PD16661A PD16661A PD16661A PD16666A 1/8VGA PD16661A PD16661

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PD16661A PD16661A PD16661A PD16666A 1/8VGA PD16661A PD16661

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Integrated Circuit
PD16661A
PD16661A PD16661A PD16666A 1/8VGA PD16661A PD16661
3.03.6 1/240 8/16
TCPTAB TCPOLB
PD16661AN-XXX
PD16661AN-051
S11498JJ3V1DS00 December 1998
1996,1998
PD16661A
D0-D15 A0-A16 /UBE
"H"= "L"= "L"= "H"= ("H"= "H"= "L"= "H"= "L"=
BMODE GMODE /REFRH TEST /RESET /DOFF OSC1 OSC2 /FRM /DOUT Y1-Y160 VCC1 VCC2
D0-D15, A0-A16, /CS, /OE, /WE, /UBE, RDY, BMODE, GMODE, PL0, PL1, PL2, DIR, OSC1, OSC2, /RESET, /DOFF, TEST, STB, /FRM, /DOUT
/xxx
PD16661A
PL0,1,2 TEST
Address input control Address management circuit
A0A16 Control /CS,/OE, /WE,/UBE BMODE D0D15 GMODE /REFRH /RESET
Arbiter
bits
Data control
Data latch1
STOP OSC1
oscillator
Frame thinning-out
control
OSC2 /DOFF
Internal timing generation Data latch2
Liquid-crystal timing generation
operation
/FRM
Self-diagnosis circuit
operation
Level shifter 5.0V operation operation
Liquid-crystal drive circuit outputs
/FRM
/DOUT
Y160
PD16661A
(Address management circuit) A0A16 PD16661A
(Arbiter)
3RAM
(Data control) BMODE 8/16 GMODE
(Frame thinning-out)
(Internal timing generation) /FRMSTB
oscillator) 1/484 38.72
(Liquid-crystal timing generation) /FRMSTB
9FRC (FRC control)
(Data latch (1))
(Data latch (2))
PD16661A
(Level shifter)
13DEC
(Liquid-crystal drive circuit) /DOFF
(Self-diagnosis circuit)
A16.A0 00000H 0F000H 1DFA0H 1FFFFH
PD16661A
A7A0 Y160 A16A8 L240 No.0 No.2 No.4 No.6 Y160 Y160 Y160
L240
No.1 Y160
No.3 Y160
No.5 Y160
No.7 Y160
PD16661A
BMODE
D0D7
D8D15 00001H 00003H 00005H
00000H 00002H 00004H
D0D7
D8D15 00000H 00002H 00004H
/UBE D0D7 D8D15
/UBE
MODE D0-D7
D8-D15 Hi-z Dout Dout Hi-z Hi-z Hi-z
Selected Read
Hi-z Dout Hi-z Dout
Write
Output Disable
Hi-z Hi-z
XDon't Care Hi-zHigh impedance
PD16661A
BMODE
D0D7
00000H 00001H 00002H
MODE D0-D7 Selected Read Write Output Disable Hi-z Dout Hi-z D8-D15
BMODE=H D8D15 /UBE
XDon't Care Hi-zHigh impedance
PD16661A
1BMODE
D0D1
D2D3
D4D5
D6D7
D8D9
D10D11
D12D13
D14D15
00001H 00000H
00000H 00001H
00002H 00003H
D0D1
D2D3
D4D5
D6D7
D8D9
D10D11
D12D13
D14D15
00000H
00000H
00002H
2BMODE
D0D1
D2D3
D4D5
D6D7
D0D1
D2D3
D4D5
D6D7
00001H 00000H
00000H 00001H
00002H 00003H
PD16661A
1GMODE
2GMODE
PD16661A
PD16661A PD16661A /CS, /WE,
PD16661A
PL0, PL1, No.LSI
No.0 No.1 No.2 No.3 No.4 No.5 No.6 No.7
PD16661A
A7A0
A16A8 L239 L240 0EE00 0EF00 0F000 0F100 No.1 L239 L240 1DE00 1DF00 Y153 Y160 00000 00100 No.0
Y160 Y153 00026 00126
Y160 Y153
Y160 Y153 00076 00176 No.4
Y160 Y153 0009E 0019E No.6
00028 00128 No.2
0004E 00050 0014E 00150
00078 00178
0EE26 0EE28 0EF26 0EF28 0F026 0F028 0F126 0F128 No.3 1DE26 1DE28 1DF26 1DF28 Y153 Y160
