TSG13264C TEAM SOURCE DISPLAY, TSG13264C Datasheet
TSG13264C
Specifications of TSG13264C
Related parts for TSG13264C
TSG13264C Summary of contents
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... Product Specification For Customer： Module No.： TSG13264C For Customer’s Acceptance ： Approved by Team Source Display Presented by ---------------------------------------------------------------------------------------------------------------------------- LCD Module □：APPROVAL FOR SPECIFICATION □：APPROVAL FOR SAMPLE Comment ： Reviewed by Organized by ...
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... Team Source Display Table of Content 1. Bsaic Specifications……………….………………………………………………3 Display Specifications………………………..……………………………………………………………….3 1.1 1.2 Mechanical Specifications… ...
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... Team Source Display 1. Bsaic Specifications 1.1 Display Specifications 1>LCD Display Mode 2>Viewing Angle 3>Driving Method 4>Backlight 1.2 Mechanical Specifications 1>Outline Dimension 1.3 Circuit Diagram CAP2-,CAP2+,CAP1+,CAP1-,CAP3+ C86,P/S,VOUT,/RD,/WR,A0,/RST,/CS1 www.tslcd.com : FSTN, Positive, Transflective : 6H : 1/64 Duty, 1/9 Bias : White LED (Can Choose Assemble ...
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... Team Source Display 1.4 Terminal Function Pin No. Pin Name 1 /CS1 2 /RST 3 4 /WR 5 /RD 6~13 DB0-DB7 14 VSS 15 VOUT 16~20 C3+,C1-,C1+,C2+,C2- 21~25 V4,V3,V2,V1,V0 26 C86 27 P/S VDD 28 www.tslcd.com chip selection input Rester A0 Data/Command control Write (/WR ) control signal input. Read (/RD ) control signal input. 8bit Date bus Negative power supply,0V positive voltage supply pin of the chip ...
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... Team Source Display 2. Absolute Maximum Ratings Items Supply Voltage Input Voltage Operating Temperature Storage Temperature 3. Electrical Characteristics 3.1 DC Characteristics Items Symbol Operating Voltage Input High Voltage Input Low Voltage Output High Voltage Output Low Voltage Input Leakage Current Output Leakage Current 3.2 LED Backlight Circuit ...
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... Team Source Display 3.3 AC Characteristics 3.3.1 8080 Mode System Bus Timing Items System cycle time Address setup time(A0) Address hold time(A0) Control Low Pulse wide(/RD) Control Low Pulse wide(/WR) Control High Pulse wide(/RD) Control High Pulse wide(/WR) Data steup time Data hold time ...
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... Team Source Display 3.3.2 6800 Mode System Bus Timing Items System cycle time Address setup time(A0) Address hold time(A0) Control Low Pulse wide(/RD) Control Low Pulse wide(/WR) Control High Pulse wide(/RD) Control High Pulse wide(/WR) Data steup time Data hold time ...
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... Team Source Display 3.4 Reset Timing Items Items Items Reset time Reset time Reset time Reset Low pules width Reset Low pules width Reset Low pules width Note: *a. all timing is using 20﹪ and 80﹪ of VDD as the reference. 4. Function specifications 4.1 The Parallel Interface ...
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... Team Source Display 4.2 Basic Setting To drive the LCD module correctly and provide normally display, please use the following seting 1> ADC = 0 (normal) 2> SHL select = 1(reverse) 3> LCD Bias Select = 1/9 4> Initial Display Line = 0 5> Entire Display ON/OF = OFF(normal) 6> Reverse Display ON/OF = OFF(normal) 7> Set Power Control Set: Voltage follower = ON,voltage converter = ON,Voltage regulator = ON 8> ...
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... Team Source Display 4.5 Display Commands Instrctions No. 1 Display ON/OFF 2 Display start line set 3 Set Page Address Ser Column Address (Upper-4 bits) 4 Ser Column Address (Lower-4 bits) 5 Read Staus 6 Write Display Data 7 Read Display Data 8 ADC Select 9 Normal/Reverse Display 10 Entire Display ON/OFF ...
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... Team Source Display 4.6 Basic Operating Sequence 4.6.1 Initialization Sequence Turn on Power Supply VDD & VSS While maintaining /RES at LOW Wait until power supply is stabilized Release the /RES Reset Signal (/RES = High) LCD Bias = 1/9 ADC = Normal SHL = Reverse Initial Display Line = 0 Power Control ...
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... Team Source Display 5. Inspection Standards Item (1) Non display 1) Display on inspection (3) Horizontal line is deficient (4) Cross line is deficient 2) Black／White spot Length (mm) 3) Black／White line Defects separate with each other at an interval of more than 20mm 4) Display pattern Note damages acceptable ...
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... Team Source Display 6. Handling Precautions 6.1 Mounting method A panel of LCD module made by our company consists of two thin glass plates with polarizers that easily get damaged. And since the module in so constructed fixed by utilizing fitting holes in the printed circuit board (PCB), extreme care should be used when handling the LCD modules ...