PDF Version - NewHaven Display

2011 PRODUCT CATALOG 

Featuring 

OLED, LCD and VFD Technologies

“Global Sourcing, Expert Design, Quality Displays” 

We strive to be the best so that your 

product can top the competition. 

Company Profile 

Newhaven Display provides the North American marketplace with cost effective high quality OLED, LCD, and VFD display devices. 

In addition to our vast standard part offerings, we develop custom designs for all industries. We pride ourselves on first-rate customer 

support and development assistance. 

We have two office locations, USA and China. All products are stocked at our Elgin, Illinois USA warehouse. Marketing is done through 

a nationwide network of independent sales representatives and stocking distributors. All displays are manufactured at our partner factories 

located in Mainland China and Taiwan. These are state-of-the-art facilities with over 17 years of experience with QS-9000, ISO-9001, 

ISO-14001 and TS-16949 certifications. 

Your Advantages 

Newhaven Display customers enjoy a 7-point advantage by using our products: 

1) PRODUCT KNOWLEDGE: Our staff consists of industry experts with a clear focus 

on current display technologies being developed for the North American marketplace. 

2) GLOBAL DISPLAY TECHNOLOGY SOLUTIONS: Utilizing our global partner/ 

supplier relationships, our customers enjoy the most basic display solutions to highly complex 

turnkey solutions. We offer one of the largest supplies of standard displays in the industry. 

3) COST EFFECTIVE PRODUCTS: Our high quality products are manufactured 

in state-of-the-art ISO certified factories located throughout Mainland China and Taiwan. 

4) TIME TO MARKET: Our expedited lead times allow customers to go from product idea 

to actual production faster than anyone else in the market. We maintain this speed by offering 

JIT/MRP programs. 

5) TECHNICAL SUPPORT: Our Engineering Department provides high quality hardware 

and software design support. 

6) US ENVIRONMENTAL TESTING: Our US facility in Elgin, Illinois offers state-of-theart 

temperature, humidity and vibration testing. 

7) VALUE-ADD SERVICES: In addition to modifying displays, we offer custom plastic 

injection molding, metal stamping and complete assembly productions. 

WWW.NEWHAVENDISPLAY.COM

Contents 

Organic Light Emitting Diode (OLED) ...1-1 

OLED Technology ...................................... 1-2 

OLED Character Font Tables ...................... 1-3 

OLED Product Tables ................................. 1-4 

Liquid Crystal Display (LCD) ................... 2-1 

LCD Display Modes ................................... 2-2 

LCD Light Modes........................................2-3 

LCD Backlights ...........................................2-4 

LCD Connectors ........................................2-6 

LCD Character Font Tables ........................ 2-7 

LCD Product Tables ................................... 2-8 

Development Tools .....................................3-1 

NHDev Development Board ......................3-1 

LCD Controller Boards .............................3-2 

Vacuum Fluorescent Display (VFD) ........4-1 

VFD Classifications ................................... 4-2 

VFD Terminology .......................................4-3 

VFD Product Tables ...................................4-4 

Specs and Mechanical Drawings ..............5-1 

OLED Specs .............................................5-2 

LCD Specs ...............................................5-16 

VFD Specs ................................................5-146 


OLED 

Displays

WWW.NEWHAVENDISPLAY.COM 

1-1

OLED DISPLAY - Technology 

OLED Technology 

Structure of OLED Display 

Cathode 

Emissive Layer 

(Organic Molecules or Polymers) 

Conductive Layer 

(Organic Molecules or Polymers) 

Anode 

Substrate 

Figure 1 

How it works 

Organic Light Emitting Diode (OLED) Displays are brighter, higher contrast displays, have faster response times, wider viewing angles and 

use less power than the conventional VFD, LED or LCD displays. OLED Displays are self-illuminating and require no backlight for 

maximum visibility in all environments. This allows OLEDs to be significantly thinner than standard VFD, LED or LCD displays. 

OLED Displays are made up of a layer of organic material placed between two conductors (see Fig.1). These two conductors (an anode and 

a cathode) are then positioned between a glass top plate (seal) and a glass bottom plate (substrate). When an electric current is applied 

to the two conductors, the organic material produces a bright, electroluminescent light. When energy passes from the negatively charged 

layer (cathode) to the other (anode) layer, it stimulates the organic material between the two, which in turn, emits light that’s visible 

through the outermost layer of glass. 

