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ITEM | DESCRIPTION | UNIT |
Outline Size(mm) | 80.0(L)×72.5(W)×5.0(T) (Not Include Connector) | mm |
LCD Type | FSTN, Transflecitve/Positive,1/160Duty,1/10Bias | --- |
Display Type | 160*160 dots | --- |
View Area | 60.00*60.00 | mm |
Display Area | 54.38*54.38 | mm |
Dots Size | 0.32*0.32 | mm |
Dots Pitch | 0.34*0.34 | mm |
Controller & Driver | UC1698U (COG) | --- |
View Direction | 6 O’Clock | --- |
Interface Mode | 8 bit 6800,8 bit 8080 | --- |
VDD&VOP(Type) | 3.3 V & 16.3 V | V |
Backlight Color | White, 3.0V, 90mA | --- |
Operation Temp. | -20~+70 | ℃ |
Storage Temp. | -30~+80 | ℃ |
Pin No. | Pin Out | Description |
1-2 | NC | No connection. |
3-4 | VLCD | High voltage LCD Power Supply. When internal VLCD is used, connect these pins together. When external VLCD source is used, connect external VLCD source to VLCDIN, pins and leave VLCDOUT open. |
5 | VS+ | LCD Bias Voltages. These are the voltage sources to provide SEG driving currents. These voltages are generated internally. Connect capacitors of CAX / CBX value between VAX+ / VBX+ and VAX– / VBX–, respectively. |
6 | VS- | |
7 | VB0- | |
8 | VB1- | |
9 | VB1+ | |
10 | VB0+ | |
11-12 | VDD | Power supply for LCD circuit. |
13-14 | VSS | Ground. |
15 | BM0 | Bus Mode: The interface bus mode is determined by BM0 with the following relationship: BM 0Mode16800/8-bit08080/8-bit |
16 | CS0 | Chip Selection. Chip is selected when CS0 = “L”. When the chip is not selected, DB [7:0] will be high impedance. |
17 | A0(CD) | Selects Control data or Display data for read/write operation. In S9 mode, CD pin is not used. Connect to VSS when not used. ”L”: Control data ”H”: Display data |
18 | WR1(RD) | WR[1:0] control the read/write operation of the host interface. See section Host Interface for more detail. In parallel mode, the meaning of WR[1:0] depends on whether the interface is in the 6800 mode or the 8080 mode. In serial interface modes, these two pins are not used, connect them to VSS. |
19 | WR0(WR) | |
20 | RST | When RST=”L”, all control registers are re-initialized by their default states. Since UC1698u has built-in Power-ON reset and software reset commands, RST pin is not required for proper chip operation. An RC Filter has been included on-chip. There is no need for external RC noise filter. When RST is not used, connect the pin to VDD. |
21 | DB0 | Bi-directional bus for parallel host interface. |
22 | DB1 | |
23 | DB2 | |
24 | DB3 | |
25 | DB4 | |
26 | DB5 | |
27 | DB6 | |
28 | DB7 |
Application：
BIGBOOK Factory：
***************************************************************************
The Classification And Principle Of LCD
1、STN LCD screen
STN is an abbreviation for "Super Teisted Nematic"，It belongs to passive passive matrix LCD, almost all black and white screen LCD screen is this kind of material. Color STN LCD screen is a monochromatic STN LCD screen based on a color filter, and each pixel in the monochromatic display matrix is divided into three sub pixels, and three colors of red, green and blue are displayed by color filters to achieve color images. Because of the limitation of technology, the highest STN LCD screen is only 65536 colors, and most of them are 4096 color STN products on the market, so STN is also called "fake color".
2, GF LCD screen
GF is the abbreviation of "Glass Fine Color", maybe everyone is more strange to the GF LCD screen, because GF LCD screen digital products are very small on the market. In fact, GF belongs to a kind of STN. The main feature of GF is that the brightness is improved on the premise of low power consumption, but the GF LCD screen is somewhat colored.
3、TFT LCD
TFT is the abbreviation of "Thin Film Transistor", also known as "true color". It belongs to the active matrix LCD screen. It is a screen composed of thin film transistors. Each pixel point of its liquid crystal is driven by a thin film transistor. Each pixel has four independent thin film transistors driving the color light after each pixel. It can display the true color of 24bit color deep. In terms of resolution, the maximum TFT LCD can reach UXGA (1600 x 1200).
The arrangement of TFT has memory, so the current will not be restored immediately after the current is disappearing, thus improving the flicker and blur of the STN LCD screen, effectively improving the effect of the display of the dynamic picture on the LCD screen, and the ability to display the static picture more prominently, and the Dragon Point of the TFT liquid crystal screen is shorter than the response time. And colorful, so it is widely used in notebook computers and DV, DC. The drawback of TFT LCD is that it costs more electricity and costs more.
4, TFD LCD screen
TFD is the abbreviation of "Thin Film Diode", because TFT LCD screen consumption is high, and the cost is high, thus greatly increasing the cost of product, so EPSON specially developed TFD technology for mobile phone screen. It also belongs to the active matrix LCD screen, every pixel on LCD is equipped with a single diode. Each pixel is controlled individually so that each pixel does not interact with each other. This can obviously improve the resolution, and can display dynamic pictures and colorful colors without trailing.
