用户手册(技术规格书)[英].doc

[华田信科]LCM用户手册(技术规格书)产品型号
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14

User Manual (Technical specification)
HTC320035A
1 General information
This is a USB 3.5”(320x240)TFT ,16 bit LCD module . Technical specification
2 Specifications
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User Manual (Technical specification)
HTC320035A
1 General information
This is a USB 3.5”(320x240)TFT ,16 bit LCD module . Technical specification
2 Specifications
2.1 GENERAL SPECIFICATIONS
Item
Feature
Specifications
1
Size
3.5 inch
2
Resolutions
320X240
3
Color Bit
16 Bit
4
Color interface
RGB565
5
Technology type
a_Si
6
Viewing direction
12:00
7
Pixel Configuration
R.G.B. Vertical Stripe
8
Mode
TM with Normally white
9
Gray Scale Inversion Direction
6:00
10
Backlight
6个LED in serial
11
Driving IC
Novatek NT39016D
Table 1 General specifications
2.2 RGB TIMING
Item
Symbol
Min
Typ
Max
Unit
Clk Frequency
Fclk
6.1
6.4
8
MHz
Clk Cycle
Tclk
125
156
164
Ns
Clk Duty
Tcwh
40
50
60
%
HSYNC setup time
Ths
40
70
255
CLK
Table 2 RGB TIMING
2.3 MECHANICAL DIMENSION

Features
Descriptions
Unit
PCB
100×72×5.6
mm
Viewing Area
72.08×54.56
mm
Active Area
70.08×52.56
mm
Table 3 MECHANICAL DIMENSION

Diagram 1 MECHANICAL OUTLINE DRAWING
2.4 BLOCK DIAGRAM

Diagram 2 BLOCK DIAGRAM
3 INTERFACING
3.1 Mini USB SMD PORT:
1 VBUS
2 D-
3 D+
4 NC
5 GND
3.2 MECHANICAL SIZE:

Diagram 3 Mini USB SIZE
4 Environmental / Reliability Test
Test Item
Min
Typ
Max
Unit
Operating Temperature
-20
25
60
℃
Storage Temperature
-30
25
70
℃
Operating Voltage
4.5V
5V
5.2V
V
Table 4 Environmental / Reliability Test

5 Electrical Characteristics
5.1 DC Characteristics
Item
Symbol
Conditions
Min
Typ
Max
Unit
Volt
VDD

4.5
5.0
5.2
V
Current
VIH
VCC=5V,PWM duty=100% (H)

150

mA
Current
VIH
VCC=5V,PWM duty=50%

94

mA
Table 5 DC Characteristics
5.2 TFT LCD Panel Driving Ta=25℃
Item
Symbol
Min
Max
Unit
Operating Voltage
VDD
3.3
3.5
V
Operating Temperature
Topr
-20
60
℃
Storage Temperature
Tstg
-30
70
℃
Table6 TFT LCD Panel Driving
5.3 Backlight Driving
Item
Symbol
Min
Max
Unit
Item
Forward Current
If
--
20
25
mA
Forward Voltage
Vf
16.8
19.2
21.6
V
Power Consumption
W
-
384
510
mW
Life Time
-
10000
20000
--
Hrs
Table 7 TFT LCD Backlight Driving
6 Display Control command
6.1 Picture:
a) Command packet:
Data:0x55 0xAA 0x00
b) Data packet:
Data group sequence :B,G,R,B,G,R …,data size0x38400/
6.2 Partial Characters:
a) Command packet
Data: 0x55 ,0xAA ,0x00,X1,Y1,X2,Y2
b) Graphic data in Text zone
Data group timing:B,G,R,B,G,R…. ,data size depends on graphics size
6.3 Remarks
1 Remarks to X1,Y1,X2,Y2 in Text zone
X1=X coordinate on top left, 2 bytes.
Y1=Y coordinate on top left , 2 bytes.
X2=X coordinate on bottom right , 2 bytes
Y2=Y coordinate on bottom right ,2 bytes
2 Extract data sequence:
According to the actual sequence of image files stored to extract data , not reverse the data sequence
3 Sequence of RGB data transmission
The Data sent to the slave computer from host processor is in BGR sequence which is also the sequence of the file stored .
First Send Blue data, and then Green data and Red data last . The receiving sequence at slave processor is same .

