VISSEM ELECTRONICS CO., LTD

R&D DIVISION

395, Cheongdeok-dong, Giheung-gu, Yongin-city,

Gyeonggi-do, KOREA 446-915

TEL: +82-31-288-3427~29,20

FAX: +82-31-288-3490~1

HTTP://WWW.VISSEM.COM

VS096F111-8 1ⅹ1 Type

ISSUED DATE 2008.06.14 ITEM DESIGN CHECK APPROVAL

VER FV4.0 2010.04.12

SIGNATURE

DATE

LED DOT MATRIX MODULE

1.MODEL NAME : VS096F111-8

2. FEATURES

ITEM DESCRIPTION Display Color Full Color

Structure

Size(W X H X D) 96 X 96 X10.1(mm)

Dot Pitch 6(mm)

Number Of Dots 256(16×16) Dots

Leds Per Dot R:1, PG:1, B:1 (3-In-1 3528 SMD LED)

Weight Max.120(g)

Drive Mode 1/8 Duty Drive

Application Indoor

3. ABSOLUTE MAXIMUN RATINGS

ITEM SYMBOL VALUE UNIT REMARK

Supply Voltage VLED 0~+5.5

V VCC 0~+6.0

Signal Input Voltage Level VIH, VIL -0.3~ VCC+0.3 V

Operating Temperature TOP[1] -20 ~ +50 ℃ On Dots=100%

-20 ~ +60 ℃ On Dots=30%

Storage Temperature Tstg -25 ~ +80 ℃

NOTES : [1] Temperature of led surface’s should be remained below 70℃ in case of necessity, led system requires cooling fan. Maintained at less than 80% relative humidity, and no dew condensation shall

take place.

4. RECOMMENDABLE OPERATING CONDITIONS

ITEM SYMBOL MIN. TYP. MAX. UNIT REMARK

Supply Voltage LED VLED 4.75 5 5.25

V

Logic Circuit VCC 4.75 5 5.25

Signal Input Voltage Level VIH 0.8×VCC - VCC

VIL 0 - 0.3×VCC

Operating Temperature TOP -15 ~ +45 ℃

5. ELECTRICAL CHARATERISTICS (AT Ta = 25℃)

ITEM SYMBOL VALUE UNIT REMARK Clock Frequency F MAX.16 ㎒

Current Consumption For Module ILED MAX. 2.0

A ALL On ICC MAX.0.5

MODEL VERSION UP DATE PAGE

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6. OPTICAL CHARACTERISTICS( AT Ta = 25℃)

ITEM SYMBOL MIN. TYP. MAX. UNIT REMARK

Brightness

RED

LV

900 - -

cd/㎡ GREEN 2,300 - -

BLUE 350 - -

WHITE 3,500 - -

Wavelength

RED

λp

620 - 630

nm GREEN 523 - 532

BLUE 465 - 475

Viewing Angle HOR.

2θ1/2 - 120 -

deg(°) Half Value VER. - 120 -

[REFERENCE] These are just brightness of standard model. If you have any questions about higher brightness, Please contact us.

7. SIGNAL FUNTION

1) DATA SIGNAL CONNECTOR

PIN MAP (IN) PIN NUMBER PIN NAME FUNCTION DESCRIPTION

1,2 G1,G2 Data Input For Green Color 3,4 R1,R2 Data Input For Red Color 5,6 B1,B2 Data Input For Blue Color

7[MSB],8,9[LSB] A[2:0] 3Bits Line Address 10 GCLK-G Clock Input for Green Gray Scale 11 GCLK-R Clock Input for Red Gray Scale 12 GCLK-B Clock Input for Blue Gray Scale 13 LATCH Data Strobe 14 GND Ground Of The Module 15 SCLK Shift Clock For Input Data

16 DEN Line Decoder Enable Signal

PIN MAP (OUT) PIN NUMBER PIN NAME FUNCTION DESCRIPTION

1,2 G1,G2 Data Output For Green Color 3,4 R1,R2 Data Output For Red Color 5,6 B1,B2 Data Output For Blue Color

7[MSB],8,9[LSB] A[2:0] 3Bits Line Address 10 GCLK-G Clock Input for Green Gray Scale 11 GCLK-R Clock Input for Red Gray Scale 12 GCLK-B Clock Input for Blue Gray Scale 13 LATCH Data Strobe

14,16 GND Ground Of The Module 15 SCLK Shift Clock For Output Data 16 DEN Line Decoder Enable Signal

MODEL VERSION UP DATE PAGE

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◀NO.1 2

16 15

TOP VIEW

TOP VIEW

◀NO.1 2

16 15

2) POWER CONNECTOR

PIN MAP(POWER) PIN NUMBER PIN NAME FUNCTION DESCRIPTION

1 VCC Supply Voltage For IC

2,3 VLED Supply Voltage For LED

4,5,6 GND Ground Of The Module

3) CONNECTOR CABLE SPECIFICATION - DATA CABLE

- POWER CABLE

※ This connectors can be changed without a previous notice for quality improvement.

