended by pressing the key, the power supply is turned off. b. OFF Pressing this key will stop the oscillator. (Memory safe guard) c. ON Pressing this key will wake the oscillator and initialize. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 6 of 21 SC3442 OPERATION MODE 1. OPERATION MODE MODE DEC BIN OCT HEX STAT CPLX O O O O O O O X X X O X Parenthesis ( ) O O O O X X Constant calculation O O O O O X Percentage calculation O X X X O X Statistical calculation X X X X O X OPERATION 4 Operation +, −, ×, ÷, = x Power y , 6 Operation STAT CPLX DATA setting x y CPLX calculation X X X X X O Input a, b O X X X X O Numberic input 0, 1 O O O O O O Numberic input ( 2~7 ) O X O O O O Numberic input 8, 9 O X X O O O Hex input A~F X X X O X X •, Exp O X X X O O +/- O O O O O O Shit key O O O O O O O O O O O O Memory calculation O O O O O O F←E, TAB O X X X X X O X X X X O CE Memory Display conversion P-R conversion P→ R→P Random RND O X X X O O Function 1 variable function O X X X O O Augular DRG conversion DRG O X X X O O HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 7 of 21 SC3442 2. The calculation is always shifted to a specified mode by mode keys A Mode → B Mode A DEC B DEC NOP BIN OCT HEX DEC DEC DEC Conversion Conversion Conversion BIN BIN NOP Conversion OCT HEX STAT CPLX BIN BIN Conversion Conversion OCT OCT Conversion Conversion HEX HEX HEX Conversion Conversion Conversion Display Clear Display Clear Display Clear Display Clear NOP Display Clear Display Clear OCT Conversion NOP Display Clear Display Clear STAT CPLX DEC DEC Conversion Conversion State clear State clear BIN BIN Conversion Conversion State clear State clear OCT OCT Conversion Conversion State clear State clear HEX HEX Conversion Conversion State clear State clear NOP Display Clear Display Clear State clear NOP NOP: No operation KEY DEFINITIONS (1) 2NDF This is the key for specifying the second function. When this key is pressed, the special display “2ndF”lights. When this key is pressed twice the second function mode is released. (2) DRG DRG a. Pressing this key will change the mode of angle sequencially. DEG RAD GRAD and display it. b. Pressing this key will change the mode of the angle and will convert the displayed data. DEG → RAD : RAD=DEGx RAD → GRAD : GRAD=RADx GRAD → DEG : DEG=GRADx0.9 180 200 (3) 0~9 a. In setting data in the mantissa section, it is set at the right margin, and the data in more than 11 digits cannot be input. b. At the data input against the exponent, the last two numbers are efficients. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 8 of 21 SC3442 (4) • RND a. The position first pressed has preference, and no input is made to data set in the exponent section. b. When pressed as the first set number, it is regarded as 0 and • keys are pressed. c. Random as a 2ndF Pressing this key shall display the random numbers. The range of random numbers is 0.000~0.999. (5) +/a. In setting data in the mantissa section, this key reverses the code in the mantissa section. Similarly, for the exponent section, it reverses the code in the exponent