In terms of performance, the TFD LCD screen has the advantages of TFT LCD screen and STN LCD screen. The TFD LCD screen is more bright than the STN LCD screen, and the color is brighter. At the same time, the LCD screen is more electricity saving
ITEM | DESCRIPTION | UNIT |
Outline Size(mm) | 80.0(L)×72.5(W)×5.0(T) (Not Include Connector) | mm |
LCD Type | FSTN, Transflecitve/Positive,1/160Duty,1/10Bias | --- |
Display Type | 160*160 dots | --- |
View Area | 60.00*60.00 | mm |
Display Area | 54.38*54.38 | mm |
Dots Size | 0.32*0.32 | mm |
Dots Pitch | 0.34*0.34 | mm |
Controller & Driver | UC1698U (COG) | --- |
View Direction | 6 O’Clock | --- |
Interface Mode | 8 bit 6800,8 bit 8080 | --- |
VDD&VOP(Type) | 3.3 V & 16.3 V | V |
Backlight Color | White, 3.0V, 90mA | --- |
Operation Temp. | -20~+70 | ℃ |
Storage Temp. | -30~+80 | ℃ |
Pin No. | Pin Out | Description |
1-2 | NC | No connection. |
3-4 | VLCD | High voltage LCD Power Supply. When internal VLCD is used, connect these pins together. When external VLCD source is used, connect external VLCD source to VLCDIN, pins and leave VLCDOUT open. |
5 | VS+ | LCD Bias Voltages. These are the voltage sources to provide SEG driving currents. These voltages are generated internally. Connect capacitors of CAX / CBX value between VAX+ / VBX+ and VAX– / VBX–, respectively. |
6 | VS- | |
7 | VB0- | |
8 | VB1- | |
9 | VB1+ | |
10 | VB0+ | |
11-12 | VDD | Power supply for LCD circuit. |
13-14 | VSS | Ground. |
15 | BM0 | Bus Mode: The interface bus mode is determined by BM0 with the following relationship: BM 0Mode16800/8-bit08080/8-bit |
16 | CS0 | Chip Selection. Chip is selected when CS0 = “L”. When the chip is not selected, DB [7:0] will be high impedance. |
17 | A0(CD) | Selects Control data or Display data for read/write operation. In S9 mode, CD pin is not used. Connect to VSS when not used. ”L”: Control data ”H”: Display data |
18 | WR1(RD) | WR[1:0] control the read/write operation of the host interface. See section Host Interface for more detail. In parallel mode, the meaning of WR[1:0] depends on whether the interface is in the 6800 mode or the 8080 mode. In serial interface modes, these two pins are not used, connect them to VSS. |
19 | WR0(WR) | |
20 | RST | When RST=”L”, all control registers are re-initialized by their default states. Since UC1698u has built-in Power-ON reset and software reset commands, RST pin is not required for proper chip operation. An RC Filter has been included on-chip. There is no need for external RC noise filter. When RST is not used, connect the pin to VDD. |
21 | DB0 | Bi-directional bus for parallel host interface. |
22 | DB1 | |
23 | DB2 | |
24 | DB3 | |
25 | DB4 | |
26 | DB5 | |
27 | DB6 | |
28 | DB7 |
Application：
BIGBOOK Factory：
***************************************************************************
The Classification And Principle Of LCD
1、STN LCD screen
STN is an abbreviation for "Super Teisted Nematic"，It belongs to passive passive matrix LCD, almost all black and white screen LCD screen is this kind of material. Color STN LCD screen is a monochromatic STN LCD screen based on a color filter, and each pixel in the monochromatic display matrix is divided into three sub pixels, and three colors of red, green and blue are displayed by color filters to achieve color images. Because of the limitation of technology, the highest STN LCD screen is only 65536 colors, and most of them are 4096 color STN products on the market, so STN is also called "fake color".
2, GF LCD screen
GF is the abbreviation of "Glass Fine Color", maybe everyone is more strange to the GF LCD screen, because GF LCD screen digital products are very small on the market. In fact, GF belongs to a kind of STN. The main feature of GF is that the brightness is improved on the premise of low power consumption, but the GF LCD screen is somewhat colored.
3、TFT LCD
TFT is the abbreviation of "Thin Film Transistor", also known as "true color". It belongs to the active matrix LCD screen. It is a screen composed of thin film transistors. Each pixel point of its liquid crystal is driven by a thin film transistor. Each pixel has four independent thin film transistors driving the color light after each pixel. It can display the true color of 24bit color deep. In terms of resolution, the maximum TFT LCD can reach UXGA (1600 x 1200).
The arrangement of TFT has memory, so the current will not be restored immediately after the current is disappearing, thus improving the flicker and blur of the STN LCD screen, effectively improving the effect of the display of the dynamic picture on the LCD screen, and the ability to display the static picture more prominently, and the Dragon Point of the TFT liquid crystal screen is shorter than the response time. And colorful, so it is widely used in notebook computers and DV, DC. The drawback of TFT LCD is that it costs more electricity and costs more.
4, TFD LCD screen
TFD is the abbreviation of "Thin Film Diode", because TFT LCD screen consumption is high, and the cost is high, thus greatly increasing the cost of product, so EPSON specially developed TFD technology for mobile phone screen. It also belongs to the active matrix LCD screen, every pixel on LCD is equipped with a single diode. Each pixel is controlled individually so that each pixel does not interact with each other. This can obviously improve the resolution, and can display dynamic pictures and colorful colors without trailing.
In terms of performance, the TFD LCD screen has the advantages of TFT LCD screen and STN LCD screen. The TFD LCD screen is more bright than the STN LCD screen, and the color is brighter. At the same time, the LCD screen is more electricity saving
