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NJU6637CH
Datasheet
28 pgs346.2 Kb0

JRC NJU6637CH Datasheet

Preliminary
NJU6637
16-CHARACTER 3-LINE DOT MATRIX LCD
CONTROLLER DRIVER
■ GENERAL DESCRIPTION
The
driver for up to 16-character 3-line display. It contains microproc essor Interface circuits, Instruction decoder controller, character generator ROM/RAM and common and segment drivers. The bleeder resistance g enerates for LCD Bias volta ge Internally. The CR oscillator Incorporates C and R, therefore no external components for oscillation are required. The microprocessor Interface circuits which operate 1MHz frequency, can be connected directl y to serial I/F microprocessor. The character generator consists of 10,200 bits ROM and 8 x 5 bits RAM. The standard version ROM is coded with 255 characters including capital and small letter fonts. The 24-common and 80-segment drive up to 16-character 3-line LCD panel which divided two common electrode blocks. The rectangle outlook is very applicable to COG.
■ FEATURES
is a 1Chip Dot Matrix LCD controller
Preliminary
■ PACKAGE OUTLINE
NJU6637CH
● 16-character 3-line Dot Matrix LCD Controller Driver
● Serial Direct Interface with Microprocessor
● Display Data RAM :48 x 8 bits : Maximum 16-character 3line Display
● Character Generator ROM :10,200 bits ; 255 characters for 5 x 8 dots
● Character Generator RAM :8 x 5 bits ; 1 Patterns( 5 x 8 dots)
● Microprocessor direst accessing to Display Data RAM and Character Generator RAM
● High Voltage LCD Driver :24-common / 80-segment
● Duty Ratio :1/24 Duty
● Maximum Display Characters :48 Characters
● Common Driver Order Assignment by mask option
Version COM1 to COM24 (PAD Name) NJU6637A COM1 to COM24 NJU6637B COM24 to COM1
● Useful Instruction Set Clear Display, Returns Home, Display ON/OFF Cont, Cursor ON/OFF Cont, Display Blink, Cursor Shift, Character Shift.
● Power On Reset / Hardware Reset Function
● Oscillation Circuit on chip
● Bleeder Resistance on chip
● Low Power Consumption
● Operating Voltage --- +3V
● Package Outline --- Bumped Chip
● C-MOS Technology
Ver.1.1
Preliminary
S
COM1 U
5
COM17
■ PAD LOCATION
NJU6637A Mode A (SEL=”L”)
DUMMY36 DUMMY37
DUMMY38 DUMMY39 DUMMY40 DUMMY41 DUMMY42
SEG9
SEG80 DUMMY43 DUMMY44 DUMMY45 DUMMY46 DUMMY47 DUMMY48 DUMMY49
DUMMY50
Chip Size : 5.48 x 1.68mm Bump Size : 90 x 45um Chip Size : X=0um, Y=0um Bump Height : 17.5um Chip Thickness : 625um+
30um Bump Material :Au
DUMMY34
DUMMY35
DUMMY52
D MMY
1
SEG8
COM24
y
SEG1
x
COM16
COM8
NJU6637
DUMMY33
COM9
DUMMY32 DUMMY31
DUMMY30
DUMMY11 CS SI SCL RS RESET SEL
T
TE VDD
VDD VDD
VSS VSS VSS
V5 V5 V5
OSC2 OSC1 DUMMY10
DUMMY3 DUMMY2
1
DUMMY1
DUMMY53
COM1 U
5
COM17
NJU6637A Mode B (SEL=”H”)
DUMMY36 DUMMY37
DUMMY38 DUMMY39 DUMMY40 DUMMY41 DUMMY42
SEG72
SEG1 DUMMY43 DUMMY44 DUMMY45 DUMMY46 DUMMY47 DUMMY48 DUMMY49
DUMMY50
Preliminary
DUMMY34
DUMMY35
COM16
SEG80
x
COM8
DUMMY52
D MMY
1
SEG73
y
COM24
NJU6637
DUMMY33
COM9
DUMMY32 DUMMY31
DUMMY30
DUMMY11 CS SI SCL RS RESET SEL TEST
VDD VDD VDD
VSS VSS VSS