section. b. For the operation result, this key reverse codes in the mantissa section. (6) + - X ÷ = ( ) a. When the key operation are performed by these keys according to a numerical expression, a result of the operation is obtained according to mathematical priorities. Priorities discriminated are: 1) 1 Variable function 2) Expression in ( ); (The most inner expression has priority in case of multiple parentheses) 3) yx, x y 4) x, ÷ 5) +, b. Whenever the key is operated, the calculator discriminates the above priorities and holds the data and operation keys pending as required. This pending action is possible up to 6 times and 7 or more pending become error. c. (Key is accepted only immediately after CE, +, -, ×, ÷, y 3x , x y , =, ( keys and not accepted in all other cases. When this key is accepted, the displayed data is cleared to 0. When ( key is first accepted, the special display “( )”illuminates. When a parenthesis expression is completed) and = keys or when it is cleared by the ON/C key, etc, or when errors are generated, the special display “( )”goes out. d. If it is within the allowable range of pending, (can be input into any place in an expression as many times as desired. However, if the key is pressed continuously 16 times or more, it be comes error. e. From a viewpoint of numerical expression, even when the corresponding C key is not pressed, the operation is not executed if the “)”key is pressed. On the other hand, when the “(“key is pressed and the “=”key is pressed without pressing the corresponding “)”key, the operation is also completed according to the priority. 7. MEMORY CALCULATION (X→M, RM, M+) a. The memory register “M”used by these keys is a completely independent single memory. b. Display data is added to “M”(memory register) by M+ key. c. Display data is stored in “M”by x→M key. d. Contents of “M”is displayed by MR key. e. When any data except for 0 is stored in “M”, the special display “M”illuminates. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 9 of 21 SC3442 8. π a. This key displays a rounded value (3.14592654) of a 12-digit value (3.1459265359) according to the set display format. b. A value that is used in a subsequent operation is the above the 12-digit value. c. The display is cleared by the following 1st numeric key and new data is set. 9. % CALCULATION a. When any arithmetic functions or constant mod has not been set, the displayed number is converted from a percentage to a decimal. Example) 61.5% Display 6 1 . 5 % 0.615 b. When = key is pressed after % with any arithmetic function • Add-on a+b • Percentage % = axb →a+ 100 • Discount a-b axb % = → axb 100 a % = → b % = → at b % = →t a÷b x100 b x • y ,x y % = →a- axb 100 a y a x x y b (t = ) 100 a (t = b ) 100 10. TRIGONOMETRIC AND ARCTRIGONOMETRIC FUNCTIONS (1 VARIABLE) (Sin cos tan sin-1 cos–1 tan-1) These functions are calculated according to respective defined areas and accuracy show in (6), and displayed Result of operation can become operators. 11. HYPERBOLIC AND ARCHYPERBOLIC FUNCTION (hyp→sin cos tan, archyp→sin cos tan) Same as trigonometric function. 