How color is produced 

Figure 2 

In order for OLED displays to produce color, an electric current is 

needed to stimulate the relevant pixels on the OLED display. The 

pixels are created by the perpendicular arrangement of the cathodes 

and anodes (see Fig. 2). Light is emitted where these intersect. 

The electric current applied to the selected strips of anodes and 

cathodes determine which pixels get turned on and which pixels 

remain off. The brightness of each pixel is proportional to the 

amount of applied current. 

1-2

OLED DISPLAY - Character Font Tables 

OLED 

Font Tables 

1-3 

English / Japanese Character Font Table 

English / Russian Character Font Table 

Upper 

Lower 4-bit 

4-bit 

LLLL 

LLLL 

LLHL 

LLHH 

LHLL 

LHLH 

LHHL 

LHHH 

HLLL 

HLLH 

HLHL 

HLHH 

HHLL 

HHLH 

HHHL 

HHHH 

LLLL LLLH LLHL LLHH LHLL LHLH LHHL LHHH HLLL HLLH HLHL HLHH HHLL HHLH HHHL HHHH 

CG 

RAM 

(1) 

CG 

RAM 

(2) 

CG 

RAM 

(3) 

CG 

RAM 

(4) 

CG 

RAM 

(5) 

CG 

RAM 

(6) 

CG 

RAM 

(7) 

CG 

RAM 

(8) 

CG 

RAM 

(9) 

CG 

RAM 

(10) 

CG 

RAM 

(11) 

CG 

RAM 

(12) 

CG 

RAM 

(13) 

CG 

RAM 

(14) 

CG 

RAM 

(15) 

CG 

RAM 

(16) 

Lower 

4-bit 

LLLL 

LLLL 

LLHL 

LLHH 

LHLL 

LHLH 

LHHL 

LHHH 

HLLL 

HLLH 

HLHL 

HLHH 

HHLL 

HHLH 

HHHL 

Upper 

4-bit 

HHHH 


CG 

RAM 

(1) 

CG 

RAM 

(2) 

CG 

RAM 

(3) 

CG 

RAM 

(4) 

CG 

RAM 

(5) 

CG 

RAM 

(6) 

CG 

RAM 

(7) 

CG 

RAM 

(8) 

CG 

RAM 

(9) 

CG 

RAM 

(10) 

CG 

RAM 

(11) 

CG 

RAM 

(12) 

CG 

RAM 

(13) 

CG 

RAM 

(14) 

CG 

RAM 

(15) 

CG 

RAM 

(16) 

Western European Character Font Table 1 Western European Character Font Table 2 

Upper 

Lower 4-bit 

4-bit 

LLLL 

LLLL 

LLHL 

LLHH 

LHLL 

LHLH 

LHHL 

LHHH 

HLLL 

HLLH 

HLHL 

HLHH 

HHLL 

HHLH 

HHHL 

HHHH 


CG 

RAM 

(1) 

CG 

RAM 

(2) 

CG 

RAM 

(3) 

CG 

RAM 

(4) 

CG 

RAM 

(5) 

CG 

RAM 

(6) 

CG 

RAM 

(7) 

CG 

RAM 

(8) 

CG 

RAM 

(9) 

CG 

RAM 

(10) 

CG 

RAM 

(11) 

CG 

RAM 

(12) 

CG 

RAM 

(13) 

CG 

RAM 

(14) 

CG 

RAM 

(15) 

CG 

RAM 

(16) 

Lower 

4-bit 

LLLL 

LLLL 

LLHL 

LLHH 

LHLL 

LHLH 

LHHL 

LHHH 

HLLL 

HLLH 

HLHL 

HLHH 

HHLL 

HHLH 

HHHL 

Upper 

4-bit 

HHHH 


CG 

RAM 

(1) 

CG 

RAM 

(2) 

CG 

RAM 

(3) 

CG 

RAM 

(4) 

CG 

RAM 

(5) 

CG 

RAM 

(6) 

CG 

RAM 

(7) 

CG 

RAM 

(8) 

CG 

RAM 

(9) 

CG 

RAM 

(10) 

CG 

RAM 

(11) 

CG 

RAM 

(12) 

CG 

RAM 

(13) 

CG 

RAM 

(14) 

CG 

RAM 

(15) 

CG 

RAM 

(16) 


OLED PRODUCT TABLES 

OLED Character Displays 

The Character OLEDs can be used as compatible replacement 

displays for some of our Character LCD displays and VFD 

displays. To the right is a chart indicating which LCD Character 

and VFD modules the Character OLEDs can replace. 