CONNECTOR VENDOR MODEL NO. SPECIFICATION HOUSING MODEL NO.IN,OUT DATA YENSEN CONNECTOR YSF51643B2R 16PIN, 1mm PITCH FPC-16-120MM

POWER YEONHO CONNECTOR SMW200-06G 6PIN, 2mm PITCH SMH200-06

MODEL VERSION UP DATE PAGE

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TOP VIEW

◀No.1

110mm 5mm5mm

200mm

8. SIGNAL & POWER CABLE CONNECTION

1) DIRECTION OF DATA

2)SIGNAL CABLE CONNECTION EXAMPLE

MODEL VERSION UP DATE PAGE

VS096F111-8 2010.04.12 4/14

GREEN1,GREEN2,RED1,RED2,BLUE1,BLUE2_DATA, SCLK,

GCLK-G, GCLK-R, GCLK-B, LATCH,LINE ADDRESS(A0~A2),GND

DEN

▶VS096F111-8 IS CONSIST OF 1PCS

96Ⅹ96mm(16Ⅹ16 Dots)

1 2 3 4 5 6 7 8 ‥‥‥ 13 14 15 16 1 2 3 4 5 6 7 8 ‥‥‥ 13 14 15 160

1

2

·

·

·

·

·

·

·

14

15

DIRECTION OF DATA SHIFT

MODULE(A) MODULE(B)

FRONT VIEW

REAR VIEW

MODULE

(1,1)

MODULE

(1,2)

MODULE

(1,3)

MODULE

(1,4)

MODULE

(2,1)

MODULE

(2,2)

MODULE

(2,3)

MODULE

(2,4)

INTERFACE

- CIRCUIT

CONNECTOR & CABLE

IN OUT

IN OUT

9. BLOCK DIAGRAM

MODEL VERSION UP DATE PAGE

VS096F111-8 2010.04.12 5/14

A0

16 CHANNEL

LED DRIVER

16 CHANNEL

LED DRIVER

16Ⅹ8 LED DOT MATRIX

16Ⅹ8 LED DOT MATRIX

3 TO 8

LINE DECORDER

&

DRIVER

16 CHANNEL

LED DRIVER

16 CHANNEL

LED DRIVER

GCLK B GCLK_B_OUT

LATCH_OUT

CLOCK_OUT

LATCH

CLOCK

A2

GCLK_G

GRN1

GRN2

BLUE1

BLUE2

A1

GRN1_OUT

GRN2_OUT

BLUE1_OUT

BLUE2_OUT

G_VR

B_VR

A0_OUT

A1_OUT

A2_OUT

GCLK_G_OUT

16 CHANNEL

LED DRIVER

16 CHANNEL

LED DRIVER

GCLK_R GCLK_R_OUT

R_VR

RED1

RED2

RED1_OUT

RED2_OUT

DEN DEN_OUT

10. TIMMING CHART

MODEL VERSION UP DATE PAGE

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◆Switching Characteristics

Characteristics Symbol condition Min. Typ. Max. Unit

Setup Time

SDI - DCLK↑ tSU0

VDD=5V

VIH=VDD

VIL=GND

REXT=700Ω

VDS=1V

RL=200Ω

CL=10pF

C1=100nF

C2=10uF

CSDO=10pF

1 - - ns

LE↑ -DCLK↑ tSU1 1 - - ns

LE↓ -DCLK↑ tSU2 5 - - ns

Hold Time DCLK↑ -SDI tH0 3 - - ns

DCLK↑ -LE↓ tHI 7 - - ns

Propagation Delay Time

DCLK - SDO tPD0 - 25 33 ns

GCLK - OUT4n* tPD1 - 50 - ns

LE - SDO tPD2** - 30 40 ns

Staggered Delay of Output

OUT4n+1* tDL1 - 2 - ns

OUT4n+2* tDL2 - 4 - ns

OUT4n+3* tDL3 - 6 - ns

Pulse Width

LE tW(L) 5 - - ns

DCLK tW(DCLK) 15 - - ns

GCLK tW(GCLK) 15 - - ns

Output Rise Time of Output Ports tOR 15 25 - ns

Output Fall Time of Output Ports tOF 10 15 - ns

Error Detection Minimum Duration tEDD 425 500 575 ns

Refer to the Timing Waveform, where n=0, 1, 2, 3

In timing of “Read Configuration” and “Read Error Status Code”, the next DCLK rising edge should be tPD2 after

the falling edge of LE.

