ML9362 Oki Semiconductor, ML9362 Datasheet
ML9362
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ML9362 Summary of contents
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... ML9362DVx Specification (258-Channel Organic EL Anode Driver) QSY-43404 Issue Date: Oct. 18, 2005 ...
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... RGB) Channel Organic EL Anode Driver GENERAL DESCRIPTION The ML9362 is an organic EL anode driver LSI with 258 (86 × RGB) driver outputs. The anode driver is constant current output type and allows adjustment of pulse width for each output. Since this LSI has the output condition setting function, which allows setting of all outputs High, all outputs Low, and all outputs High Impedance, the user can set driving methods suited to the characteristics of individual organic EL panel ...
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... PO0-258 PO2-258 PO1-1 PO3-1 PO1-258 Pulse width adjustment data shift register ML9362 VDD I-F/R ALL H OFF VELSEL A-CLKB M/S ALL A-CLKC A-CLKA ML9362 OUT258 ISYNC-I/O PAO4-258 PAI4-258 PO4-258 PO3-258 SO0 PADJ0-O/I SO1 PADJ1-O/I SO2 PADJ2-O/I PADJ3-O/I SO3 SO4 PADJ4-O/I OUT254 OUT256 ...
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... D-CLK. When the F/R pin is high, these pins are output pins and the output status Microcontroller changes at the falling edge of D-CLK. or ML9362 on succeeding input-output pins of Anode output pulse width adjusting data. When the F/R pin is high, these pins are input pins and data is read into at the rising edge ...
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... Leave this pin open or connect it to GND-L. Input pin (pull-down input) for testing anode output constant current source circuit. M/S I Open Leave this pin open or connect it to GND-L. OUT 1 to Organic EL O Output pin of Anode drive signal for organic EL. 258 anode ML9362 Description 4/28 ...
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... PAO n-257 n-2 n-1 m-258 m-257 n-258 n-3 n n-258 n-3 n-2 Invariable Invariable Invariable PO Invariable n-258 n-257 ML9362 Latch Output PAO PAO PADJ m-257 m-258 m-O Invariable Invariable Invariable Invariable Invariable POn-258 Invariable POn-258 Invariable Invariable PO PO Invariable n-257 n-258 Latch Output ...
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... H L One of PWM data L L One of PWM data One of PWM data L H One of PWM data ML9362 PWM Data n OUTn X High impedance Constant current X output X Low Constant current X output X Low Low n is “H” All “L” High impedance ...
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... Data: 31 D-CLK STB A-CLK A A-CLK B A-CLK C OUT(3m+1) HZ OUT(3m+ OUT(3m+3) HZ OUT(3n+1) OUT(3n+ OUT(3n+ Data: 2 Data: 2 Data: 4 Data: 4 Data: 6 Data: 6 Data: 0 Data: 0 Data: 0 Data:0 Data: 0 Data ML9362 7/28 ...
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... Data: 31 D-CLK STB A-CLK A A-CLK B A-CLK C OUT(3m+1) HZ OUT(3m+ OUT(3m+3) OUT(3n+1) HZ OUT(3n+ OUT(3n+ Data: 2 Data: 2 Data: 4 Data: 4 Data: 6 Data: 6 Data: 0 Data: 0 Data: 0 Data: 0 Data: 0 Data ML9362 8/28 ...
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... D-CLK STB A-CLK A A-CLK B A-CLK C HZ OUT(3m+1) HZ OUT(3m+2) OUT(3m+ OUT(3n+1) HZ OUT(3n+2) OUT(3n+ Data: 2 Data: 2 Data: 4 Data: 4 Data: 6 Data: 6 Data: 0 Data: 0 Data: 0 Data: 0 Data: 0 Data ML9362 9/28 ...
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... A-CLK A A-CLK B A-CLK C OUTm+1 HZ OUT(3m+ OUT(3m+3) OUT(3n+1) HZ OUT(3n+ OUT(3n+ Data: 2 Data: 2 Data: 4 Data: 4 Data: 6 Data: 6 Data: 0 Data: 0 Data: 0 Data: 0 Data: 0 Data ML9362 10/28 ...
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... A-CLK B A-CLK C HZ OUT(3m+1) HZ OUT(3m+2) OUT(3m+ OUT(3n+1) OUT(3n+2) HZ OUT(3n+ Data: 2 Data: 2 Data: 4 Data: 4 Data: 6 Data: 6 Data: 0 Data: 0 Data: 0 Data: 0 Data: 0 Data ML9362 11/28 ...
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... A-CLK A A-CLK B A-CLK C OUT(3m+1) HZ OUT(3m+ OUT(3m+3) HZ OUT(3n+1) OUT(3n+ OUT(3n+ Data: 2 Data: 2 Data: 4 Data: 4 Data: 6 Data: 6 Data: 0 Data: 0 Data: 0 Data: 0 Data: 0 Data ML9362 12/28 ...