Compatible Displays 

Character OLED Models Character LCD Models VFD Module Models 

NHD-0216KZW 

NHD-0216SZW 

NHD-0220DZW 

NHD-0420DZW 

NHD-0216K1Z 

NHD-0216SZ 

NHD-0220DZ 

NHD-0420DZ 

M0216SD-162SDAR2-1 

M0216MD-162MDBR2-J 

M0220SD-202SDAR1 

M0420SD-204SDAR1-3 

Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 

Display Mode/Color 

Options 

(ending prefixes) 

Module 

Size 

(W x H) 

mm 

Interface 

Brightness 

cd/m 2 Life to 1/2 

Brightness 

(hrs) 

Operating 

Temperature 

5-3 2 x 16 NHD-0216KZW-A Y5 (Yellow) 

G5 (Green) 

B5 (Blue) 

5-4 2 x 16 NHD-0216SZW-B Y5 (Yellow) 

G5 (Green) 

5-5 2 x 20 NHD-0220DZW-A Y5 (Yellow) 

G5 (Green) 

5-6 4 x 20 NHD-0420DZW-A Y5 (Yellow) 

G5 (Green) 

80 x 36 Parallel/ 

3-wire 

SPI 


3-wire 

SPI 


3-wire 

SPI 


3-wire 

SPI 

125 50K -40 o C - +80 o C 

90 50K -40 o C - +80 o C 

125 50K -40 o C - +80 o C 

90 50K -40 o C - +80 o C 

Key Features: 

- Fast response time: 10 µs 

-Wide viewing angle: up to 160° 

- Thin designs 

- Self-illuminated; no backlight necessary 

- Low power consumption 

- High brightness 

- High contrast ratio: 200:1 

- Wide operation temperature: -40°C to +80°C 

- Serial or parallel MPU interface 

- Character Module OLEDs include 4 built-in font tables. 

- RoHS Compliant 

1-4

OLED PRODUCT TABLES 

OLED Graphic Displays 

Key Features: 

- Fast response time: 10 µs 

-Wide viewing angle: up to 160° 

- Thin designs 

- Self-illuminated; no backlight necessary 


- High brightness 

- High contrast ratio: 200:1 

- Wide operation temperature: -40°C to +80°C 

- Serial or parallel MPU interface 

- Graphic module OLEDs include required external logic and voltages 

- RoHS Compliant 

Newhaven Display’s Graphic OLED modules are easy to use, all-in-one designs. Most Graphic OLED displays require multiple high-voltage 

power supplies and external logic components. Newhaven Display’s custom designed module boards for each Graphic OLED allow the 

user to have just one interface supply. The Graphic OLED module board has all the required external logic components, making it fast and 

easy to start using the displays. 

Spec 

Page 

Diagonal 

Size 

(inches) 

Newhaven Part 

Number 

Display Mode/ 

Color Options 


Module 

Size 

(W x H) 

mm 

Interface 

Brightness 

cd/m 2 Life to 1/2 

Brightness 

(hrs) 

Operating 

Temperature 

5-7 2.23 NHD-2.23-12832UC Y3 (Yellow) 

B3 (Blue) 

63 x 43 8-bit Parallel/ 

I 2 C/ SPI 

120 40K 

10K (Blue) 

-40 o C - +85 o C 

5-8 2.23 NHD-2.23-12832UM Y3 (Yellow) 

B3 (Blue) 


I 2 C/ SPI 

120 40K 

10K (Blue) 

-20 o C - +70 o C 

5-9 2.7 NHD-2.7-12864UC Y3 (Yellow) 82 x 47 8-bit Parallel/ 

SPI 

5-10 2.7 NHD-2.7-12864UM Y3 (Yellow) 82 x 47 8-bit Parallel/ 

SPI 

100 40K -40 o C - +85 o C 

100 40K -20 o C - +70 o C 

5-11 2.8 NHD-2.8-25664UC Y2 (Yellow) 

B2 (Blue) 


3-wire SPI or 

4-wire SPI 

80 40K 

10K (Blue) 

-40 o C - +85 o C 

5-12 2.8 NHD-2.8-25664UM Y2 (Yellow) 

B2 (Blue) 


3-wire SPI or 

4-wire SPI 

80 40K 

10K (Blue) 

-20 o C - +70 o C 

5-13 3.12 NHD-3.12-25664UC Y2 (Yellow) 