12. EXPONENTIAL AND LOGARITHMIC FUNCTIONS (ex 10x In log) Same as trigonometric functions 13. RECIPROCAL, SQUARE, SQUARE ROOT AND CUBE ROOT. (1/x x2 , 3 ) Same as trigonometric function HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 10 of 21 SC3442 14. FACTORIAL FUNCTION (N!) n! = n×(n-1)×(n-2)×⋅⋅⋅⋅⋅⋅×2×1 Same as trigonometric 15. → DEG → DMS a. These keys convert degrees, minutes and seconds into decimal degrees and decimal degrees into degree minutes and seconds. b. On the DMS format, the integer part of display data is regarded as degrees, 2 digits below the decimal point as minutes and the 3rd digit and below as seconds. 1.999999999 -DMS 1 59 5999 degree minute second 16. COORDINATE CONVERSION (A B→Rθ→XY) a. These keys convert the rectangular coordinates into the polar coordinates into the rectangular coordinates. The angle units that have been set by the DRG key follows. b. Respective defined areas and accruacy are as shown in (6), however, the range of θ obtained by R→P in degree is as follows: 1st Quadrant 0° ≤ θ ≤ 90° 2nd Quadrant 90° ≤ θ ≤ 180° 3rd Quadrant 180° ≤ θ ≤ -90° 4th Quadrant -90° ≤ θ ≤ 0° c. Input of 2 variables is performed by setting. x or r by pressing a key and y or θ by pressing b key. d. The operation result of x or R is obtained in the display register of by pressing a key and y or θ by pressing b key. Input Data Result a b a b R→P (Rectangular→Polar) x y r θ P→R (Polar→Rectangular) r θ x y (→r, θ)r= x 2 + y2 , θ=tan-1y/x (→x, y)x=rcosθ, y=sinθ e. (R→P Conversion) ([x, y] → [r, θ]) f. (P→R Conversion) ([r, θ] → [x, y]) Key operation Display Key operation Display x x θ θ a x b θ y y r r b y a r →rθ r →xy x b θ b y HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 11 of 21 SC3442 17. BINARY MODE (2NDF, →BIN, 0, 1) a. Data input and output are both binary integers in a maximum of 10 digits. b. A negative number is expressed in binary number of two’ s complement. c. The range of internal operation is as shown below and if the result of the operation exceed the range, it becomes an error (overflow) Binary Number Decimal Number 512≤DATA 1 1 1 1 1 1 1 1 1 511 1 1 1 1 1 1 1 1 0 510 1 1 1 1 1 1 1 0 1 509 : : Outside the operation range Binary Positive : : 10 2 1 1 0 0 1 1 1 1 1 1 1 1 1 -1 1 1 1 1 1 1 1 1 0 -2 1 1 1 1 1 1 1 0 1 -3 Integer Binary Positive Integer (Complement) : : : : : : 1 0 0 0 0 0 0 0 1 -511 1 0 0 0 0 0 0 0 0 -512 Outside the operation range -512≤DATA 18. OCTAL MODE (2NDF, →OCT, 0~7) a. Data input and output are both octal integers with a maximum of 10 digits. b. A negative number is expressed in the octal number display of two’ s complement. c. The range of internal operation is as shown below and if the result of the operation exceeds the rang, it becomes an error (overflow) Octal Number Decimal Number 5 3 6 8 7 0 9 1 2≤DATA Outside the operation range Binary 3 7 7 7 7 7 7 7 7 7 5 3 6 8 7 0 9 1 1 3 7 7 7 7 7 7 7 7 6 5 3 6 8 7 0 9 1 0 Positive Integer Octal Positive Integer (Complement) : : : : 1 0 0 7 7 7 7 7 7 7 7 7 -1 7 7 7 7 7 7 7 7 6 -2 1 1 1 1 1 1 1 0 1 : : : : : : 