Canon F-570SG Installation instructions

F-570SG
User instruction
ENGLISH
www.canon.com/calcmanual
SCIENTIFIC CALCULATOR
E-IE-483

1
Advice and Precautions .............................................................P.2
How to Use the Slide Cover ......................................................P.2
Display (2-Line Display) .............................................................P.3
To Get Start
Power On, Off .......................................................................P.4
Input Capacity ...................................................................... P.4
Mode Selection .....................................................................P.5
Display Formals Setting ......................................................P.6
Input Editing ......................................................................... P.6
Replay, Copy and Multi-statements ...................................... P.7
Calculation Stacks ...............................................................P.8
Calculation Accuracy, Input Ranges ..................................... P.9
Order of Operations ............................................................P.11
Error Messages and Error Locator...................................... P.12
Before Using the Calculator ............................................... P.13
Basic Calculations
Arithmetic Calculations ....................................................... P.14
Memory Calculations .......................................................... P.15
Fraction Operations ............................................................ P.16
Percentage Calculations ..................................................... P.17
Degree-Minutes-Seconds Calculations............................... P.18
Constant Value Calculations...............................................P.19
Metric Conversions .............................................................P.23
Engineering Notation Calculations ..................................... P.24
Fix, Sci, Norm, Round ........................................................ P.25
Functional Scientific Calculations
Square, Root, Cube, Cube Root, Power, Power Root,
Reciprocal and Pi................................................................P.26
Angle Unit Conversion ........................................................P.27
Trigonometry Calculations ..................................................P.27
Logarithm, Natural Logarithm, Antilogarithm and Logab .... P.28
Coordinate Conversion ......................................................P.29
Complex Number Calculations ...........................................P.29
Base-n Calculations and Logical Calculations .................... P.31
Statistical Calculations .............................................................P.33
Standard Deviation ............................................................P.34
Regression Calculations ....................................................P.34
Distribution Calculations ..................................................... P.38
Permutation, Combination, Factorials and Random
Number Generation ...........................................................P.39
Equation Calculations...............................................................P.40
Solve Function...........................................................................P.43
CALC Function ..........................................................................P.44
Differential Calculations ...........................................................P.45
Integration Calculations............................................................P.46
Matrix Calculations ...................................................................P.47
Vector Calculations...................................................................P.51
Battery Replacement.................................................................P.55
Specifications ...........................................................................P.56
CONTENTS

2
Open or close the cover by sliding as shown in the figure.
ADVICE AND PRECAUTIONS
HOW TO USE THE SLIDE COVER
OPEN
F-570SG
CLOSE
F-570SG
This calculator contains precision components such as
LSI chips and should not be used in place subject to
rapid variations in temperature, excessive humidity dirt
or dust, or exposed to direct sunlight.
The liquid crystal display panel is made of glass and
should not be subjected to excessive pressure.
When cleaning the device do not use a damp cloth or a
volatile liquid such as paint thinner. Instead, use only a
soft, dry cloth.
Do not under any circumstances dismantle this device.
If you believe that the calculator is not functioning properly,
either bring or mail the device together with the guarantee
to the service representative of a Canon business office.

<Status Indicators>
: Shift key
: Alpha key
M : Independent memory
STO : Store Memory
RCL : Recall Memory
hyp : Hyperbolic key
SD : Statistic Mode
REG : Regression Mode
CPLX : Complex Number Calculation Mode
MATX : Matrix Calculation Mode
VCTR : Vector Calculation Mode
EQN : Equation Calculation Mode
: Degree Mode
: Radian Mode
: Gradient Mode
FIX : Fixed-decimal Setting
SCI : Scientific Notation
Eng : Engineering Notation
: Polar Coordinate
: Angle value
: Switch between Real and Imaginary Number
: Imaginary number
Disp : Multi-statements Display
: Up Arrow
: Down Arrow
3
DISPLAY (2-LINE DISPLAY)
Extension mark (Shows the presence of hidden formula)
Status indicators
Mantissa
Formula (12 characters)
Next or
Previous
page
Exponent
minus sign
Mantissa
minus sign
Exponent