B2 (Blue) 

89 x 44 8-bit 

Parallel/3-wire 

SPI or 4-wire 

SPI 

80 40K 

10K (Blue) 

-40 o C - +85 o C 

5-14 3.12 NHD-3.12-25664UM Y2 (Yellow) 

B2 (Blue) 

89 x 44 8-bit 

Parallel/3-wire 

SPI or 4-wire 

SPI 

80 40K 

10K (Blue) 

-20 o C - +70 o C 


1-5

10 110100 00 

010 1010 110100 00 

LCD 

Displays


2-1

LCD DISPLAY - Display Modes 

Display 

Modes 

Helpful Hint 

When starting your next project take 

into consideration how your application is going to be 

used. This will help to determine what type of display 

mode would be ideal for your final, overall look and 

readability. 

LCD Displays can come in different display modes: positive and negative. The type of application 

in which the display will be used will impact which mode should be selected. 

Here is a look at the differences between the two modes. 

Negative Type 

Negative type displays provide an image 

with light pixels on a dark background. 

The backlight must be used for this type 

of display and is capable of multiple pixel 

colors. 

Positive Type 

Positive type displays provide an image 

with dark pixels on a light background. 

Ambient light or a backlight can be used 

for this type of display and is capable of 

multiple background colors. 

2-2

LCD DISPLAY - Light Modes 

LCD Light 

Modes 

Transflective 

Transflective polarizers have both reflecting and transmitting 

properties and offer the most versatile viewing characteristics. They 

can be viewed in direct sunlight and when combined with a backlight 

in low light conditions. 

Transflector 

Light Guide 

Reflector 

Ambient light or backlighting can be used 

for this type of display. 

Example of Transflective Light Mode 

Transmissive 

Transmissive LCDs always require a backlight and provide the highest 

brightness display. They are best suited for applications where direct 

sunlight viewing is not involved. 

Light Guide 

Reflector 

B 

A 

Backlighting is necessary. 

Example of Transmissive Light Mode 

Reflective 

Reflective polarizers are used in high ambient light environments 

or whenever sufficient power is not available to drive the backlight. 

Front Polarizer 

LCD 

Rear Polarizer 

Reflector 

Ambient light is necessary to use this type 

of display. 

Example of Reflective Light Mode 


2-3

LCD DISPLAY - Backlights 

LCD Backlight 

Color Options 

There are many decisions to make when backlighting an LCD since the color of the display can impact the overall look, feel and functionality 

of your application. The type of display will also effect the overall look of the display whether it’s STN vs. FSTN, or Positive vs. Negative display 

modes. Below are examples of the wide variety of backlight colors there are to choose from. 

STN Display Types 

Display Type: STN(+) Gray 

Backlight Color Examples 

- STN (+) Gray Background 

- BLUE TEXT 

- Backlight “Off” 

Orange LED Backlight “On” 

White LED Backlight “On” 

Blue LED Backlight “On” 

Yellow-Green LED Backlight “On” 

Red LED Backlight “On” 

Display Type: STN(+) Yellow-Green 


- STN (+) Yellow-Green Background 

- BLUE TEXT 


Yellow-Green LED Backlight “On” 

Pure-Green LED Backlight “On” 

Display Type: STN(-) Blue 


- STN (-) Blue Background 

- WHITE TEXT 



2-4

LCD DISPLAY - Backlights 

Helpful Hint 

If you are looking for an LCD display 

that will offer a high contrast ratio and a wider 

viewing angle, then the FSTN is the perfect polarizer 

for your project. 

FSTN Display Types 

Display Type: FSTN(+) 


- FSTN (+) Gray Background 

- BLACK TEXT 



Amber LED Backlight “On” 



Display Type: FSTN(-) 




- FSTN (-) Black Background 

- GRAY TEXT 



Amber LED Backlight “On” 






2-5

LCD DISPLAY - LCD Connectors 

Helpful Hint 

LCD 

Connectors 

We use the rubber connector 

method on our standard displays since it is the most 

economical and reliable connection method. 

The following diagrams are the recommended methods for connecting 

the LCD panel to the drive circuit. 

Rubber Connector 

Connection Method: Mechanical Force 

Pitch: Minimum 0.4 mm 

Features: 

-Easy to assemble 

-Long life 

-Wide range of applications 

Polarizer 

Spacer 

(in case of separate polarizer) 

LCD 

Bezel (plastic, metal) 

Conductive rubber (zebra) 

PCB 

Polarizer (transflective or reflective) 

Pin Connector 

Polarizer 

LCD 

Connection Method: Solder 

Pitch: 1mm. ~ 2.45mm. 

