CITIZEN SDC-368 User Manual
Page 2
File name: D24BD_English vision : 04/02/12
* POWER SUPPLY
English
CITIZEN model SDC-368 is a dual-powered (high power solar +
back-up battery) calculator operative under any lighting conditions.
-Auto power-off function-
The calculator switches the power off automatically if there has
been no key entry for about 5 minutes.
-Battery change-
If the back-up battery needs to be changed, open the lower cabinet to
remove the old battery and insert a new battery in the indicated polarity.
* KEY INDEX
English
[
ON
AC
] : Power on / All Clear key.
[CE/C] : Clear Entry / Clear key.
[00
→
0] : Shift-back key.
[M+] : Memory plus key.
[M–] : Memory minus key.
[+/–] : ±Sign change key
[MR] : Memory recall key
[MC] : Memory clear key.
[MU] : Mark-up / Mark-down Key
[MII+] [MII–] [MII
R
C
] : The Second Memory Key
A 0 2 3 F
Decimal place selection switch
– F –
– 0 – 2 – 3 –
– A –
Floating decimal mode
Fixed decimal mode
ADD–mode automatically enters the monetary
decimal in addition and subtraction calculations
5/4
Round-off / Round-down switch
The Signs Of The Display Mean The Following:
MI：The first memory loaded.
–：Minus ( or negative)
MII：The second memory loaded.
E：Overflow-error.
* OPERATION EXAMPLES
English
1.Calculation Examples
Before performing each calculation, press the [
ON
AC
] key.
Example
Key
operation
Display
2 x 3 = 6
2 [x] 2 [CE/C] 3 [=]
6.
7 x 9 = 63
7 [
÷
] [x] 9 [=]
63.
300 x 27% = 81
300 [x] 27 [%]
81.
56
11.2
x 100% = 20%
11.2 [
÷
] 56 [%]
20.
300+(300 x 40%)=420 300 [+] 40 [%]
420.
300–(300 x 40%)=180 300 [–] 40 [%]
180.
1400 x 12% = 168
1400 [x] 12 [%]
168.
6 + 4 + 7.5 = 17.5
6 [+] 4 [+] 7.5 [=]
17.5
5 x 3
÷
0.2 = 75
[
ON
AC
] 5 [x] 3 [
ч
] 0.2 [=]
75.
8
ч
4 x 3.7 + 9 =16.4
8 [
÷
] 4 [x] 3.7 [+] 9 [=]
16.4
5
4
= 625
5 [x] [=] [=] [=]
625.
1 / 2 = 0.5
2 [÷] [=]
0.5
10)
3
x
(2
1
+
= 0.0625 2 [x] 3 [+] 10 [
÷
] [=]
0.0625
A 0 2 3 F
144 = 12
144 [
]
12.
A 0 2 3 F
5/4
$14.90+$0.35–$1.45+
$12.05=$25.85
1490 [+] 35 [–] 145
[+] 1205 [=]
145
25.85
2.Memory Calculation
[
ON
AC
]
0.
12 [x] 4 [M+] 20 [
÷
] 2 [M–]
MI
10.
[MR]
MI
38.
(12 x 4) – (20
÷
2) =
38
[MC]
[CE/C]
0.
15 [x] 2 [M+] 20 [x] 3 [M+]
MI
60.
25 [x] 4 [M+]
MI
100.
[MR]
MI
190.
10 [
÷
] 5 [MII+] 4 [x] 2 [MII+]
MI
MII
8.
[MII
R
C
]
MI
MII
10.
[MR]
[÷]
MI
MII
190.
[MII
R
C
]
MI
MII
10.
[=]
MI
MII
19.
A 0 2 3 F
5/4
15 x 2 = 30
20 x 3 = 60
25 x 4 = 100
(total A = 190)
10
÷
5 = 2
4 x 2 = 8
(total B = 10)
A
÷
B = 19
[
ON
AC
]
0.
3.Constant Calculation
2 + 3 = 5
2 [+] 3 [=]
5.
4 + 3 = 7
4 [=]
7.
3 x 4 = 12
3 [x] 4 [=]
12.
A 0 2 3 F
3 x 6 = 18
6 [=]
18.
4.Overflow Error Clear
123456789012 x 10000
= 1'234.56789012 x 10
12
1234567890123
[
00
→
0
]
[x] 10000 [=]
[
ON
AC
]
E
E
123'456'789'012
123’456’789’012
1’234.56789012
0.
5.PRICE MARK-UP & DOWN CALCULATION
200+(P x 20%)=P
P=
20%
-
1
2000
=2'500.00
2500–2000 = 500.00
2000 [
÷
] 20 [MU]
[MU]
2'500.00
500.00
200–(P x 20%)=P
P=
20%
1
2000
+
=1'666.66
2000 [
÷
] 20 [+/–] [MU]
1'666.66
A 0 2 3 F
5/4
15000
15000
-
18000
x100%
= 20.00%
18000 [–] 15000 [MU]
20.00