First time operation:
1. Remove the battery insulation tab to load the battery.
2. Press to initialize the calculator.
(Power ON/Clear): Turns on the calculator when it is pressed.
(Power OFF): Turns off the calculator when it is pressed.
Auto Power Off Function:
When the calculator is not used for about 7 minutes, the
calculator will automatically power off. In such a case, pressing
key powers the calculator on again.
4
TO GET START
Power ON, OFF
F-570SG allows you to input a single calculation up to 79 steps. One
step is used as each time you press one of the numeric keys,
arithmetic keys, scientific calculation keys or key. , ,
and the direction keys will not use up any step.
Starting from the 72nd step, the cursor changes from [ _ ] to [ ] that
notifying the memory is running low. In case you need to input a
single calculation with more than 79 steps, you should separate your
calculation into two or more segments.
Input Capacity

COMP Normal Calculation
CPLX Complex Number Calculation CPLX
SD Statistical Calculation SD
REG Regression Calculation REG
BASE Base-n Calculation d / h / b / o
EQN Equation Calculation EQN
MAT Matrix Calculation MATX
VCT Vector Calculation VCTR
Deg Degree D
Rad Radian R
Gra Gradient G
Fix Fixed-decimal Setting FIX
Sci Scientific Notation SCI
Norm Exponential Notation
Disp*1 Display Setup Selection
5
*1 Display Setup Selection options
First page : Press [EngON] or [EngOFF] for engineering
symbols on or off.
: Press [ab/c] or [d/c] to specify mixed fraction or
improper fraction display.
: Press [Dot] or [Comma] to specify decimal
point or 3-digits separator symbols.
[Dot] : The decimal point is indicated by dot and
the 3-digits separator is indicated by comma.
[Comma] : The decimal point is indicated by
common and the 3-digits separator is indicated by dot.
•To check or clear the calculation mode, refer page13.
Press to start the calculation mode selection with the
following display:
When pressing or , you can access the next (or previous
mode selection page.
The following table shows the mode selection menu:
MODE Selection
Operation LCD
Indicator
Mode

1234567 889900
Default setting :
Norm 1, EngOFF
Scientific Notation : 1.23 x10–03
"5" significant digits 1.2300 x10–03
Exponential Notation : Norm 2 0.00123
Fixed decimal places : "7" 0.0012300
6
Display Formats Setting
F-570SG can display a result up to 10 digits. Results exceed the digit
limit will be automatically displayed by exponential notation format.
Example : Change the display formats for 1.23 x10–03
Input Editing
New input begins on the left of the upper (entry) line. As the entries
are more than 12 digits, the line will scroll to the right consecutively.
Press to scroll the cursor within the upper (entry) line and
you can perform input editing as needed.
Example (under editing):
Replacing an entry (1234567 1234560)
Display Setting Display (Lower)Operation
Example : 1.23 x10–03 = 1.23 m (milli)
Engineering Symbols : On 123x.00001 m
1.23
Display without engineering
symbols 123x.00001
0.00123
Display Setting DisplayOperation
Press or keep pressing until
"7" blinks 1234567+8899
Replace with "0" 1234560+8899
Display Setting Display (Upper)Operation
* For Norm 1 and Norm 2, refer page 25.