0EE4E 0EE50 0EF4E 0EF50 0F04E 0F050 0F14E 0F150 No.5 1DE4E 1DE50 1DF4E 1DF50 Y153 Y160
0EE76 0EE78 0EF76 0EF78 0F076 0F078 0F176 0F178 No.7 1DE76 1DE78 1DF76 1DF78 Y153 Y160
0EE9E 0EF9E 0F09E 0F19E
1DE9E 1DF9E
A7A0
0009E 0019E
Y160 Y153 00078 00178
Y160 Y153 00050 00150
Y160 Y153 00028 00128
Y160 Y153 00000 00100
00076 00176
0004E 0014E
00026 00126
A16A8
No.6
No.4
No.2
No.0
0EE9E 0EF9E 0F09E 0F19E
0EE78 0EE76 0EF78 0EF76 0F078 0F178 0F076 0F176
0EE50 0EE4E 0EF50 0EF4E 0F050 0F150 0F04E 0F14E
0EE28 0EF26 0EF28 0EF26 0F028 0F128 0F026 0F126
0EE00 L239 0EF00 L240 0F000 0F100
No.7
No.5
No.3
No.1
PD16661A
1DE9E 1DF9E Y153 Y160
1DE78 1DE76 1DF78 1DF76 Y153
1DE50 1DE4E 1DF50 1DF4E Y153
1DE28 1DE26 1DF28 1DF26 Y153
1DE00 L239 1DF00 L240
Y160
Y160
Y160
PD16661A
A0A16,/UBE
/OE,/WE Hi-z Hi-z
2RDY PD16661A 3-RDY
VCC2
PD16661A
A16A0
/UBE
Hi-z Hi-z D15D0 Dout Hi-z Hi-z
A16A0
/UBE
Hi-z Hi-z
D15D0
PD16661A
PD16661A
/DOFF
/RESET /FRM
/DOUT
="H" 1/240 /FRM, /FRM
OSC1
/FRM
PD16661A
/REFRH /FRM
/REFRH
/RESET
/REFRH
PD16661A
PD16661A
PL0, PL1, OSC1, OSC2 D0-D15, A0-A16, /CS, /OE, /WE, /UBE, RDY, /RESET, /DOFF TEST
VCC2
/FRM /DOUT,/DOFF' /REFRH
OSC1
/DOFF /RESET D0D15 A0A16 /CS/OE /WE/UBE
No.0
OSC2
No.2
Y160
Y160
Y160
Y160
No.1
No.3
/DOFF'
PD16661A
VCC2 VCC1 VDDVEE
VCC2
VCC1
Interface (A0A16,/CS,/OE, /WE,/UBE,D0D15, /DOFF) /RESET
VCC2
PL0, PL1, PL2, DIR, BMODEVCC2
PD16661A
VCC1
(GND)
PD16661A
VCC1 VCC2 VI/O1 VI/O2 VI/O3 Tstg. -0.56.5 -0.54.5 -0.5VCC10.5 -0.5VCC20.5 -0.5VCC10.5 -2070 -40125
/FRM, STB, /DOUT, 23.3 DIR, PL0PL2, A0A16, /CS, /OE, /WE, /UBE, RDY, D0D15, /RESET, OSC1, OSC2, /DOFF, TEST, GMODE, BMODE, /REFRH 3V0, Y1Y160 4V0V1V2
-2070
VCC1 VCC2 ROSC MIN. TYP. MAX. VCC1 VCC2 VCC1
/FRM, 23.3 DIR, PL0PL2, A0A16, /CS, /OE, /WE, /UBE, RDY, D0D15, /RESET, OSC1, OSC2, /DOFF, TEST, GMODE, BMODE, /REFRH
PD16661A
VCC1 4.55.5 VCC2 3.03.6 1.42.0 V,V2 2.84.0 -2070
1VCC1 1VCC1 2VCC2 2VCC2 2VCC2 2VCC2 1VCC1 1VCC1 2VCC1 2VCC1 3VCC2 3VCC2 VIH1 VIL1 VIH2 VIL2 VIH3 VIL3 VOH1 VOL1 VOH2 VOL2 VOH3 VOL3 VCC2-0.4 VCC1-0.4 VCC1-0.4 VCC2 VCC2 VCC2 VCC2 MIN. VCC1 VCC1 TYP. MAX. TEST VCC2
TEST VCC2
IMAS1 IMAS2 ISLV1
VCC1
ISLV2
VCC2
/FRM, STB, 23.3 DIR, PL0PL2, A0A16, /CS, /OE, /WE, /UBE, RDY, D0D15, /RESET, /DOFF, TEST, GMODE, BMODE 3/DOUT 4D0D15, RDY, OSC2 D0D15, A0A16, /UBE GND, /CS, /OE, VCC2 6Y1Y160
PD16661A
VCC1 4.55.5 VCC2 3.03.6 1.42.0 2.84.0 -2070 HzfOSC 33.88 kHz,
STB-/FRM /FRM-STB tCYC tCWH tCWL tPSF tPFS MIN. TYP. 2/fOSC 1/fOSC 1/fOSC MAX.
tCYC tCWL tCWH
tPSF tPFS tPSF tPFS VCC1 /FRM VCC1
VCC1 VCC1
PD16661A
VCC1 4.55.5 VCC2 3.03.6 1.42.0 2.84.0 -2070
/FRM /FRM tCYC tCWH tCWL tSFR tHFR MIN. TYP. MAX.
tCYC tCWL tCWH
tSFR tHFR tSFR tHFR VCC1 /FRM VCC1
VCC1 VCC1
PD16661A
VCC1 4.55.5 VCC2 3.03.6 1.42.0 2.84.0 -2070
/DOUT Y1Y160 tDOUT1 tDOUT2 MIN. TYP. MAX.