Features: 

-Stable 

-Suitable for small production runs 

Pins 

Solder 

PCB 

Polarizer 

2-6

LCD DISPLAY - LCD Character Font Tables 

English / Japanese Character Font Table 

English / European Character Font Table 

b7- b4 

b3-b0 

0000 0001 0010 0011 0100 0101 0110 0111 1000 1001 1010 1011 1100 1101 1110 1111 

b7- b4 

b3-b0 

0000 0001 0010 0011 0100 0101 0110 0111 1000 1001 1010 1011 1100 1101 1110 1111 

0000 

CG 

RAM 

(1) 

0000 

CG 

RAM 

(1) 

0001 

CG 

RAM 

(2) 

0001 

CG 

RAM 

(2) 

0010 

CG 

RAM 

(3) 

0010 

CG 

RAM 

(3) 

0011 

CG 

RAM 

(4) 

0011 

CG 

RAM 

(4) 

0100 

CG 

RAM 

(5) 

0100 

CG 

RAM 

(5) 

0101 

CG 

RAM 

(6) 

0101 

CG 

RAM 

(6) 

0110 

CG 

RAM 

(7) 

0110 

CG 

RAM 

(7) 

0111 

CG 

RAM 

(8) 

0111 

CG 

RAM 

(8) 

1000 

CG 

RAM 

(1) 

1000 

CG 

RAM 

(1) 

1001 

CG 

RAM 

(2) 

1001 

CG 

RAM 

(2) 

1010 

CG 

RAM 

(3) 

1010 

CG 

RAM 

(3) 

1011 

CG 

RAM 

(4) 

1011 

CG 

RAM 

(4) 

1100 

CG 

RAM 

(5) 

1100 

CG 

RAM 

(5) 

1101 

CG 

RAM 

(6) 

1101 

CG 

RAM 

(6) 

1110 

CG 

RAM 

(7) 

1110 

CG 

RAM 

(7) 

1111 

CG 

RAM 

(8) 

1111 

CG 

RAM 

(8) 

English / Hebrew Character Font Table 

b7- b4 

b3-b0 

0000 0001 0010 0011 0100 0101 0110 0111 1000 1001 1010 1011 1100 1101 1110 1111 

English / Russian / European Character Font Table 

b7- b4 

b3-b0 

0000 0001 0010 0011 0100 0101 0110 0111 1000 1001 1010 1011 1100 1101 1110 1111 

0000 

CG 

RAM 

(1) 

0000 

CG 

RAM 

(1) 

0001 

CG 

RAM 

(2) 

0001 

CG 

RAM 

(2) 

0010 

CG 

RAM 

(3) 

0010 

CG 

RAM 

(3) 

0011 

CG 

RAM 

(4) 

0011 

CG 

RAM 

(4) 

0100 

CG 

RAM 

(5) 

0100 

CG 

RAM 

(5) 

0101 

CG 

RAM 

(6) 

0101 

CG 

RAM 

(6) 

0110 

CG 

RAM 

(7) 

0110 

CG 

RAM 

(7) 

0111 

CG 

RAM 

(8) 

0111 

CG 

RAM 

(8) 

1000 

CG 

RAM 

(1) 

1000 

CG 

RAM 

(1) 

1001 

CG 

RAM 

(2) 

1001 

CG 

RAM 

(2) 

1010 

CG 

RAM 

(3) 

1010 

CG 

RAM 

(3) 

1011 

CG 

RAM 

(4) 

1011 

CG 

RAM 

(4) 

1100 

CG 

RAM 

(5) 

1100 

CG 

RAM 

(5) 

1101 

CG 

RAM 

(6) 

1101 

CG 

RAM 

(6) 

1110 

CG 

RAM 

(7) 

1110 

CG 

RAM 

(7) 

1111 

CG 

RAM 

(8) 

1111 

CG 

RAM 

(8) 


2-7

LCD PRODUCT TABLES 

LCD TFT Displays 

* Note: See page 3-2 for optional controller boards 

Spec 

Page 

Diagonal 

Size 

(inches) 

Newhaven Part Number 

Touch 

Panel 

Brightness 

(cd/m 2 ) 