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... DD V — DISP V — — EL Applied to OUT1 to I (source) ELH OUT258 Applied to OUT1 to I (sink) ELL OUT258 Tjop — ML9362 Rating Unit –0.3 to +6.5 V –0.3 to +25 V –0 0 –0 0 –0 0.3 V DISP –0 0.3 V DISP × 2 – ...
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... V DISP DISP DISP DISP OUT1 to OUT258 = ”HZ” ML9362 = Tjop = –40 to +125°C DISP Min. Typ. Max. Unit 0.8V — — 0. 0.4 — 0.9 V µA — — ...
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... R = 33.3 kΩ EL Current adjustment range = 337.5% OUT1 to OUT258 = “ON” Inside one chip. )}*100 / {(I )*(n-8)} ELON(@VDISP=8V) )}*100 / {(I )*(n-5)} ELON(@VO=5V) )*100 / {( ELON(@OUT[N+1]) ELON(@OUT[N]) ML9362 = Tjop = –40 to +125°C DISP Min. Typ. Max. Unit –2.5 0 2.5 %/V –2.5 0 2.5 %/V –0.1 0 0.1 %/° ...
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... A-CLK = 10 MHz DD DATA = “1010.....10” 5 D-CLK = halted RES = HZ, A0HZ = 5.5 V All the other inputs are also 0 V. ML9362 = Tjop = –40 to +125°C DISP Min. Typ. Max. Unit — — µA — — 400 — — ...
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... ALL — STB — D-CLK — STB RES, V — DD RES — D-CLK — PADJm-I/O PADJm-O A-CLK — ML9362 = Tjop = –40 to +125°C DISP Min. Typ. Max. Unit 0 10 MHz 25 — — MHz 25 — — ...
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... IL 1/f t DCLK DCW DCW DH, IH PADJm-I PADJm-O 1/f t ACLK ACW SHZH PLW STPLS V IL ML9362 DCALH DCSH STBW ACALH t t ALSS SALH 18/28 ...
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... ML9362 SEL pin is EL LSB Output current D1 adjustment range 0 0 20. 22. 25. 27.5% • • • • • • • • • 330 ...
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... V . When V DD DISP is applied. DD ML9362 width • • • applied and V is not applied, DISP 20/28 ...
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... OKI Semiconductor ML9362DVx PAD INFORMATION • Chip View Numbers indicate pin numbers. • Chip Size 14. −0.04 −0.04) x 0.625 (±0.015) [mm] · Chip size • Bump Pad Size (µm) <Type A> <Type B> <Type C> <Type E> (0, 0) <Type C> ...
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... A 195 OUT115 -956 A 196 OUT114 -956 A 197 OUT113 -956 A 198 OUT112 -956 E 199 OUT111 -707 B 200 OUT110 -527 B 201 OUT109 ML9362 Coordinates Pad Type X [µm] Y [µm] 1080 956 C 1026 956 C 972 956 C 918 956 C 864 956 C 810 956 C 756 956 C 702 ...
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... C 239 OUT71 956 C 240 OUT70 956 C 241 OUT69 956 C 242 OUT68 956 C 243 OUT67 956 C 244 OUT66 956 C 245 OUT65 ML9362 Coordinates Pad Type X [µm] Y [µm] -1188 956 C -1242 956 C -1296 956 C -1350 956 C -1404 956 C -1458 956 C -1512 956 C -1566 ...
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... C 282 OUT28 956 C 283 OUT27 956 C 284 OUT26 956 C 285 OUT25 956 C 286 OUT24 956 C 287 OUT23 956 C 288 OUT22 ML9362 Coordinates Pad Type X [µm] Y [µm] -3564 956 C -3618 956 C -3672 956 C -3726 956 C -3780 956 C -3834 956 C -3888 956 C -3942 ...
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... VDISP 956 C 316 VDISP 956 C 317 VDISP 956 C 318 GND-D 956 C 319 GND-D 956 C 320 GND-D 321 GND-D 322 GND-L ML9362 Coordinates Pad Type X [µm] Y [µm] -5886 956 C -5940 956 C -5994 956 C -6048 956 C -6102 956 C -6156 956 C -6210 956 ...
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... Bump height: Distance between the passivated surface and the center of the bump pin - Variation in height: Difference between the maximum value and the miminum value of the bump height inside the chip - Bump hardness: Micro Vickers hardness of the bump pin (load ML9362 26/28 ...
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... OKI Semiconductor REVISION HISTORY Document Date No. QSY-43404 Oct. 18, 2005 Page Previous Current Edition Edition – – Final edition 1 ML9362 Description 27/28 ...
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... The purchaser assumes the responsibility of determining the legality of export of these products and will take appropriate and necessary steps at their own expense for these part of the contents contained herein may be reprinted or reproduced without our prior permission. Copyright 2005 Oki Electric Industry Co., Ltd. ML9362 28/28 ...