V5 V5 V5
OSC2 OSC1 DUMMY10
DUMMY3 DUMMY2
1
DUMMY1
DUMMY53
COM24 U
5
COM8
NJU6637B Mode A (SEL=”L”)
DUMMY36 DUMMY37
DUMMY38 DUMMY39 DUMMY40 DUMMY41 DUMMY42
SEG9
SEG80 DUMMY43 DUMMY44 DUMMY45 DUMMY46 DUMMY47 DUMMY48 DUMMY49
DUMMY50
Preliminary
DUMMY34
DUMMY35
COM9
SEG1
x
COM17
DUMMY52
D MMY
1
SEG8
y
COM1
NJU6637
DUMMY33
COM16
DUMMY32 DUMMY31
DUMMY30
DUMMY11 CS SI SCL RS RESET SEL TEST
VDD VDD VDD
VSS VSS VSS
V5 V5 V5
OSC2 OSC1 DUMMY10
DUMMY3 DUMMY2
1
DUMMY1
DUMMY53
COM24 U
5
COM8
NJU6637B Mode B (SEL=”H”)
DUMMY36 DUMMY37
DUMMY38 DUMMY39 DUMMY40 DUMMY41 DUMMY42
SEG72
SEG1 DUMMY43 DUMMY44 DUMMY45 DUMMY46 DUMMY47 DUMMY48 DUMMY49
DUMMY50
Preliminary
DUMMY34
DUMMY35
DUMMY52
D MMY
1
SEG73
y
COM1
SEG80
x
COM9
COM17
NJU6637
DUMMY33
COM16
DUMMY32 DUMMY31
DUMMY30
DUMMY11 CS SI SCL RS RESET SEL TEST
VDD VDD VDD
VSS VSS VSS
V5 V5 V5
OSC2 OSC1 DUMMY10
DUMMY3 DUMMY2
1
DUMMY1
DUMMY53
Preliminary
Alignment Mark size
10.8
DUMMY1 DUMMY32
DUMMY36
10.8
DUMMY50
14.4
14.4
63
12.6
y
63
12.6
y
14.4
x
14.4
x
10.8
10.8
10.8
14.4
12.6
14.4
10.8
10.8
14.4
39.6
14.4
10.8
63
90
NJU6637
Preliminary
NJU6637
■ PAD COORDINATES
PAD No.
1 DMY1 DMY1 -2599 -690 51 DMY33 DMY33 2599 -540 2 DMY2 DMY2 -2520 -690 52 COM9 COM9 2599 -480 3 DMY3 DMY3 -2460 -690 53 COM10 COM10 2599 -420 4 DMY4 DMY4 -2400 -690 54 COM11 COM11 2599 -360 5 DMY5 DMY5 -2340 -690 55 COM12 COM12 2599 -300 6 DMY6 DMY6 -2280 -690 56 COM13 COM13 2599 -240 7 DMY7 DMY7 -2220 -690 57 COM14 COM14 2599 -180 8 DMY8 DMY8 -2160 -690 58 COM15 COM15 2599 -120
9 DMY9 DMY9 -2100 -690 59 COM16 COM16 2599 -60 10 DMY10 DMY10 -2040 -690 60 SEG80 SEG1 2599 0 11 OSC1 OSC1 -1860 -690 61 SEG79 SEG2 2599 60 12 OSC2 OSC2 -1620 -690 62 SEG78 SEG3 2599 120 13 V5 V5 -1440 -690 63 SEG77 SEG4 2599 180 14 V5 V5 -1380 -690 64 SEG76 SEG5 2599 240 15 V5 V5 -1320 -690 65 SEG75 SEG6 2599 300 16 VSS VSS -1080 -690 66 SEG74 SEG7 2599 360 17 VSS VSS -1020 -690 67 SEG73 SEG8 2599 420 18 VSS VSS -960 -690 68 DMY34 DMY34 2599 480 19 VDD VDD -900 -690 69 DMY35 DMY35 2599 540 20 VDD VDD -840 -690 70 DMY36 DMY36 2599 698 21 VDD VDD -780 -690 71 DMY37 DMY37 2520 698 22 TEST TEST -540 -690 72 DMY38 DMY38 2460 698 23 SEL SEL -300 -690 73 DMY39 DMY39 2400 698 24 RESET RESET -60 -690 74 DMY40 DMY40 2340 698 25 RS RS 180 -690 75 DMY41 DMY41 2280 698 26 SCL SCL 420 -690 76 DMY42 DMY42 2220 698 27 SI SI 660 -690 77 28 CS CS 1140 -690 78 29 DMY11 DMY11 1320 -690 79 30 DMY12 DMY12 1380 -690 80 31 DMY13 DMY13 1440 -690 81 32 DMY14 DMY14 1500 -690 82 33 DMY15 DMY15 1560 -690 83 34 DMY16 DMY16 1620 -690 84 35 DMY17 DMY17 1680 -690 85 36 DMY18 DMY18 1740 -690 86 37 DMY19 DMY19 1800 -690 87 38 DMY20 DMY20 1860 -690 88 39 DMY21 DMY21 1920 -690 89 40 DMY22 DMY22 1980 -690 90 41 DMY23 DMY23 2040 -690 91 42 DMY24 DMY24 2100 -690 92 43 DMY25 DMY25 2160 -690 93 44 DMY26 DMY26 2220 -690 94 45 DMY27 DMY27 2280 -690 95 46 DMY28 DMY28 2340 -690 96 47 DMY29 DMY29 2400 -690 97 48 DMY30 DMY30 2460 -690 98 49 DMY31 DMY31 2520 -690 99 50 DMY32 DMY32 2599 -690 100
PAD Name
SEL=H SEL=L
X= µm
Y= µm
PAD Name
PAD No.