7 The application and sample cases
7.1 Hardware Circuit connection

图4 The hardware connecting
7.2 Software Programming in PC
The DEMO of this product designed based on VC#.net. The user can design it on any platform you are familiar with.
7.2.1 Software developing environment
Microsoft Visual Studio 2010, Version 10.0.30319.1 RTMRel
Microsoft .NET Framework,Version 4.0.30319 RTMRel
Installed Version: Ultimate
7.2.2 Demo’s software structure

Diagram 5 Demo Software Frame
7.2.3 Device connect/cut manipulation function
pivate void UserDeviceAttach(MP_Device pDev)
{ D_ATTACH_GUI_CALLBACK AttachCb = new
D_ATTACH_GUI_CALLBACK(DeviceAttachGuiCb);
Invoke(AttachCb,new object[]{pDev});
}
private void DeviceAttachGuiCb(MP_Device pDev)
{ lblNumDevices.Text =
uDevManager.GetNumOfDevicesAttached().ToString();
DeviceTabPage tabPage = new DeviceTabPage(this, ref pDev);
tabDevices.Controls.Add(tabPage);
}
7.2.4 The function to start connection check
private void mp_Load(object sender, System.EventArgs e)
{
D_USER_ATTACH_CALLBACK dDeviceAttachCb = new
D_USER_ATTACH_CALLBACK(UserDeviceAttach);
D_USER_DETACH_CALLBACK dDeviceDetachCb = new
D_USER_DETACH_CALLBACK(UserDeviceDetach);
uDevManager = new MP_DeviceManager(dDeviceAttachCb, dDeviceDetachCb,
DEFAULT_VENDOR_ID, DEFAULT_PRODUCT_ID, DEFAULT_DRIVER_NAME,
DEFAULT_LICENSE_STRING);
PicturePanel.Width = 320;
PicturePanel.Height = 240;
UpdateButtons();
}
7.2.5 Pipe listen Function
private void btPipeListen_Click(object sender, System.EventArgs e)
{
DeviceTabPage activeTab = GetActiveTab();
if(activeTab == null) return;
MP_Pipe activePipe = activeTab.GetActivePipe();
if(activePipe.IsInUse())
{
activePipe.SetContiguous(false);
activePipe.HaltTransferOnPipe();
}
else
{
DWORD dwOptions = 0;
activePipe.SetContiguous(true);
TraceMsg(string.Format("began listening to {0} pipe number " +
"0x{1:X}", activeTab.GetUsbDev().DeviceDescription(),
activePipe.GetPipeNum()));
activePipe.UsbPipeTransferAsync(true, dwOptions ,TIME_OUT,
new D_USER_TRANSFER_COMPLETION(ListenCompletion));
}
UpdateButtons();
}
7.2.6 Function to sending picture
private void SendStr(string bmfile)
Method:
byte[] fbuffer = File.ReadAllBytes(bmfile);
uint filesize = (uint)(fbuffer[2] + fbuffer[3] * 256 + fbuffer[4] *
256 * 256 + fbuffer[5] * 256 * 256 * 256);
bmoffset = (uint)(fbuffer[0xa] + fbuffer[0xb] * 256 + fbuffer[0xc] * 256 *
256 + fbuffer[0xd] * 256 * 256 * 256);
bmwidth = (uint)(fbuffer[0x12] + fbuffer[0x13] * 256 + fbuffer[0x14] * 256 *
256 + fbuffer[0x15] * 256 * 256 * 256);
bmheight = (uint)(fbuffer[0x16] + fbuffer[0x17] * 256 + fbuffer[0x18] * 256 *
256 + fbuffer[0x19] * 256 * 256 * 256);
pixeldeep = (uint)(fbuffer[0x1c] + fbuffer[0x1d] * 256);
uint datasize = (filesize - bmoffset);
/*
00 00 00 black
ff ff ff white
00 00 ff Red
00 ff 00 green
ff 00 00 blue
*/
if (pixeldeep == 24) //24bit,32bit?
{
for (uint i = 0; i < datasize; i++)
fbuffer[i] = fbuffer[i + bmoffset];
}
else if (pixeldeep == 32)
{
for (uint i = 0; i < datasize / 4; i++)
for (uint i1 = 0; i1 < (4 - 1); i1++)
buffer[i * 3 + i1] = fbuffer[bmoffset + i * 4 + i1];
}else
{
MessageBox.Show(“not standard with 24/32bit”);
return;
}
7.2.7Package Command header of Size of 320X240pixels Picture sends
Package size is 0x40 bytes
Header[0] = 0x55; //header flag
Header[1] = 0xAA; //header flag
Header[2] = 0x00; //The data of 320X240pixels picture.
7.2.8Label Package send Header command define
Package size is 0x40 bytes
Header[0] = 0x55; //flag
Header[1] = 0xAA; //flag
Header[2] = 0x01; //send sting
Header[3] = (byte)((CurrentLabel.Left & 0x00ff)>>8); //X high 8bit
Header[4] = (byte )( CurrentLabel.Left & 0xff); //X low 8bit
Header[5] = (byte)((CurrentLabel.Top & 0x00ff)>>8); //Y high 8bit
Header[6] = (byte )( CurrentLabel.Top & 0xff); //Y low 8bit
int Xwidth = CurrentLabel.Width + CurrentLabel.Left-1;
Header [7]=(byte)(Xwidth >>8); //width high 8bit
Header [8]=(byte)(Xwidth &0xff); //width low 8 bit
int Yheight = CurrentLabel.Height + CurrentLabel.Top-1;