4 0 0 0 0 0 0 0 0 1 -5 3 6 8 7 0 9 1 1 4 0 0 0 0 0 0 0 0 0 -5 3 6 8 7 0 9 1 2 Outside the operation range HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn 1 - 5 3 6 8 7 0 9 1 3≤DATA REV:1.2 2007.04.17 Page 12 of 21 SC3442 19. HEXADECIMAL MODE (2NDF,→HEX, 0~9, A~F) a. Data input and output are both hexadecimal integers with a maximum of 10 digits. b. A negative number is expressed in a hexadecimal number of two’ s complement. c. The range of internal operation is as shown below and if the result of operation exceeds the range, it becomes an error (overflow) Hexadecimal Number Decimal Number 1X1010≤DATA Outside the operation range Hexadecimal 2 5 4 0 B E 3 F F 9 9 9 9 9 9 9 9 9 9 2 5 4 0 B E 3 F E 9 9 9 9 9 9 9 9 9 8 : : Positive : : Integer 1 1 0 0 -1 -2 F F F F F F F F F F F F F F F F F F F E Hexadecimal : 1 1 1 1 1 1 1 0 1 Positive : Integer : - 9 9 9 9 9 9 9 9 9 : (Complement) F D A B F 4 1 C 0 2 8 F D A B F 4 1 C 0 1 - 9 9 9 9 9 9 9 9 9 9 -1X1010≥DATA Outside the operation range 20. COMPLEX NUMBER MODE (2NDF, CPLX) a. Pressing these keys shall set the complex number mode. b. Input of 2 parts is performed by setting the real part (X; pressing a key) and the imaginary part (Y; pressing b key) c. The operation result of the real part is obtained by pressing = or a key and the imaginary part by pressing b key. Input Data 1 Item Real Imaginary Function a b Addition X1 Y1 Subtraction X1 Y1 Multiplicati on Division X1 X1 Input Data 2 Y1 Y1 Real Imaginary Result Real Imaginary a b a b + X2 Y2 X1+X2 Y1+Y2 - X2 Y2 X1-X2 Y1-Y2 X1X2- Y1X2+X1 X ÷ X2 X2 Y2 Y2 Y1Y2 Y2 X1X2 + Y1Y2 Y1X2 − X1Y2 X2 2 + Y2 2 2 X2 + Y2 2 21. STATIC CALCULATION MODE (2NDF, STAT) a. Pressing these keys shall set the static calculation mode. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 13 of 21 SC3442 b. The available number of data is a positive integer, such as 0≤n≤9999999999, and when the number of data exceeds this integer, it becomes an error. c. The input range of the data is as follows: 0≤data≤1x1050 This data exceeds the ranges, it becomes an error. d. n ∑x ∑x2 These keys display the number of data (sample), each sum total of x and sum total of x2 n ∑ xi • Average; x= i =1 = n ∑x n • The standard deviation of the sample n ∑ (xi − x) s= 2 i =1 n −1 2 The standard deviation of the population n 2 ∑ (xi − x) ∑ x − ( ∑ x) /n = n δ= −1 i =1 2 2 2 ∑ x − ( ∑ x) /n = n n ERROR CONDITIONS (1) The result of operation in exponent parts exceed+99 (2) Entering more than the calculation range (6) of each function. (3) Dividing by zero. (4) In statistical calculation a. x, s, σ when n=0 b. s when n=1 (5) The number of pending operations exceeds 3 (6) The number of the parenthesis in the one level exceeds 15. OPERATION RANGE AND ACCURACY Function sin x cos x tan x -1 sin x -1 cos x Angle Unit Operation Range 10 Under Flow Area Normal Accuracy -98 DEG 0≤x≤4.499999999x10 0≤x≤5.729577951x10 RAD 0≤x≤7853981633 -10 GARD 0≤x≤4.999999999x10 0≤x≤6.366197723x10-98 DEG 0≤x≤4.500000008x1010 -- RAD 0≤x≤7853981649 -10 GARD 0≤x≤5.000000009x10 -- DEG Same as sin x Same as sin x RAD