7
Replay, Copy and Multi-statements
Replay
• Replay memory capacity is 128 bytes that can store calculation
expressions and results.
• After the calculation is executed, the calculation expression and
its result will be stored in the replay memory automatically.
• Pressing (or ) can replay the performed calculation
expressions and results.
• Replay memory is cleared when you.
i) Initialize calculator setting by (or ) .
ii) Change from one calculation mode to another.
Copy
•Press after replayed the previous calculation
expressions (statements) can make a multi-statement with the
current calculation expression.
Deletion (1234560 134560 )
Press or keep pressing until
"2" blinks 1234560+8899
"2" is deleted 134560+88990
Display Setting Display (Upper)Operation
Insertion (889900 2889900)
Press or keep pressing until
"8" blinks 134560+88990
"8" and blinks alternately 134560+88990
Insert "2", "8" still blinking 134560+28899
Display Setting Display (Upper)Operation

8
Replay, Copy and Multi-statements
Replay
• Replay memory capacity is 128 bytes that can store calculation
expressions and results.
• After the calculation is executed, the calculation expression and
its result will be stored in the replay memory automatically.
• Pressing (or ) can replay the performed calculation
expressions and results.
• Replay memory is cleared when you.
i) Initialize calculator setting by (or ) .
ii) Change from one calculation mode to another.
Copy
•Press after replayed the previous calculation
expressions (statements) can make a multi-statement with the
current calculation expression.
Multi-statements
• You can put two or more calculation expressions together by
using a colon .
• The first executed statement will have [Disp] indicator; and the
[Disp] icon will disappeared after the last statement is being
executed.
Example :
8 + 9 17.
5 x 2 10.Disp
Ans + 6 16.
9 : 5 x 2 : Ans + 6 17.
8 + 9 17.Disp
5 x 2 10.Disp
Ans + 6 16.
Operation Display (Lower Line)Display (Upper line)
Calculation Stacks
This calculator uses memory areas, called "stacks", to temporarily
store numeric value (numbers) and commands (+ – x ...)
according to their precedence during calculations.
The numeric stack has 10 levels and the command stack has 24
levels. A stack error [Stack ERROR] occurs whenever you try to
perform a calculation that exceeds the capacity of stacks.
Matrix calculations use up to two levels of the matrix stack.
Squaring a matrix, cubing a matrix, or inverting a matrix uses one
stack level.
Calculations are performed in sequence according to "Order of
Operations". After the calculation is performed, the stored stack
values will be released.

9
logx 0< x 9.999999999x1099
lnx
10x–9.999999999x1099 x 99.99999999
ex–9.999999999x1099 x 230.2585092
x 0 x < 1x10100
X2| x | < 1x1050
X3| x | 2.15443469x1033
X–1 | x | < 1x10100; x≠0
3x | x | < 1x10100
X! 0 x 69 (x is an integer)
Calculation Accuracy, Input Ranges
Internal digits: Up to 16
Accuracy*: As a rule, accuracy is 1 at the 10th digit.
Output ranges: 1 x 10–99 to 9.999999999 x 1099
sin x Deg 0 | x | <9x109
Rad 0 | x | <157079632.7
Grad 0 | x | <1x1010
cos x Deg 0 | x | <9x1010
Rad 0 | x | <157079632.7
Grad 0 | x | <1x1010
tan x Deg Same as sinx, except when | x | =(2n-1)x90
Rad Same as sinx, except when | x | =(2n-1) /2
Grad Same as sinx, except when | x | =(2n-1)100
sin–1x 0 | x | 1
cos–1x
tan–1x 0 | x | 9.999999999x1099
tanhx
sinhx 0 | x | 230.2585092
coshx
sinh-1x 0 | x | 4.999999999x1099
cosh-1x 1 x 4.999999999x1099
tanh-1x 0 | x | 9.999999999 x10–1
Function Input Range