Module Size 

(W x H x T) mm 

Interface 

Operating 

Temperature 

5-17 1.8 NHD-1.8-128160EF-CTXI#-F - 350 46.7 x 34.7 x 2.25 8-bit Parallel -20 o C - +70 o C 

5-18 1.8 NHD-1.8-128160EF-CTXI#-FT √ 280 46.7 x 34.7 x 3.45 8-bit Parallel -20 o C - +70 o C 

5-19 1.8 NHD-1.8-128160EF-CTXI# - 350 46.7 x 34.7 x 2.25 8-bit Parallel -20 o C - +70 o C 

5-20 1.8 NHD-1.8-128160EF-CTXI#-T √ 280 46.7 x 34.7 x 3.45 8-bit Parallel -20 o C - +70 o C 

5-21 2.4 NHD-2.4-240320SF-CTXI#-1 - 350 60.2 x 42.7 x 3.9 8-bit or 16-bit Parallel -20 o C - +70 o C 

5-22 2.4 NHD-2.4-240320SF-CTX#-T1 √ 250 60.2 x 42.7 x 3.9 8-bit or 16-bit Parallel -20 o C - +70 o C 

5-23 2.4 NHD-2.4-240320SF-CTXI#-F1 - 310 60.2 x 42.7 x 3.9 8-bit or 16-bit Parallel -20 o C - +70 o C 

5-24 2.4 NHD-2.4-240320SF-CTX#-FT1 √ 250 60.2 x 42.7 x 3.9 8-bit or 16-bit Parallel -20 o C - +70 o C 

5-25 2.4 NHD-2.4-240320SF-CTXL#-FTN1 √ 250 60.26 x 42.72 x 3.9 8-bit or 16-bit Parallel -20 o C - +70 o C 

5-26 3.5 NHD-3.5-320240MF-ATXL#-1 - 300 76.9 x 63.8 x 3.3 24-bit Parallel RGB -20 o C - +70 o C 

5-27 3.5 NHD-3.5-320240MF-ATXL#-T-1 √ 240 76.9 x 63.8 x 3.3 24-bit Parallel RGB -20 o C - +70 o C 

5-28 3.5 NHD-3.5-320240MF-ATXL#-CTP √ 270 76.9 x 63.8 x 3.3 24-bit Parallel RGB -20 o C - +70 o C 

5-29 4.3 NHD-4.3-480272EF-ATXL# - 600 105.5 x 62.7 x 5.4 24-bit Parallel RGB -20 o C - +70 o C 

5-30 4.3 NHD-4.3-480272EF-ATXL#-T √ 480 105.5 x 62.7 x 5.4 24-bit Parallel RGB -20 o C - +70 o C 

5-31 4.3 NHD-4.3-480272EF-ATXL#-CTP √ 400 105.5 x 62.7 x 5.4 24-bit Parallel RGB -20 o C - +70 o C 

5-32 5.0 NHD-5.0-800480TF-ATXI# - 250 120.7 x 75.8 x 3.1 24-bit Parallel RGB -20 o C - +70 o C 

5-33 5.0 NHD-5.0-800480TF-ATXI#-CTP √ 250 120.7 x 75.8 x 4.3 24-bit Parallel RGB -20 o C - +70 o C 

5-34 5.0 NHD-5.0-800480TF-ATXL# - 450 120.7 x 75.8 x 3.1 24-bit Parallel RGB -20 o C - +70 o C 

5-35 5.0 NHD-5.0-800480TF-ATXL#-T √ 400 120.7 x 75.8 x 4.3 24-bit Parallel RGB -20 o C - +70 o C 

5-36 5.0 NHD-5.0-800480TF-ATXL#-CTP √ 450 120.7 x 75.8 x 4.6 24-bit Parallel RGB -20 o C - +70 o C 

5-37 5.7 NHD-5.7-320240WFB-ATXI#-1 - 250 149.0 x 109.0 x 9.9 24-bit Parallel RGB -20 o C - +70 o C 

5-38 5.7 NHD-5.7-320240WFB-CTXI#-1 - 250 149.0 x 109.0 x 11.5 8-bit Parallel MCU -20 o C - +70 o C 

5-39 5.7 NHD-5.7-320240WFB-CTXI#-T-1 √ 250 149.0 x 109.0 x 11.5 8-bit Parallel MCU -20 o C - +70 o C 

5-40 5.7 NHD-5.7-320240WFB-ETXI#-1 - 350 149.0 x 109.0 x 11.5 16-bit Parallel MCU -20 o C - +70 o C 

