194 raystar your best partner of the display solutions oled graphic type mechanical data absolute maximum rating electronical characteristics feature dimension drawing RET012864L oled graphic 128x64 dots active area 128*64 pixels 0.90 73.000.2 1.40 72.00 5.695 6.695 63.41 61.41(aa) (va) 41.860.2 32.69(va) 30.69(aa) 147.96 105.7 +0.5 -0.25 2.19 3.19 28.75 15.50 1 30 4.50 25.00.3 8.500.1 2-r0.40.05 8.84 0.86 8.00.3 5.0 10.0 3.40 remove tape t=0.15mm max 0.300.05 stiffener contact side 101.41 +0. 5 -0.25 3.00 0.50 p0.5*29=14.50 0.35 4-r1.6 4-r3.5 3.50 40.20 46.5 2 47.20 3.50 7.45 74.80 82.70 89.70 1 30 0.48 0.45 0.48 0.45 common 74 (row 2) common 12 (row 64) segment 0 (column 1) common 75 (row 1) common 13 (row 63) segment 127 (column 128) detail dots scale 10/1 1. 128x64 dots 2. built-in controller ssd1325t6r1 3. +3v power supply 4. 1/64 duty cycle 5. interface: 6800, 8080, spi 6. polarizer optional symbol i/o description no. nc(gnd) vcc vcomh iref d7~d0 e/rd# r/w# d/c# res# cs# nc bs2 bs1 vdd nc nc nc nc nc nc nc vss vsl 1 2 3 4 5~12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 p p i i/o i i i i i i p p 0 reserved pin (supporting pin) power supply for oled panel voltage output high level for com signal current reference for brightness adjustment host data input/output bus read/write enable or read read/write select or write data/command control power reset for controller and driver chip select reserved pin communicating protocol select these pins are mcu interface selection input. see the following table: 68xx-parallel 80xx-parallel serial bs1 0 1 0 bs2 1 1 0 power supply for logic circuit reserved pin ground of oled system voltage output low level for seg signal item module dimension active area dot pitch mounting hole view area dot size dimension 89.70 47.2 3.4 61.41 x 30.69 63.41 x 32.69 0.45 x 0.45 82.7 x 40.2 0.48 x 0.48 unit mm mm mm mm mm mm min -0.3 0 max 4 16 unit v v notes 1, 2 1, 2 parameter supply voltage for logic supply voltage for display symbol vdd vcc symbol parameter test condition min typ max unit vcc operating voltage - 8 12 16 v vdd logic supply voltage - 2.4 2.7 3.5 v voh high logic output level iout = 100ua, 3.3mhz 0.9*vdd - vdd v vol low logic output level iout = 100ua, 3.3mhz 0 - 0.1*vdd v vih high logic input level iout = 100ua, 3.3mhz 0.8*vdd - vdd v vil low logic input level iout = 100ua, 3.3mhz 0 - 0.2*vdd v isleep sleep mode current no loading - 0.2 5 ua icc vcc supply current vdd=2.7v, external vcc=12v, iref=10ua, frame rate=110hz, all one pattern, display on, no loading contrast = 7f - 700 - ua idd vdd supply current vdd=2.7v, external vcc=12v, iref=10ua, frame rate=110hz, all one pattern, display on, no loading contrast = 7f - - 650 ua iseg segment output current vdd=2.7v, vcc=12v, iref=10ua, frame rate=110hz, display on, seg- ment pin under test is connected with a 20k resistive load to vss contrast = 7f 270 300 370 ua contrast = 5f - 225 - contrast = 3f - 150 - contrast = 1f - 75 - dev segment output current uniformityvdd=2.7v, vcc=12v, iref =10ua, contrast=7f adjacent pin - 2 - % overall pin to pin - - 3 vcc dc-dc converter output voltage vdd input=3v, l=22uh; r1=450kohm; r2=50kohm; icc = 20ma(loading) 10 - 12 v pwr dc-dc converter output power vdd input=3v, l=22uh; vcc = 12v - - 400 mw raystar optronics, inc.
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