Same as sin x Same as sin x GARD Same as sin x Same as sin x DEG 0≤x≤1 0≤x≤1.570796326x10-99 RAD 0≤x≤1 -- GARD 0≤x≤1 0≤x≤1.570796326x10-99 DEG Same as sin-1 x RAD GARD -- -1 -- -1 -- Same as sin x Same as sin x 10 digits ±1 (To be continued) HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 14 of 21 SC3442 (Continued) Function Angle Unit Operation Range Under Flow Area 99 Same as sin x 99 -- 99 0≤x≤9.999999999x10 Same as sin-1 x In x 0≤x -- log x 0≤x DEG -1 tan x RAD GARD 0≤x≤9.999999999x10 0≤x≤9.999999999x10 -- -9.999999999x10 ≤x≤ -9.999999999x1099≤x≤ 230.2585092 -227.9559243 99 ex -9.999999999x10 ≤x≤ -9.999999999x1099≤x≤ 99.99999999 -99.00000001 0≤x≤69(integer) -- 1x10- 1.000000001x1099≤x≤ 99 10x X! 1/x 99 Normal Accuracy -1 ≤x≤9.999999999x1099 9.999999999x1099 X2 0≤x≤9.999999999x1049 0≤x≤3.162277660x10-50 x 0≤x≤9.999999999x1099 -- 99 0≤x≤9.999999999x10 -- DMS→DEG 0≤x≤9.999999999x109 -- DEG→DMS 9 0≤x≤9.999999999x10 0≤x≤2.777777777x10-99 sinh x 0≤x≤230.2585092 -- cosh x 0≤x≤230.2585092 3 x tanh x -1 sinh x -1 cosh x -1 tanh x -- 99 -- 0≤x≤9.999999999x10 0≤x≤4.999999999x10 99 1≤x≤4.999999999x10 --1 0≤x≤9.999999999x10 -- x,y≤9.999999999x10 49 R→P(x, y)(r, θ) 2 2 99 (x +y )≤9.999999999x10 correspond to the under flow area of tanx 0≤r≤9.999999999x10 θ correspond to the under θ correspond to the operation flow area of sinx, cosx 99 P→R(r, θ) (x, y) 10 digits ±1 -99 range of sinx, cosx DEG→RAD 0≤x≤9.999999999x1099 RAD→GARD 0≤x≤1.570796326x10 GARD→DEG 98 -- 99 0≤x≤9.999999999x10 0≤x≤1.111111111x10-99 -9.999999999x10 ≤x. ln -9.999999999x1099≤x. ln y≤230.2585092 y≤-227.9559243 99 yx 0≤x≤5.729577951x1098 i) y>0; The above mentioned operation range ii) y<0; x (integer) or 1/x (x=odd, x=0) The above mentioned operation range iii) y=0; x>0 (To be continued) HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 15 of 21 SC3442 (Continued) Function x Angle Unit Operation Range Under Flow Area -9.999999999x10≤1/x. ln -9.999999999x10≤1/x. ln y≤230.2585092 y≤-227.9559243 Normal Accuracy i) y>0; The above mentioned operation range y 10 digits ±1 ii) y<0; x (odd) or 1/x (integer, x≠0) The above mentioned operation range iii) y=0; x>0 The following operation range after the conversion. →DEC -- 0≤x≤9999999999 The following operation range after the conversion. →BIN -- 1000000000≤x≤1111111111, 0≤x≤1111111111 The following operation range after the conversion. →OCT -- 40000000000≤x≤777777777, 0≤x≤3777777777 The following operation range after the conversion. →HEX -- FDABF41C01≤x≤FFFFFFFFFF, 0≤x≤2540BE3FF (X1+Y1i) +, -, x, ÷ (X2+Y2i) i) Addition and subtraction X1+X2≤9.9999999999x1099 Y1+Y2≤9.9999999999x1099 ii) Multiplication Complex number calculation X1X2-Y1Y2≤9.9999999999x1099 Y1X2-X1Y2≤9.9999999999x1099 10 digits ±1 X1X2, Y1Y2, Y1X2, X1Y2≤9.9999999999x1099 iii) Division X1X2 + Y1Y2 X2 2 + Y2 2 , Y1X2 − X1Y2 X2 2 + Y2 2 ≤9.9999999999x1099 X22+Y22,X22,Y22,X1X2+Y1Y2,Y1X2-X1Y2, X1X2,Y1Y2,Y1X2,X1Y2≤9.9999999999x1099 i) Data; x≤9.9999999999x10 ii) ∑x≤9.9999999999x10 iii) ∑x2≤9.9999999999x10 vi) x; n=0 Statistical calculation v) s; n=1 n=0 2 0≤ 2 ∑ x − ( ∑ x) /n n −1 10 digits ±1 ≤9.9999999999x10 vi) σ; n=0 2 0≤ 2 ∑ x − ( ∑ x) /n n ≤9.9999999999x10 HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 16 of 21 SC3442 LCD CONNECTION a.Segment 2ndF HYP DEG RAD GRAD ( ) BIN OCT HEK CPLX STAT M 10 9 6 5 4 3 2 1 48 47 46 45 41 40 39 38 37 36 35 34 33 32 31 30 2928 b. Common 2ndF HYP DEG RAD GRAD ( ) BIN OCT HEK CPLX STAT M E COM3 11 COM2 12 27 COM4 26 COM1 WAVEFORM OF COM VDD (3V) 2V 1V GND COM1 COM2 COM3 COM4 160Hz (6.25ms) 0.034ms HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 17 of 21 SC3442 TYPICAL APPLICATION CIRCUIT 2ndF HYP DEG GRAD RAD ( ) BIN OCT 12 CPLX STAT 14 a7~a13, b7~b13 except a12,b12 1 HEX a0~a6, b0~b6 39 38 37 36 35 34 33 32 2 b9 b4(KO) 31 3 a10 a4(KO) 30 4 b10 b3(KO) 29 5 a11 a3(KO) 28 6 b11 7 a12 a2(KO) 26 8 b12 b1(KO) 25 9 a13 a1(KO) 24 10 b13 b0(KO) 23 11 COM3 a0(KO) 22 12 COM2 COM4 21 13 KI4 COM1 20 2 2 SC3442 15 14 16 b2(KO) 27 17 18 VDD hyp K18 DMS/D DEG SIN-1 SIN ex/E In /A EXP x +/- b6 *Note y /B yx 7 a6 2nd F 1st F 10x/F Iog COS-1 COS 8 5 4 b5 2nd F x /C x 2 RND 1 a5 3 b4 a4 TAN-1 TAN a 9 6 3 HEX CD/CATA M+ b3 19 STAT ON/C 3V K12 DRG DRG K14 archyp 14 r a3 1/x x2 b xy OCT X BIN + b2 TAB F E X Y ( 2 ∑ x /X /S MR X a2 CPLX M b1 ∑ x/n ) n! CE OFF DEC + 2nd % = a1 0 b0 a0 HEX 1st F * SC3442’ s substrate (the back side of SC3442’ s chip) should be connected to the GND level. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 18 of 21 SC3442 CHIP TOPOGRAPHY Chip size: 1.48X1.62mm2 PAD COORDINATES (Unit: µm) Pad No. Symbol X Y Pad No. Symbol X Y 1 a9 -666.0 -589.5 21 COM4 534.0 589.1 2 b9 -546.0 -590.2 22 a0(KO) 414.0 589.1 3 a10 -426.0 -590.2 23 b0(KO) 294.0 589.1 4 b10 -306.0 -590.2 24 a1(KO) 174.0 589.1 5 a11 -186.0 -590.2 25 b1(KO) 54.0 589.1 6 b11 -66.0 -590.2 26 a2(KO) -66.0 589.1 7 a12 54.0 -590.2 27 b2(KO) -186.0 589.1 8 b12 174.0 -590.2 28 a3(KO) -306.0 589.1 9 a13 294.0 -590.2 29 b3(KO) -426.0 589.1 10 b13 414.0 -590.2 30 a4(KO) -546.0 589.1 11 COM3 534.0 -590.2 31 b4(KO) -666.0 589.1 12 COM2 654.0 -590.2 32 a5(KO) -654.7 408.4 13 KI4 654.0 -431.6 33 b5(KO) -654.7 287.4 14 KI8 654.0 -311.6 34 a6(KO) -654.7 167.4 15 GND 654.0 -161.4 35 b6(KO) -654.7 47.4 16 VDD 654.0 -38.5 36 a7 -654.7 -72.6 17 DEN 655.1 220.6 37 b7 -654.7 -192.6 18 KI1 655.1 340.6 38 a8 -654.7 -312.6 19 KI2 654.6 460.6 39 b8 -654.7 -432.6 20 COM1 654.6 587.4 REV:1.2 2007.04.17 Page 19 of 21 Note: The original point of the coordinate is the die center. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn SC3442 HANDLING MOS DEVICES: Electrostatic charges can exist in many things. All of our MOS devices are internally protected against electrostatic discharge but they can be damaged if the following precautions are not taken: • Persons at a work bench should be earthed via a wrist strap. • Equipment cases should be earthed. • All tools used during assembly, including soldering tools and solder baths, must be earthed. • MOS devices should be packed for dispatch in antistatic/conductive containers. HANGZHOU SILAN MICROELECTRONICS CO.,LTD Http: www.silan.com.cn REV:1.2 2007.04.17 Page 20 of 21