VCC1
tDOUT1 /DOUT tDOUT2
tDOUT1 VCC1
tDOUT2
Y1Y160
PD16661A
VCC1 4.55.5 VCC2 3.03.6 1.42.0 2.84.0 -2070 HzfOSC 33.88
/OE, tWRES tRDOE tRDWE tWECS tCSWE tOECS tCSOE tRYR tRYZ tRYW tRYF1 tRYF2 tACS MIN. 1200 TYP. MAX.
VCC2
PD16661A
VCC2
VCC2
4RDY tRDOE, tRDWE 1000
PD16661A
/OE/WE
VCC2 /OE,/WE VCC2
A16A0 /UBE
VCC2 VCC2
VCC2 tCSOE tRDOE tOECS VCC2 VCC2 tRYR tRYF VCC2 Hi-z tACS VCC2 VCC2 VCC2 tRYW tRYZ
D15D0
PD16661A
A16A0 /UBE
VCC2 VCC2
VCC2
tCSWE tRYR Hi-z VCC2 tRYF
tRDWE
tWECS VCC2 VCC2 tRYW tRYZ
tWP1
VCC2
D15D0
VCC2 VCC2
/RESET tWRES
VCC2
PD16661A
VCC2 3.03.6 -2070
fOSC MIN. 66.1 TYP. 74.4 MAX. 82.6
PD16661A
44.86±0.08 18.5 18.5 (36) (Cut Line) 17.5±0.3 (SR) 17.5±0.3 (SR) (Slit) (Mark) (Mark) 33±0.05 W0.1±0.015
1.42±0.03
2±0.01
4.75±0.03
2.375 (1.5) 4.2±0.2SR 1.075 5.625 10.2 (2.3) (12.5) (Cut Line) 13.8 14.5
0.2±0.2
13.8 10.2 Flex resin
0.12
(0.4)
P0.0808
(coating area)
P0.0815
D16661AN -051
JAPAN
-4.6
2.6±0.2
P0.1034
P0.1021
0.2±0.2
(0.5)
PD16661AN-051
16.57 10±0.3 (SR) 10±0.3 (SR) (Hole) (Hole) 32.85±0.045 W0.225±0.02 17±0.3 (SR) 17±0.3 (SR) 20.2
(6.3) (Cut Line)
(coating area) 21.2 -4.6
This product face type. This product singleflex resin type. This flgure shown Copper side over Polyimide. Detail another sheet. Sprocket holes (23.75 Pattern. Corner radius 0.30 Max. tolerances unless otherwise specified 0.05
Specification Basefilm UPILEX-S Adhesive EPOXY COPPER FOIL ELECTROLYSIS MIN. 0.25m Plating Solder Resist EPOXY FLEX RESIN POLYIMIDE COATING RESIN EPOXY
MAX.
Flex resin
Polyimide
Copper
JAPAN
D16661AN-051
PD16661A
From P.C. From P.C.
0.6±0.015 0.4±0.015
R0.6 Hole R0.5 Hole
18.5 P0.2
2±0.01
0.06
R0.8 Hole Hole
0.6±0.015
0.4±0.015
12.5
14.5
13.8
10.2
From P.C.
0.1±0.015
PD16661A
PD16661AN-051
VCC1 VCC2 VCC2 OSC1 OSC2 /REFRH /RESET /UBE /DOFF TEST
BMODE GMODE
VCC2 /FRM /DOUT VCC1
Y160 Y159 Y158 Y157 Y156 Y155
FACE
PD16661A
CMOS
CMOS
CMOS NMOSCMOS
µ#PD16661A
OAAV
M494.11
9:0012:00 1:005:00
E-mail
044-548-8899 044-548-7900 s-info@saed.tmg.nec.co.jp
108-8001-
(03)3454-1111 (052)222-2170 (052)222-2190 (06) 945-3178 (06) 945-3200 (06) 945-3208
(076)232-7303 (075)344-7824 (078)333-3854 (082)242-5504 (0857)27-5311 (086)225-4455 (089)945-4149 (092)261-2806
460-8525-17- 540-8551-24
(028)621-2281 (0285)24-5011 (0552)24-4141 (0263)35-1662 (054)254-4794 (042)526-5981,6167 (048)649-1415 (043)238-8116 (045)682-4524 (059)225-7341
(011)251-5599 (022)267-8740 (019)651-4344 (0249)23-5511 (0246)21-5511 (0258)36-2155 (029)226-1717 (0298)23-6161 (027)326-1255 (0276)46-4011
C98.8

PD16661A PD16661A PD16661A PD16666A 1/8VGA PD16661A PD16661

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