AUTOMATIC POWER OFF ..............................................17
REPLACING THE BATTERIES........................................17
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SR8D1AE.RTF SIZE : 140x75mm SCALE 2:1 2003/8/22
FEATURES
(1) Normal operations.
Four operation (+, −, x,
percentage.
(2) Memory calculation (XÆM, MR, M+).
(3) General mathematical function:
Trigonometric (3) Arctrigonometric (3)
Logarithmic (2) Exponential (2)
Square Power
Square Root Cube Root
), xy,
÷
y
, autoconstant, parenthesis,
x
Root
Parenthesis Reciprocal
EXP +/
SCI Factorial
DEG, RAD, GRAD Degree, minute, second conversion (2)
FIX X↔Y
RND Coordinate conversion.
(4) Binary, octal, decimal and hexadecimal mode.
Mutual conversions and calculations of binary, octal, decimal, and
hexadecimal numbers.
(5) Memory protection when power off.
(6) An automatic power off feature to preserve battery life.
(7) Statistics calculations.
• Number of sample (n).
• Total of square of all data (Σx
• Average ( x ).
• 2 kinds of the standard deviation (
π
−
2
).
n–1
n
,
σ
).
σ
• Total of all data (Σx).
(8) 2variable function polarrectangular coordinate conversion.
THE KEYBOARD AND OPERATING
CONTROLS
(1)
2. Set and clear the statistics mode.
SR8D1AE.RTF SIZE : 140x75mm SCALE 2:1 2003/8/22
SD
[]
ON/C
: 1. Power on and clear an error condition.

E2 
(2)
2. Factorial function (x!).
x! = n x (n−1) x (n−2) x (n−3) x .....x 2 x 1
x!
: 1. Clear entry key.
[]
CE
(3)
[OFF]
(4)
[SHIFT]
(5)
b. Pressing this key after [SHIFT] key shall change the
DEG Æ RAD : RAD = DEG x π/180
RAD Æ GRAD : GRAD = RAD x 200/
GRAD Æ DEG : DEG = GRAD x 180/200
(6)
(7)
b. When press as the first number, it is regarded as [0]
: Power off key.
: This is the key for specifying the second function. When
this key is pressed, the special display “SHIFT” lights.
When this key press twice continuously, the second
function mode releas.
[]
DRG
[0] ~ [9]
RND
[ ]
: a. Pressing this key will change the mode of angle unit
sequentially
on LCD.
mode of angle and shall convert the displayed data.
: Press these keys in their logical sequence to enter
: a. Use to set the decimal point when entering numbers.
y
and [ • ] keys are pressed.
numbers.
ÆÆÆ
DEGRADGRAD
and display it
π
c. Random as a second function.
Pressing this key shall display the random number.
The range of random number is 0.000~0.999.
(8)
b. For the operation result, this key reverse code in the
(9)
a. When the key operations are performed by these keys
1) 1variable function.
2) Expression in "( )"; (The most inner expression has priority
3) xy,
4) x,
: a. In setting data in the mantissa section, this key reverse
[+/−]
code in the mantissa section similarly for exponent
section, it reverse code in the exponent section.
mantissa section.
[+], [−], [x], [ ÷ ], [ ( ], [ ) ]
according to a numerical expression, a result of operation is
obtained according to mathematical priorities. Priorities
discriminated are:
in case of multiple parenthesis)
y
x
÷
5) +, −
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SR8D1AE.RTF SIZE : 140x75mm SCALE 2:1 2003/8/22
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 15 levels or
more pending become error.
c. [ ( ] key is accepted only immediately after [CE], [+], [−], [x], [÷],
y
], [
y
], [=], [ ( ] keys can not accepted in all other cases.
x
[x
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 [=] key 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
becomes error.
e. From a viewpoint of numerical expression when the
corresponding “ ) ” key is not pressed, the operation is not
executed even if the “ ( ” key is pressed. On the other hand,
When the “ ( ” key is pressed and the “ = ” key is the pressed
without pressing the corresponding “ ) ” key, the operation is
also completed according to the priority.
(10) [XÆM], [MR], [M+] Memory calculation
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. If
data overflows at this time, the proceeding data is hold.
c. Display data is stored in “M” by [XÆM] key.
d. Contents of “M” is displayed by [MR] key.
e. When any data except for 0 is stored in “M”, the special display
(11)
“M” illuminates.
[]
EXP
: 1. Exponent select key.
2. This key display a rounded value : 3.141592654.
(12)
%
: Calculation
[]
=
a. When any arithmetic functions constant mode has been set, the
displayed number is converted from a percentage to a decimal.
Example: 61.5%
Key Input Display
[6] [1] [ • ] [5] [SHIFT] [%] 0.615
b. When [=] key is pressed after [%] following arithmetic function
will be executed.
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SR8D1AE.RTF SIZE : 140x75mm SCALE 2:1 2003/8/22
CALCULATION
N
EXAMPLE
WHAT IS 30% OF
450?
KEY OPERATION LCD DISPLAY
450 [x] 30 [SHIFT] [%]
[=]
135.
0.3
WHAT
PERCENTAGE OF
600 IS 120?
(120
600x100=20)
÷
120 [
] 600 [SHIFT] [%]
÷
[=]
6.
20.
WHAT 25% OF 400
IS AN EXTRA?
(400+(400x25/100)
400 [+] 25 [SHIFT] [%]
[=]
100.
500.
=500)
WHAT 25% 0F 400
IS A DISCOUNT?
(400−(400x25/100)
400 [−] 25 [SHIFT] [%]
[=]
100.
300.
=300)
(13) Trigonometric and arctrigonometric function / Hyperbolic and arc
hyperbolic trigonometric function (1variable)
([sin], [cos], [tan], [sin
1
−
], [cos
1
−
], [tan
1
−
]).
These function are calculated according to respective defined
areas and accuracy shown in behind chart, any displayed result
of operation can become operators.
(14) Exponential and Logarithmic functions (1variable).
([In], [Log], [eX], [10X]) Same as Trigonometric functions.
(15) Reciprocal, Square, Square Root, and Cube Root.
([1/x] , [x
(16)
[ ]
a. These keys convert degrees, minutes, seconds, into
2
], [ ] , [
3
])same as Trigonometric functions.
decimal degree and decimal degrees into degree
minutes, and seconds.
b. On the “
” format, the integer part of display data is
regarded as degree, 2 digits below the decimal point
as minutes and the 3rd digit and belows as seconds.
Example:
[
2.111111111 [SHIFT] [
] <degree minute second>
] 2 06 3999
(39.99 seconds)
(17) Binary mode ([SHIFT],
BI
[ ]
, [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 of two's
complement.
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SR8D1AE.RTF SIZE : 140x75mm SCALE 2:1 2003/8/22
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 NumberDecimal Number
Outside the
operation range
Binary
Positive
Integer
Binary
Negative
Integer
(Complement)
___
111111111
111111110
111111101
10
111111111
111111110
111111101
: :
: :
1000000001
1000000000
512≤ DATA
511
510
509
:
:
:
:
2
1
0
1
0
1
−
2
−
3
−
:
:
511
−
512
−
Outside the operation
range
(18) Octal mode ( [SHIFT],
OCT
[ ]
, [0] ~ [7] ).
x
DATA
≤ −
512
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 exceed the range, it becomes an error
(overflow).
Octal NumberDecimal Number
Outside the
operation range
___
3777777777
536870912
DATA
≤
536870911
Octal
3777777776
536870910
Positive
:
:
Integer
:
:
E6 

SR8D1AE.RTF SIZE : 140x75mm SCALE 2:1 2003/8/22
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