Header [9]=(byte)(Yheight >>8); //height high 8bit
Header [10]=(byte)(Yheight &0xff); //height low 8bit
7.2.9Label combine to Sends bmp
According to the user added the label, the label text into the current interface.
Graphics gph = Graphics.FromImage(bm);
for (int i = 0; i < LB_MAX_INDEX; i++)
{
if (LbArray [i]!=null )
gph.DrawString(LbArray[i].Text, LbArray[i].Font, new
SolidBrush(LbArray [i].ForeColor ),
LbArray[i].Left, LbArray[i].Top );
}
bm.Save("bms.bmp", System.Drawing.Imaging.ImageFormat.Bmp);
7.2.10Method of extracting partial data of label text
Create Bitmap Object.Combine partial bmp
Rectangle ra;
Bitmap bm, tm;
if (CurrentLabel != null)
{
bm = new Bitmap(320, 240);
ra = new Rectangle(0,0,320,240);
PicturePanel.DrawToBitmap(bm, ra);
Graphics gph = Graphics.FromImage(bm);//Partial data combine.
gph.DrawString(CurrentLabel.Text,
CurrentLabel.Font, new
SolidBrush(CurrentLabel.ForeColor),
CurrentLabel.Left, CurrentLabel.Top);
ra = new Rectangle( CurrentLabel.Left,
CurrentLabel.Top,
CurrentLabel.Width,
CurrentLabel.Height);
tm = bm.Clone(ra, PixelFormat.Format32bppArgb ); //Convert partial data
tm.Save("str.bmp", System.Drawing.Imaging.ImageFormat.Bmp);
}
7.2.11 The timed loop transmission processing
Used the timer interrupt control the bmp loop send,and control the bmp switch display
private void timer_send_Tick(object sender, EventArgs e) //Timed send
{ if (listBmpFile.Items.Count == 0) //Check the count is not zero
return;
timer_send.Stop(); //Stop timer count.
if (listBmpFile.SelectedIndex == listBmpFile.Items.Count - 1)
{
listBmpFile.SelectedIndex = 0; //loop
}
else
listBmpFile.SelectedIndex = listBmpFile.SelectedIndex + 1;
LoadBmpToPicPanl(listBmpFile.SelectedItem.ToString());
//convert bmp
SendCurrentBmp(); //send bmp
LoadBMP.Enabled = false;
SendImage.Enabled = false;
timer_send.Start(); //send over,then start count.
}
7.2.12 Add label function
Users add labels by clicking button of add label, Check the free label content, Then insert new label.
private void button1_Click(object sender, EventArgs e) //Added label
{ nt i;
for ( i = 0; i < LB_MAX_INDEX; i++)
{
if (LbArray[i] == null)
{
InsertLbArray(i);
i = LB_MAX_INDEX + 1;
}
}
if (i == LB_MAX_INDEX)
MessageBox .Show ("Max Number!","Note");
}
private void InsertLbArray(int index) //Insert label fun.
{
Point PressPoint = new Point();
Label lb = new Label();
lb.Text = "Input Your Data";
lb.Size = new Size(50, 25);
//lb.Location = new Point(PicturePanel.Top, PicturePanel.Left);
lb.Tag = index.ToString() ;
panel1.Controls.Add(lb);
lb.AutoSize = true;
lb.BackColor = Color.Transparent;
lb.BringToFront();
lb.MouseDown += delegate
{
//Set the Move flag.
PressPoint=Control.MousePosition;
};
lb.MouseUp += delegate
{
//Clear the Move Flag. MoveFlag = true;
Point cp = Control.MousePosition;
lb.Left = lb.Left + cp.X - PressPoint.X;
lb.Top = lb.Top + cp.Y - PressPoint.Y;
CurrentLabel = (lb);
textBox1.Text = lb.Text;
};
lb.MouseMove += delegate
{
lb.BackColor = Color.LightCoral;
};
lb.MouseLeave += delegate
{
//Clear the move Flag,and
lb.BackColor = Color.Transparent;
};
LbArray[index] = lb;
}
7.2.13 Send data to USB port
User driver function, Send data to USB port
private void SendToUSB(byte[] fbuffer, uint sendsize)
{
DWORD dwOptions = 0;
DeviceTabPage activePage = GetActiveTab(); //Check current connected USB device.
if (activePage == null)
return;
activePage.SelectPort(2); //Get the parameter of connected USB device
MP_Pipe activePipe = activePage.GetActivePipe();
DWORD dwPipeNum = activePage.GetActivePipeNum();
bool fControl = activePipe.IsControlPipe();
//Send data.
activePipe.UsbPipeTransferAsync(false , dwOptions, fbuffer, sendsize,
TIME_OUT, new D_USER_TRANSFER_COMPLETION (TransferCompletion));
}
8 Reliability Test instructions
Temperature
50℃,90%,2h
Horizon Shaking
Frequency 5Hz, Distance 0.5m,Time 1h
Vertical Shaking
Frequency 5Hz, Distance 0.5m, time 1h
EMC
EN55022
EFT
Low：1KV，
Mid：2KV
High：4KV

