Citizen SRP-265N: OVERFLOW / ERROR CONDITIONS

 SR260C_English_black_090402.doc         SIZE: 140x75mm         SCALE 2:1         

2009/4/15 

-E9- 

e

 x

 x 

≤

 230.2585092 

x

0 

≤

 x 

<

 1 x 10

100

x 

2

 x 

<

 1 x 10 

50

1/x 

1 x 10 

–99 

≤

   x   

<

 1 x 10 

100 

, x 

≠

 0 

3

x

 x   

<

 1 x 10 

100

x ! 

0 

≤

 x 

≤

 69,  x  is an integer. 

 , 

 x 

<

 1 x 10 

100

x 

y

x 

>

 0 : –1 x 10

100 

<

 y log x 

<

 100 

x = 0 :  y 

>

 0 

x 

<

 0 : y=n, 1/(2n+1), n is an integer. 

but  –1 x 10

100 

<

 y log   x   

<

 100  

y

x

x 

>

 0 : y 

≠

 0, –1 x 10

100 

<

 y 

1

 log x 

<

 100 

x = 0 : y 

>

 0 

x

<

0 : y=2n+1, l/n, 

n is an integer.(n

≠

0) 

but  –1 x 10

100 

<

 y 

1

 log 

⏐

x

⏐

 100  

a b/c 

Input

：

Total of integer, numerator and 

denominator must be within 10 digits (includes 

division marks)  

Result

：

Result displayed as fraction for  

 integer when integer, numerator and  

 denominator  are  less than 1 x 10 

10

  

STAT 

⏐

x 

⏐

<

 1 x 10 

50 

, 

⏐Σ

 x 

⏐

<

 1 x 10 

100 

0 

≤

Σ

 x 

2 

<

 1 x 10

100

, 0 

≤

 n 

<

 1 x 10 

100

x : n  

≠

 0 ; s : n 

>

 1 ; 

σ

  : n 

>

 0 

OVERFLOW / ERROR CONDITIONS 

A symbol “ E ” is indicated on the display when any of the following 

conditions occur and further calculation becomes impossible. Just 

press [ ON/C ] to release those overflow or error indicator and the 

subsequent calculation can then be performed. 

•

  An intermediate or final calculation result exceed 1 x 10 

100 

(including memory calculations). 

•

  You try to divide by zero. 

•

  The number of low priority storage levels exceeds 6 in a 

parentheses calculation or nesting parentheses exceed 7 in one 

level. (Even if the number of levels is within 6, an error might occur 

if you are using memories Ka or Kb, or program memories.) 

•

  You try to use [ 2ndF ] [ Ka

 X

Æ

K 

] or [ 2ndF ] [ Kb

 X

Æ

K 

] while 

memories Ka and Kb are being used for low–priority calculation 

storage.