PREPARED BY: . DATE
\PPROVED BY:
DATE
SHARP
LIQUID CRYSTAL DISPLAY GROUP
SHARP
SPEC No, LC93628 ij
FILE No,
ISSUE Jun. 22, 1993
PAGE
REPRESENTATIVE DIVISION
20 Pages
S P E C I F I C A T I O N
■ DUTY Panel
Development Center
DEVICE SPECIFICATION for
Passive Matrix LCD Unit
(320x240 dots)
Model No.
LM3=P07
.
.
❑ .ICUSTOMER’ S APPROVAL
DATl
BY
-.
-’Department General Manager
Engineering Department 2
DUTY Panel Development Center
LCD GROUP
SHARP CORPORATION
,.
.
R E C O R D S O F R E V I S I O N
D A T E
REF. PAGE
PARAGRAPH
DRAWING No.
Dee, 3,1993
Page. 2
DOC, FIRST lSSUI
IDENT. DATA No,
L M 3 2 P 0 7
Jun,22,1993
LC93628B
S U M M A R Y
RIVISED
.
Not
~ Alteration
Dec. 3,1993
Page, 4
~ Addition and alteration
flAR, \b , (~q’~
——— ..—
PQ* , 4 , Page12
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CHECK
APP!OVAL
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.
SHARP
i
SPEC No,
LC93628B
MODEL No,
LM32P07
PAGE
1
1. Application
This data sheet is to introduce the specification of LM32P0’f,
Passive Matrix type LCD Unit,
(320x240 dot, TST, negative type, with backlight system by cold cathode
fluorescent tube (CCFT). )
2. Construction and Outline
Construction : 320x240 full dot graphic display unit
Outline
Connection
: See Fig, 8,
: See Fig, 8,
.
and Table, 5,8.
There shall be no scrtches, stains, chips, distortions and other external
drawbacks that may affect the display function.
Rejection criteria shall be noted in Inspection Standard S-U-012-01,
.
SHARP
SPEC No.
LC93628D
MODIL No.
L M 3 2 P 0 7
PAGE
2
3, Mechanical SRecification?
Parameter
Table 1
Specification
Unit
mm
mm
—
mm
mm
–
–
Notel
170 (W) x 110 (H) x 8MAX (D)
121(W) x 91.6(H)
320 (W) x 240 (H) full dot
0.33 (W) x 0.33 (H)
0,03
White
Black
approx 220
Outline dimensions
Effective viewing area
Display format
Dot size
Dot spacing
Character color
Background color
Weight
Notel : Excluded the mounting tab. (See Fig. 8)
Note2 : Due to the characteristics of the LC Material, the colors vary
with environmental temperature,.
Note3 : Display data ‘High’ : White (ON)
: Black (OFF)
Note3
Note2
g
‘ Low’
4, Absolute Maximum Retings
4-1, Electrical Absolute Maximum Ratings
Parameter
MAX
Supply voltage (Logic)
6.0
Supply voltage {LCD Driver)
30,0
Input voltage
VDD
Supply voltage (CCFT)
1500
6,5
SUPPIY current (CCFT)
$ Under the LCD contrast adjust circuit of Page 4.
Symbol
VDD– VSS
VDD–VEE
V IN
VCCFT
ICCFT
Min
o
o
o
o
o
A
Remark
Ta=25°C
Unit
v
v
v
Vrms
mArms
.
SHARP
SPEC No,
LC93628B
MODEL No,
LM32P07
PAGE
3
4-2, Environmental Condition
Item
Ambient temperature
Humidity
Vibration
Shock
Table 3
Tstg
MIN,
MAX,
-25°C +60”C
Note 1
Note 2
Note 3
MAX,
t45°c
Topr
MIN.
O“c
Note 1
Note 2
Note 3
Remark
No condensation
3 directions (X/Y/Z)
6 directions
(*x/tY/izl
Note 1) TaS40°C””””””95% RH Max
Ta>40°C . . . . . .Absolute humidity shall be less than
Ta=40°C / 95% RH
Note 2) Frequency : 10 - 55Hz
Viblation width : 1, 51nm
Interval : 10Hz ~ 55Hz a 10Hz
2 hours for each direction of X/Y/Z (6 hours as total)
(1 rein)
Note 3) Accerelation : 490m/s2(50G)
Pulse width : llms
,: 3 times for each direction of +X/*Y/~Z,
Note 4) Care should be taken so that the LCD Unit may not be exposed
the temperature ranges out of this specifications,.