5-41 5.7 NHD-5.7-320240WFB-ETXI#-T-1 √ 350 149.0 x 109.0 x 11.5 16-bit Parallel MCU -20 o C - +70 o C 

5-42 5.7 NHD-5.7-640480WF-CTXL# - 300 125.0 x 98.8 x 8.3 8-bit Parallel MCU -20 o C - +70 o C 

5-43 5.7 NHD-5.7-640480WF-CTXL#-T √ 300 125.0 x 98.8 x 8.3 8-bit Parallel MCU -20 o C - +70 o C 

5-44 7.0 NHD-7.0-800480EF-ATXL# - 280 165 x 104 x 3.5 24-bit Parallel RGB -20 o C - +70 o C 

5-45 7.0 NHD-7.0-800480EF-ATXL#-T √ 220 165 x 104 x 4.7 24-bit Parallel RGB -20 o C - +70 o C 

5-46 7.0 NHD-7.0-800480EF-ATXV# - 200 165 x 104 x 3.5 24-bit Parallel RGB -20 o C - +70 o C 

5-47 7.0 NHD-7.0-800480EF-ATXV#-T √ 160 165 x 104 x 4.7 24-bit Parallel RGB -20 o C - +70 o C 

2-8


LCD Character Displays 

Key Features: 

- 8 different backlight color options 

- Low power backlight 

- Various font tables available 

- Positive and negative image options 

- Industry standard sizes 

- Wide operating temperature 

- RoHS compliant 

Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 

Display Mode/Backlight Options 


Module 

Size 

(W x H) 

mm 

Character 

Size 

(W x H) 

mm 

Connector 

Type 

Operating 

Temperature 

5-48 1 x 8 NHD-0108BZ RN-YBW (STN+ YG, No BL) 

RN-YBW-33V (STN+ YG, No BL, 3.3Vdd) 

RN-GBW (STN+ Gray, No BL) 

FSY-YBW-33V3 (STN+ YG, YG BL, 3V, 3.3Vdd) 

5-49 1 x 8 NHD-0108CZ RN-GBW (STN+ Gray, No BL) 

RN-GBW-33V (STN+ Gray, No BL, 3.3Vdd) 

FL-GBW (STN+ Gray, YG BL) 

53 x 25 3.4 x 7.1 2x7 Back -20 o C - +70 o C 

69 x 27 4.2 x 7.7 1x10 Left -20 o C - +70 o C 

FSW-GBW-33V3(STN+ Gray, White BL, 3V, 

5-50 1 x 8 NHD-0108HZ FSW-GBW (STN+ Gray, White BL) 60.7 x 33.8 5.0 x 7.0 1x10 Left -20 o C - +70 o C 

3.3Vdd) 

5-51 1 x 8 NHD-0108FZ RN-YBW (STN+ YG, No BL) 

FL-YBW-33V3 (STN+ YG, YG BL, 3V, 3.3Vdd) 

84 x 44 6.4 x 10.7 1x16 

Bottom 

-20 o C - +70 o C 

5-52 2 x 8 NHD-0208AZ RN-YBW-33V (STN+ YG, No BL, 3.3Vdd) 

RN-YBW (STN+ YG, No BL) 


FL-YBW (STN+ YG, YG BL) 




RN-YBW-33V (STN+ YG, No BL, 3.3Vdd) 




3.3Vdd) 

40 x 35.4 2.9 x 4.7 2 x 8 Top -20 o C - +70 o C 

58 x 32 2.9 x 5.5 2 x 7 Left -20 o C - +70 o C 


5-54 1 x 12 NHD-0112BZ FL-YBW (STN+ YG, YG BL) 69 x 27 2.6 x 5.5 1 x 10 Left -20 o C - +70 o C 

3.3Vdd) 

5-55 2 x 12 NHD-0212WH-A YYH-JT# (STN+ YG, YG BL) 

YGH-JT# (STN+ Gray, YG BL) 

TGH-JT# (STN+ Gray, White BL) 

TMI-JT# (STN- Blue, White BL) 

55.7 x 32 2.7 x 6.3 1 x 15 

Bottom 

-20 o C - +70 o C 

5-56 1 x 16 NHD-0116AZ RN-GBW (STN+ Gray, No BL) 



5-57 1 x 16 NHD-0116DZ FL-YBW (STN+ YG, YG BL) 

FL-YBW-33V (STN+ YG, YG BL, 3V, 3.3Vdd) 