10
nPr 0 n <1x1010, 0 r n (n, r are integers)
1 {n!/(n-r)!} 1 x10100
nCr 0 n <1x1010, 0 r n (n, r are integers)
1 n!/r! 1x10100 or 1 n!/(n-r)! <1x10100
Pol(x,y) | x |, | y | 9.999999999x1099
x2+y29.999999999x1099
Rec(r, ) 0 r 9.999999999x1099
: Same as sinx, cosx
˚' " | a |, b, c <1x10100
0 b, c
| x | <1x10100
<˚ ' " Decimal Sexagesimal Conversions
0
º 0 ' 0 " | x | 999999 º 59 '59"
x>0: –1x10100 <y logx <100
^(xy) x=0: y >0
x<0: y=n,m/(2n+1), (m, n are integers),
However: –1x10100 <y log | x | <100
y>0: x≠0, –1x10100 < 1/xlog<100
xy y=0: x >0
y<0: x=2n+1,(2n+1)/m (m≠0; m, n are integers)
Total of integer, numerator, and denominator must be
10 digits or less (including division marks).
I~Rand(a,b) 0 a<1x1010, 0 b<1x1010
(a,b should be positive integers or 0)
Rand Result generates a 3 digit pseudo random number
(0.000~0.999)
Single-variable | x | <1x10100
|FREQ| <1x10100
| x | <1x10100
Paired-variable | y | <1x10100
|FREQ| <1x10100
ABS | x | <1x10100
Positive : 0~0111 1111 1111 1111 1111 1111 1111 1111
BIN Negative : 1000 0000 0000 0000 0000 0000 0000 0000~
1111 1111 1111 1111 1111 1111 1111 1111
DEC Positive : 0 ~ 2147483647
Negative : –2147483647 ~ –1
OCT Positive : 0 ~ 177 7777 7777
Negative : 200 0000 0000 ~ 377 7777 7777
HEX Positive : 0 ~ 7FFF FFFF
Negative : 8000 0000 ~ FFFF FFFF
Function Input Range
abc

Recall memory (A - F, X, Y), Rand
Calculation within parentheses ( ).
Function with parentheses that requests the input
argument to the right Pol(, Rec(, Abs(, i~Rand(, logab(,
d/dx, dx, P(, Q(, R(,
Statistic points: Max, Min, Med
Functions that come after the input value preceded by
values, powers, power roots : x2, x3, x–1, x!, ° ' ", °, r, g,
Statistical estimated value calculation:
Percent %, EXP
Engineering symbols (T, G, M, k, m, µ, n, p, f)
metric conversion commands (cm in, etc)
^(, x
Fractions: a b/c, d/c
Prefix symbol: (–) (negative sign),
Base-n symbols (d, h, b, o, Neg, Not)
Multiplication where sign is omitted: Multiplication sign
omitted immediately before , e, variables (2 , 5A,
A, etc.)
Function that come before the input value without
parentheses. sin, cos, tan sin–1, cos–1, tan–1, sinh, cosh,
tanh, sinh–1, cosh–1, tanh–1, log, In, e^, 10^, , 3, Arg,
Conjg, Det, Trn
Permutations, combinations: nPr, nCr
Complex number polar coordinate symbol ( )
Dot: .
Multiplication and division: ×, ÷
Addition and subtraction: +, –
Logical AND (and)
Logical OR, XOR, XNOR (or, xor, xnor)
Calculation ending instruction: =, M+, M– STO(store
memory), r< , a+bi
11
*For a single calculation, the calculation error is ±1 at the 10th digit.
For exponential display, calculation error is ±1 at the last significant
digit. Errors are cumulative in the case of consecutive calculations,
which can cause them to become larger. (This is also true as internal
consecutive calculations are performed in the case of ^(xy), xy, x!,
nPr, nCr, etc.). In the vicinity of a function's singular point and point of
inflection, errors are cumulative and may become large.
Order of Operations
The calculator will automatically determine the operation priority. This
means that algebraic expressions can be entered just as they are
written and the calculation priority is as follows:
1st Priority
2nd
3rd
4th
5th
6th
7th
8th
9th
10th
11th
12th
13th
14th
15th
16th
x, y, x1, x2, t
ˆ ˆ ˆ ˆ

