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A036QN01-V0 Datasheet COLOR TFT-LCD

Manufacturer: AU Optronics

Overview: Doc. Ver si on To tal Pages D at e 1. 0 26 20 04/ 1 2/ 1 5 3.6 〞COLOR TFT-LCD MODULE rC om pr el Fo In t MODEL NAME: A036QN01 V0 er na Product Specification <◆>Preliminary Specification < >Final Specification lU Note: The content of this s pecification is subject to change. se © 2004 AU Optronic s All Rights Reserv ed. DO NOT COPY O nl y Version: Page: 1.0 1/26 Record of Revision Version 0 0.1 0.2 Revise Date 12/Feb/2004 25/Feb/2004 1/Mar/2004 11 7 5-6 0.3 4/May/2004 23-25 4 7 7 10 23-26 10 23-26 4 13 13 23-26 9 10 14 Page First draft. Add a note “DCLK Tr and Tf is defined at 10%~90%” and a refer figure Correct Note4 text from “SEL0=Low, SEL1=High, SEL0=Low” to “SEL0=Low, SEL1=High, SEL2=Low” 1) Point out optional VGH and LED backlight driving circuit in FPC pin assignment. 2) Provide suggested application circuit for private power supply of VGH, V GL and LED backlight driving 1) Correct dot pitch. 2) Provide definition and suggestion of select pin in Note 4 and Note 5. 1) Modify “SEL2” setting in Note 4, from “Low (or 0)” to N/C 2) Modify “Current consumption” table. 3) Modify application circuits. 1) Confirm VCDC Value. 2) Modify application circuits. 1) Add item “color depth”. 2) Modify response time. 3) Define white chromaticity. 4) Modify application circuits. 1) Update “Equivalent circuit of I/O”. 2) Update AVDD & VCDC 3) Update “Current Consumption”. 4) Update left and right viewing angle. Content 0.4 19/May/2004 0.5 18/Jun/2004 0.7 05/Aug/2004 0.8 07/Sep/2004 1.0 Fo 0.9 29/Oct/2004 22/Nov/2004 8 9 13-16 20 22 rC om 1.1 15/Dec/2004 ALL RIGHTS STRICTLY RESERVED. ANY PORTION OF THIS PAPER SHALL NOT BE REPRODUCED, COPIED, OR TRANSFORMED TO ANY OTHER FORMS WITHOUT PERMISSION FROM AU OPTRONICS CORP. pr el 23-26 Modify application circuit. Re-edit spec.

General Description

of Note 1.

Modify VCDC setting.

Modify 3.5 suggested application circuit.

Key Features

  • 3 1. General Information 4 2. Electrical Specifications 6 2.1 FPC Pin Assignment 6 2.2 Absolute Maximum Ratings9 2.3 Equivalent Circuit of I/O9 3. Electrical Characteristics 11 3.1 TFT-LCD Typical Operation Condition11 3.2 TFT-LCD Current Consumption12 3.3 Backlight Driving Conditions12 3.4 Boost Converter 13 3.5 Suggested.