SEL=H SEL=L
SEG72 SEG9 SEG71 SEG10 SEG70 SEG11 SEG69 SEG12 SEG68 SEG13 SEG67 SEG14 SEG66 SEG15 SEG65 SEG16 SEG64 SEG17 SEG63 SEG18 SEG62 SEG19 SEG61 SEG20 SEG60 SEG21 SEG59 SEG22 SEG58 SEG23 SEG57 SEG24 SEG56 SEG25 SEG55 SEG26 SEG54 SEG27 SEG53 SEG28 SEG52 SEG29 SEG51 SEG30 SEG50 SEG31 SEG49 SEG32
Chip Size(5.48mm x 1.68mm)
X= µm
2160 698 2100 698 2040 698 1980 698 1920 698 1860 698 1800 698 1740 698 1680 698 1620 698 1560 698 1500 698 1440 698 1380 698 1320 698 1260 698 1200 698 1140 698 1080 698 1020 698
960 698 900 698 840 698 780 698
Y= µm
Preliminary
PAD No.
101 102 SEG47 103 SEG46 104 SEG45 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125
126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 DMY43 DMY43 -2160 698 150 DMY44 DMY44 -2220 698
PAD Name
SEL=H SEL=L SEG48 SEG33
SEG44 SEG37 SEG43 SEG38 SEG42 SEG39 SEG41 SEG40 SEG40 SEG41 SEG39 SEG42 SEG38 SEG43 SEG37 SEG44 SEG36 SEG45 SEG35 SEG46 SEG34 SEG47 SEG33 SEG48 SEG32 SEG49 SEG31 SEG50 SEG30 SEG51 SEG29 SEG52 SEG28 SEG53 SEG27 SEG54 SEG26 SEG55 SEG25 SEG56 SEG24 SEG57
SEG23 SEG58 SEG22 SEG59 SEG21 SEG60 SEG20 SEG61 SEG19 SEG62 SEG18 SEG63 SEG17 SEG64 SEG16 SEG65 SEG15 SEG66 SEG14 SEG67 SEG13 SEG68 SEG12 SEG69 SEG11 SEG70 SEG10 SEG71
SEG9 SEG72 SEG8 SEG73 SEG7 SEG74 SEG6 SEG75 SEG5 SEG76 SEG4 SEG77 SEG3 SEG78 SEG2 SEG79 SEG1 SEG80
SEG34 SEG35 SEG36
X= µm
720 698 151 DMY45 DMY45 -2280 698 660 698 152 DMY46 DMY46 -2340 698 600 698 153 DMY47 DMY47 -2400 698 540 698 154 DMY48 DMY48 -2460 698 480 698 155 DMY49 DMY49 -2520 698 420 698 156 DMY50 DMY50 -2599 698 360 698 157 DMY51 DMY51 -2599 540 300 698 158 DMY52 DMY52 -2599 480 240 698 159 COM24 COM24 -2599 420 180 698 160 COM23 COM23 -2599 360 120 698 161 COM22 COM22 -2599 300
60 698 162 COM21 COM21 -2599 240
0 698 163 COM20 COM20 -2599 180
-60 698 164 COM19 COM19 -2599 120
-120 698 165 COM18 COM18 -2599 60
-180 698 166 COM17 COM17 -2599 0
-240 698 167 COM8 COM8 -2599 -60
-300 698 168 COM7 COM7 -2599 -120
-360 698 169 COM6 COM6 -2599 -180
-420 698 170 COM5 COM5 -2599 -240
-480 698 171 COM4 COM4 -2599 -300
-540 698 172 COM3 COM3 -2599 -360
-600 698 173 COM2 COM2 -2599 -420
-660 698 174 COM1 COM1 -2599 -480
-720 698 175 DMY53 DMY53 -2599 -540
-780 698
-840 698
-900 698
-960 698
-1020 698
-1080 698
-1140 698
-1200 698
-1260 698
-1320 698
-1380 698
-1440 698
-1500 698
-1560 698
-1620 698
-1680 698
-1740 698
-1800 698
-1860 698
-1920 698
-1980 698
-2040 698
-2100 698
Y= µm
PAD Name
PAD No.
SEL=H SEL=L
NJU6637
X= µm
Y= µm
■ BLOCK DIAGRAM
g
S
OSC1 OSC2
RESET
RS
SCL
CS
I
SEL
VSS
VDD
V5
CR
OSC
Power on
Reset
I/O Buffer
Preliminary
Instruction Reg.(IR)
Data
Reg.(DR)
Instruction Decoder(ID)
Display Data RAM (DDRAM)
48 x 8bits
Character Generator RAM(CGRAM) 8 x 5bits
Parallel to Serial Convertor
V1
V2
V3
V4
V5
Character Generator ROM(CGROM) 10,200bits
Address Counter
NJU6637
Timing
Gen.
24bit
Shift Re
.
Cursor Blink Cont.
80bit
Latch
80bit
Shift Reg.
Common
Driver
Segment
Driver
COM1 to
COM24
SEG1 to
SEG80
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