MODEL VERSION UP DATE PAGE

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Vcc=5V, Ta=25℃

◆Principle of Operation

Control Command

Signals Combination Description

Command Name LE

Number of DCLK

Rising Edge when

LE is asseted

The Action after a Falling Edge of LE

Data Latch High 0 or 1 Serial data are transferred to the buffers

Global Latch High 2 or 3 Buffer data are transferred to the comparators

Read Configuration High 4 or 5 Move out "configuration register" to the shift registers

Enable "Error detection" High 6 or 7 Detect the status of each output's LED

Read "Error status code" High 8 or 9 Move out "error status code" of 16 outputs to the shift

registers

Write Configuration High 10 or11 Serial data are transferred to the "configuration register"

Reset PWM Counter High 12 or13 If bit "B" of the configuration register is set to "1", this

command will reset PWM counter.

MODEL VERSION UP DATE PAGE

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◆Definition of Configuration Register

F E D C B A 9 8 7 6 5 4 3 2 1 0

Ex) Default Value

F E D C B A 9 8 7 6 5 4 3 2 1 0 0 0 1 1 0 1 8’b10101011 0 0

Bit Attribute Definition Value Function

F Read/Write Data Loading 0(Default) 15 times of "data latch" +1 "global Latch"

1 16 times of "data latch" +1 "global Latch"

E Read Thermal error flag 0(Default) Safe(OK)

1 Over temperature(>150 typ.)℃

D Read X 1 Reserved bit

C Read/Write PWM counting mode selection

0 64times of MSB* 6bit PWM counting plus once of LSB 6bit PWM counting

1(Default) 12bit PWM direct counting

B Read/Write PWM counter reset

0(Default) Disable

1 Enable with 12 or 13 DCLKs(rising edge) when LE is asserted

A Read/Write PWM data synchronization mode

0 Auto-synchronization

1(Default) Manual synchronization

9~2 Read/Write current gain adjustment

00000000 ~ 11111111

8'b10101011(Default)

1 Read/Write Thermal protection 0(Default) Disable

1 Enable, 25% of setting output current if TTF>150℃

0 Read/Write Time-out alert of GCLK disconnection

0(Default) Enable

1 Disable

Please refer to “Setting the PWM Couting Mode” Section.(Next Page)

MODEL VERSION UP DATE PAGE

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MSB LSB

◆Setting the PWM Gray Scale Counter

LED MODULE Driver ic provides a 12bit color depth. The value of each 16bit serial data input will be valid only for 12bits and implemented according 12bit PWM counter.

◆Setting the PWM Counting Mode

MODEL VERSION UP DATE PAGE

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11. DIMENSION

MODEL VERSION UP DATE PAGE

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주의

1. M

3*8(

샘스

볼트

:스프

링,

평와

샤 붙

이 볼

트)

2. M3*6(일반볼트)

볼트

기장

이 위

에 정

해놓

은 수

치보

다 긴

볼트

는 사

용하

지 말

것.

(타공

판 철

판 두

께 1

.2~1

.6T

기준

)

** Hole for assemble between unit case and module.

MODEL VERSION UP DATE PAGE

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Plate Work

12. SAFETY

● Precautions in installing LED Module 1. Please escape the place where electromagnetic wave and noise is, which might cause

malfunction to LED module, when install LED Display Board. 2. Since over voltage and reverse voltage might cause the problem in internal circuit and LED,

please make sure and check the input voltage range, before operation. 3. Please escape the high humidity and leakage place which cause the LED module to be

broken. 4. The temperature of the surface of LED module shall be under 70 during operation.℃ 5. Heating from LED might cause damage in LED module or/and malfunction in LED display

board, user shall prepare suitable ventilation and cooling facility. 6. Even though the brightness become lower and lower, after long time use, it's prohibited to

input over voltage in order to increase the brightness, which might cause severe damage to LED Module. For the best operation, user shall operate LED module according to data sheet.

7. Please turn off the power supply, when display data are not charged. 8. Please be careful not to exposure LED Module to the dust, dirt, base, gas and other noxious

gas, when install LED Display. 9. User shall consider the weight of LED module enough, when prepare steel structure and

install LED Display Board.

MODEL VERSION UP DATE PAGE

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● Precautions in installing LED Module

1. Any jumper and switch is set up properly before delivery, please do not modify or/and

change setting without consulting with manufacturer. 2. The circuit part of LED Module include CMOS components, please treat carefully with

consideration of static electricity 3. Impact and vibration to LED Module might be the reason of disconnection and dot off, please

escape those factors. 4. It's highly recommended to escape the high temperature & humidity and be careful not to

exposure LED module to dust, dirt, base and SO2 Gas and other noxious Gas in order to escape the potential problem.

5. Please be careful not to be scratched and hurt on the surface of LED module. 6. It's prohibited to clean up LED module with solvent. In order to clean up LED module, it's highly recommended to use a piece of dried cloth and

smooth brush. 7. Stacking LED modules without anti-impact material and wearing out the surface or/and edge

of LED modules might cause fatal problem. 8. It's highly recommended to use twisted cable or shielded wire in order to remove the noise

from high frequency. 9. When user use and store LED module, please pack LED module with anti-static material.

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MODEL VERSION UP DATE PAGE

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