S1D10605 Epson Electronics America, Inc., S1D10605 Datasheet - Page 524

• Manufacturer Part Number: S1D10605
• Description: S1d15000 Series Lcd Driver With Ram
• Manufacturer: Epson Electronics America, Inc.

S1D15A06 Series
<A setting example: When setting Ta = 25C and V
7V on an S1D15A06
gradient =–0.1% C>
When the intermediate resistor values (D4, D3, D2, D1,
D0) = (1, 0, 0, 0) are selected from the electronic vol-
ume, the following is given by expression B-1 since
15 and V
If you select 5 A for the current conducted to Ra' and
When using external resistors (When using vari-
able resistors in stead of the built-in V
adjusting resistors)
Adding external variable resistors to the above mentioned
external resistors allows you to select an LCD drive volt-
age V
too, using the electronic volume function permits you to
control an LCD voltage through the command and, thus,
adjust contrast of the LCD display.
You can determine the V
expression when fine adjustment of Ra' and Rb' is done
12–20
V
7V = (1+Rb'/Ra') • (1– 15 /200) • 1.2
Table 16
Table 15
[ ]: Commands selected from the electronic volume.
0
Resistance ratio of built-in V
Electronic volume
Variable range
Variable step
= (1+Rb'/Ra') • (1–
0
through fine tuning of Ra' and Rb'. In this case
REG
V
= 1.2V (Expression B-2).
0
*****
Rb'
Rb'
Ra'
Ra'
0
Content
6.45[80H]
voltage from the following
/200) • V
Min.
model with temperature
0
voltage adjusting resistors
resistor R3
resistor R2
resistor R1
(Expression B-2)
REG
External
External
External
to
0
voltage
V
R
0
R1
7.0[90H]
=
=
Figure 11
EPSON
Typ.
38.4
V
EV
+
–
(Constant voltage source
Rb', the following expression is derived:
Thus, the following is derived from expressions B-2 and
B-3:
Table 14 shows the command selected from the elec-
tronic volume. Table 16 lists V
and variable steps available from the electronic volume
function.
by specifying resistance values of external resistors R1
and R2 (variable resistors) and R3 within the range of
| V
Where, V
its value remains at a constant level as shown in Table
10.
+ electronic volume)
D7
0
1
V
0
Ra' + Rb' = 1.4M
0
| < | V
Rb' / Ra' = 5.31
Ra' = 220k , Rb' = 1180k
= {1+(R3+R2– R2) / (R1+ R2)} • V
= {1+(R3+R2– R2) / (R1+ R2)} •
[V
(1– /200) • V
to
D6
0
0
REG
EV
OUT
= (1– /200) • V
is the constant voltage source in the IC and
| :
D5
1
0
7.64[9FH]
Max.
D4 D3 D2
0
1
REG
Resistors
0
0
V
V
REG
0
SS
0
]
1
0
voltage variable range
[mV]
Unit
(Expression B-3)
[V]
(Expression C-1)
D1
1
0
EV
D0
Rev. 1.0a
1
0