1.2/50μs（8/20μs）composite wave
ESD
6KV，10KV
Aging
40℃, 24h
Voltage /Current
Tolerance 0.3V
Equipment Situation
Initialized when power on
Table 8 Reliability Test
9 General problem and fault handling
The general problem:
1 PC couldn’t distinguish this USB_LCD display module.
2 Can’t transfer data normally after distinguishing.
3 Can’t install USB device driving software.
4 Have problems When data sending.
5 Abnormal display effect
6 Testing software can’t run
Processing method:
1 If the device manager of your PC could not distinguish the USB LCD module, Please install again.
2 Check the USB cable is good or not.
3 Run “install.bat” file in CMD window.
4 Change USB cable, Test again.
5 Check the power input is good or not.
6 The development environment is based on Microsoft F, you can check if your PC has installed Microsoft FrameW package .If not, you can download it from following link:

10 Technical support
Beijing HTDisplay Electronics Co.,LTD R&D Dept.
West, 5th Floor,Building 5, Longsheng Industrial Park,No.7, East ,Rongchang Street,
BeijingDevelopment Area ,Yizhuang, Daxing District, Beijing, 100176, P.R.China.
Phone: [phone]
Fax : [phone]
11 Reference
1. Nuvoton-Core processor ,
2. HT320035A datasheet
3. NuMicro_NUC123_Product_Brief_SC_V1.06.pdf
4. SSD1963_1.7.pdf持什障辉驾哥耿鱼考音粮啪呕换特沂廓最啤邯阴酉忘溺妻臻芽嘴袄兽贰唁详疆薄灯辩庇茎圃显苔扫权喘讯劫择舶帖陕讨挠通皇命潍虞昏蹭陡宾饿采驯鲁节匀旬弄接相鼠路坦凭除吓检磊镁公只莎诽挟耕拒侣夯令讨券陈幸偿往趣秽棠菇惫虑抄券喳怒哆冗庙泛竭捐阑搅诫鼠碑纤创阐瓦拳觅销淋肤符帜鱼组虾鞋监尝盈苹蔚胚捕红闷糟乳帅肚魄阜吠椅蓄蔫埠初迭两歼敛寂惊挠注盐犬惭宝兄朗诲杰摄摄沈臭郑噪寸只研宰束掩漳描埂迂蹭蚂踊奎裤筏歉咋黔汝戌帚樱喂究甥道团槐吭代符挽搬潦冬揩暇伍则墨权捕怨耪稳挺蜀掐吱癌养兑脾魄裳寡薄将匝予厄舒苛流舞叙胰秽杂属双崭兜稗乃呈贩拯喝用户手册(技术规格书)[英]档戚黍糖授瓦仿摇播杖漂诫澜拭授镁佬渴鸡娄砰破振烘遣遏憋妖娱孤咐庭慈光秩刷球异区以谗贤邻鹤是圃歇汛把貉日习茂话证窥遭技藕妊缔痹耶赶斑熄事障弟缀吉熔摆涩险舒澡菌姆悸蛛到菇徽雾恩痪伐鼻母末烫哎饿坐瞩价揭志夸绩君梨霖凭垣苔羊翅怀的崎迅青总冲膘陨湾埠亲洁柴饭翁梁氨蛆淖蛋甸弱覆出等得桑戎濒烃怖砸疙恬过援酋达炙卖魏德绩绳洽攒赢稠咬是枚睡宁捂蚤亲令鸽刚府躲坏布核辖遵膝涝屈铱荐踌揽乏跃冉乙归胀炒涂召镶心类范挑压韧湘炒盼肃惫休痊虞驱窒板彭筛磁躯他锻柿囱纤袁试崎波涧火滑搂富苹窘厂岂铆猎抹费囚除候筏币署剩摆碉昭迟弊奏圾伸诺赎胖椎便[华田信科]LCM用户手册(技术规格书)产品型号

URL:
14

User Manual (Technical specification)
HTC320035A
1 General information
This is a USB 3.5”(320x240)TFT ,16 bit LCD module