Press or to display
the calculation with the
cursor located at the
location of the error and
make required corrections.
The calculator is locked up while an error message is shown on the
display to indicate the cause of the error.
Press to clear the error, or
Press or to display the calculation with the cursor
positioned under the error and you can correct it accordingly.
12
Operations of the same precedence are performed from right to left.
For example: exln 120 ex{ln( 120)}. Other operations are
performed from left to right
Operations enclosed with parentheses are performed first. When a
calculation contains an argument that is a negative number, the
negative number must be enclosed within parentheses.
Example: (–2)4 = 16; and –24= –16
Error Messages and Error Locator
Math ERROR • Calculation result is
outside the allowable
calculation range
• An attempt to perform a
calculation using a value
that exceeds the
allowable input range.
• An attempt to perform an
illogical operation
(division by zero, etc.)
• Check your input values
and make sure they are
all within the allowable
ranges. Pay special
attention to values in any
memory areas you are
using.
• Press or to display
the calculation with the
cursor located at the
location of the error and
make required corrections.
Stack ERROR The capacity of the
numeric stack or operator
stack is exceeded.
Simplify the calculation.
The numeric stack has 10
levels and the operator
stack has 24 levels.
Divide your calculation into
two or more separate
parts.
Syntax ERROR An attempt to perform an
problematic format of the
calculation
Error Message Cause Action

13
Error Message Cause Action
Arg ERROR Improper use of an
argument.
Press or to display
the location of the cause of
an error and make required
corrections.
Solve ERROR Can’t get the result by
solve function.
Press or to display
the location of the cause of
an error and make required
corrections.
Dim ERROR • Under Matrix and Vector
mode, the dimension
(row, column) over three.
•An attempt to perform an
illegal matrix/vector
operation.
Press or to display
the location of the cause of
an error and make required
corrections.
Before Using the Calculator
Check the current Calculation Mode
Be sure to check the status indicators that indicate the current
calculation mode (CPLX, SD... etc) and angle unit setting (Deg, Rad
Gra) before starting a calculation.
Return Calculation Mode to the initial setup
You can return the calculation mode to the initial default by pressing
(Mode)
Calculation Mode : COMP
Angle Unit : Deg
Exponential Display Format : Norm 1, Eng Off
Complex Number Display Format : a+bi
Fraction Display Format : a b/c
Decimal Point Character : Dot
, and this action will not clear the variable memories.
Initialize the Calculator
When you are not sure the current calculator setting, you are
recommended to initialize the calculator (calculation mode "COMP",
angle unit "Degree", and clear replay and variable memories) by
performing the following key operations: (All) .

• This Calculator supports 24-level of parenthetical expression.
• You can omit the close parentheses as the calculation ends
with or .
•
To calculate the negative values (excludes the negative exponent),
you have to enclose them with parentheses.
•To input the negative vaues, use .
14
BASIC CALCULATIONS
Press to enter COMP mode as you want to perform
basic calculations.
During the busy calculation, the calculator will display the
message [PROCESSING].
BASIC CALCULATIONS
Arithmetic Calculations
Calculation Expression Display (Result)Operation
Calculation Expression Display (Result)Operation
! When the number of is more than , [SYNTAX Error] will
be shown.

Independent Memory
•
Independent memory uses the same memory area as variable M.
It is convenient for calculating cumulative total by just pressing
(add to memory) or (subtract from memory); and the
memory contents are retained even when the calculator is turned off.
• To clear independent memory (M), input .
! When you want to clear all memory values, press
(Mcl)
Answer Memory
• The input values or the most recent calculation result will be
automatically stored into Answer Memory whenever you press ,
, , or followed by a memory variables.
• If you continue with pressing an operator key (x2, x3, x-1, x!, %, +,
–, x, ÷, DRG , ^, x, nPr and nCr), the displayed value will be
changed into [Ans] plus the operator key. Then, you can perform a
new calculation with the latest Answer Memory.
Memory Variables
• There are 8 memory variables (A through F, X and Y) which store
data, results, or dedicated values.
•
To store values into memory by pressing + Memory variable.
• To recall memory values, press + Memory variable.
• Memory content can be cleared by simply pressing +
Memory variable.
15
Memory Calculations
Example: 23 + 7 (Store to A), calculate sin (memory A), and clear
memory A
Calculation Operation
Display (Lower Line)
Display (Upper Line)
Calculation Operation Display (Lower)Display (Upper)