.
.
SHARP
SPEC No,
LC93628B
MODEL No,
LM32P07
PAGE
4
5. Electrical SRecifications
5.1 Electrical characteristics
Table 4
./, A SUPPIY voltage (LCD drive)
Prameter
Supply voltage (Logic)
Conditions
VDD=5V (Note 1)
VDD=5V (Note 1]
‘N’ level
‘L’ level
‘N’ level
‘L’ level
VDDZ5V$ VEEZ-24V
VDD-V.=21, 5V
F=80Hz (Note 2)
Symbol
VDD-VSS
VEE-VSS
~ LCD contrast adjust voltage VD~-VO
VIN
Ta=25”C, VDD=5V+ 5%
TYP.
Unit
v
5,0
v
-24.0
v
21,5
Input signal voltage
–
v
–
v
Input leakage current
jA
UA
~ Supply current (Logic)
mA
~ Supply current (LCD)
mA
~ Power consumption (LCD)
mw
~ Start voltage (B/L)
Vrms A
Supply voltage (B/L]
Vrills
SUPPIY current (B/L)
mArins
Power consumption (B/L)
w
Note 1) The viewing angle(d) with obtimum contrast(6) is available by changing
IDD
IXX
PdLCD
VFTS WW
*
-LMOOOM&
250
V,TL
IFT ~ 4
Max,
5.25
.22-8
25,5
VDD
0, 2VDD
20
–
9
8.8
208
‘18(1
300
E
Min.
4,75
-25,2
17,5
0. 8VDD
o
—
-20,0
–
–
275
5
–
7
5.5
167
pdFT A
–
—
IIL
1,375
the LCD contrast adjust voltage (VDD-VO).
(Refer to Figt4 for the definition of 6.) -
Maximum and minimum value are as measured within the oprating temperature
range (0-45”C),
Typical value are as measured at 25°C, i ‘
\
A *start-up voltage of inverter
1
-
-
I
I
I-
cVFT 1
,_ -------I
I
I
I
I
[
[
[ INVERTE~
1I
4‘-----c YFT2
t
I
1
I------- -
CCFT
w
—
LCD UNIT VSS 2
LM32P07 ~ 3, 3XFZ3
~
z~3, 3LF
VDD3
Vo 3
IEE
w
.
-.
24V
L 5V
::20KQ
?E 10KS2
SHARP
I SPEC No,
~ LC93628BI
~ I MODEL No,
w
Description
LCD contrast adjust voltage
Power supply for LCD (-24V)
Display data signal
Signal ground (OV)
Power supply for logic (+5V)
Data input clock signal
Input data latch signal
Scan start-up signal
l,25mm pitch , 12pins F.F, C
w
VXE
5-2. Interface signals
CN1
Pin No,
Symbols
1
v.
2
D3
3
D2
4
5
D1
6
DO
7
NC
8
Vss
9
VDD
CP2
10
CP1
11
12
s
Used Cable :
t-----
CN2
[ Pin No.*]
11
12
I
Symbols
VFT 1
VFT2
Description
Power supply for CCFT back light
Power SUPPl Y for CCFT back l i gh t
I
I
Used Cable : AWG22 UL STILE 3239
*1 : Pin No, and its location are shown in Fig! 11.
I PAGE
5
.
L M 3 2 P 0 7
Level
H (ON), L (OFF)
—
—
H~L
HaL
“ H “
●
#
.
SHARP
SPIC No,
LC93628B
MODEL No,
L M 3 2 P 0 7
PAGE
6
COLUMN
ROW
\
1 dot
2 #ot 3 pot
dot
dot
dot
2
3
.
1’1 1“2 1’3
2“1 2“2
3“1
=
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
320 dot
I 1320
240
dot
a!40,1
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
c240132(
Note) 1 ● 2 means 1st row 2nd column dot.
Fig.
1 Dot Chart of Display Area