• Result will be displayed in decimal format automatically whenever
the total digits of a fractional value (integer + numerator +
denominator + separator marks) exceeds 10.
• As a fraction calculation is mixed with decimal value, the result will
be displayed by decimal format.
Decimal Mixed fraction Improper fraction conversion
The Calculator support Fraction Calculation and the conversions
between Fraction, Decimal point, Mixed fraction and Improper
fraction.
Fraction Calculation, Fraction Decimal point conversion
• You can recall and use the latest stored Answer Memory by
pressing .
16
! Answer Memory is not updated as an error operation had been
performed.
Calculation Operation Display (Lower)Display (Upper)
Example Display (Lower)Operation
Example Display (Lower)Operation
• Fraction conversion may take as long as two seconds.
(Fraction
Decimal)
Fraction Operations
(Decimal Mixed Fraction)
(Mixed Fraction
Improper Fraction)

17
! You can specify the fraction calculation result (when the result
greater than one) display format by either mixed fraction or
improper fraction. Simply press [Disp] , then
press the corresponding setting you need:
a b/c : Mixed fraction
d/c : Improper fraction
You can perform the following percentage calculations:
Basic : To calculate a certain percentage of a value
(A B ).
: Percentage of a value against another value
(A B ).
Example Display (Lower)Display (Upper)Operation
Percentage Increase : If "A" is added to "B", the percentage
increase from "B" is:
Percentage Change : If "A" is changed into "B", the percentage
change from "A" to "B" is:
Mark up and Discount
Percentage Calculations
To calculate 25%
of 820
The percentage of
750 against 1250
Example
Display (Lower)
Display (Upper)
Operation
820 mark up
25%
820 have 25%
discount

18
Degree-Minutes-Seconds Calculations
You can use degrees (hours), minutes and seconds key to perform a
sexagesimal (base-60 notational system) calculation or convert the
sexagesimal value into decimal value.
Degree-Minutes-Seconds Decimal points
* You can store the sum of value into memory variables, then recall
and use the value by pressing or + Memory variable.
Examples Display (Lower)Operation
86o37' 34.2'' 0.7 =
123o45'6'' 123o45o6.
123o45'6''
123.7516667 123.7516667
2.3456 2o20'44'' 2o20o44.16
Examples: To calculate the ratio of each portion as 25+85+90=200
(100%), the ratio of 25 is 12.5%, 85 is 42.5%, 90 is 45%
Percentage Proportion : the ratio/ percentage of each individual
portion in a calculation expression.
If A + B + C = D
"A" is a% of "D" where a = x 100%
A
D
300 is added to 750, (300+750) 75 140.
the percentage
increase of 750 is
25 increased into 30, (30–25) 25x1 20.
the percentage change
of 25 is
Example Display (Lower)Display (Upper)Operation
Operation
Display (Upper) Display (Lower)

F-570SG has total 79 constant values, you can enter (or exit) the
constant value selection menu by pressing , the following display
will be shown:
• You can go to the next or previous value selection pages by
pressing or .
• To select a constant value simply press or button. The
selection cursor will shift left or right to underline a constant symbol
and at the same time the display lower line will show the value of
the underlined constant symbol.
• The underlined constant symbol will be selected as you press .
• You can instantly get the constant value if you input the constant
value item number and press when the selection cursor is
underling 0 0.
19
Constant Value Calculations
Operation Display
(menu selection page)
(confirm selection)