NSW-BBW (STN- Blue, White BL) 

80 x 36 3.0 x 6.5 1 x 16 Top -20 o C - +70 o C 

122 x 33 4.8 x 9.6 1 x 16 Top -20 o C - +70 o C 


2-9


LCD Character Displays (Continued) 

Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 



Module 

Size 

(W x H) 

mm 

Character 

Size 

(W x H) 

mm 

Connector 

Type 

Operating 

Temperature 

5-58 1 x 16 NHD-0116GZ FL-YBW (STN+ YG, YG BL) 


FSB-GBW (STN+ Gray, Blue BL) 

FSW-GBW (STN+ Gray, White BL) 


FSPG-FBW (FSTN+ PureGreen BL) 

FSB-FBW (FSTN+ Blue BL) 

FSO-FBW (FSTN+ Orange BL) 

FSA-FBW (FSTN+ Amber BL) 

FSR-FBW (FSTN+ Red BL) 

FSW-FBW (FSTN+ White BL) 

151 x 40 6.0 x 14.5 2 x 8 Left -20 o C - +70 o C 

5-59 2 x 16 NHD-02161Z FSY-YBW-C (STN+ YG, YG BL, w/ Flex Cable) 53 x 20 1.8 x 3.2 1 x 16 

Bottom FFC 

-20 o C - +70 o C 

5-60 2 x 16 NHD-0216HZ FL-YBW-C (STN+ YG, YG BL, Temp Comp) 

FSW-FBW-33V3C (FSTN+ White BL , 3 V, 3 . 3 V dd , 

Temp Comp) 

65.5 x 36.7 2.5 x 4.9 1 x 16 Bottom -20 o C - +70 o C 

5-61 2 x 16 NHD-0216T2Z FSY-YBW-P (STN+ YG, YG BL, w/ Pin Header) 74.5 x 30.7 2.9 x 5.2 1 x 16 Bottom -20 o C - +70 o C 

5-62 2 x 16 NHD-0216PZ FL-YBW (STN+ YG, YG BL) 

FL-YBW-PC (STN+ YG, YG BL, reversed pins,ESD) 

80 x 36 2.9 x 4.3 1 x 16 Bottom -20 o C - +70 o C 

5-63 2 x 16 NHD-0216XZ FSW-GBW (STN+ Gray, White BL) 80 x 36 3.0 x 5.2 1 x 16 Top -20 o C - +70 o C 

5-64 

5-65 

2 x 16 NHD-0216K1Z FL-YBW (STN+ YG, YG BL) 


FSPG-GBW-L (STN+ Gray, PureGreen BL, 20mA) 

FSB-GBW-L (STN+ Gray, Blue BL, 20mA) 

FSO-GBW-L (STN+ Gray, Orange BL, 20mA) 

FSA-GBW-L (STN+ Gray, Amber BL, 20mA) 

FSR-GBW-L (STN+ Gray, Red BL, 20mA) 

FSW-GBW-L (STN+ Gray, White BL, 20mA) 

NSW-BBW-L (STN- Blue, White BL, 20mA) 

FSPG-FBW-L (FSTN+ PureGreen BL, 20mA) 

FSB-FBW-L (FSTN+ Blue BL, 20mA) 

FSO-FBW-L (FSTN+ Orange BL, 20mA) 

FSA-FBW-L (FSTN+ Amber BL, 20mA) 

FSR-FBW-L (FSTN+ Red BL, 20mA) 

FSW-FBW-L (FSTN+ White BL, 20mA) 

FSW-FTW-FBI (FSTN+ White BL, 20mA, 

Fixed Contrast, 12:00 View) 

80 x 36 3.0 x 5.2 1 x 16 

Top/Bottom 

-20 o C - +70 o C 

NSPG-FBW (FSTN- Pure Green BL, 113mA) 

NSB-FBW-L (FSTN- Blue BL, 20mA) 

NSO-FBW-L (FSTN- Orange BL, 20mA) 

NSA-FBW-L (FSTN- Amber BL, 20mA) 

NSR-FBW-L (FSTN- Red BL, 20mA) 

NSW-FBW-L (FSTN- White BL, 20mA) 

FS(RGB)-FBW-Rev1 (FSTN + RGB BL) 

NS(RGB)-FBW-Rev1 (FSTN - RGB BL) 

2-10



Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 



Module 

Size 

(W x H) 

mm 

Character 

Size 

(W x H) 

mm 

Connector 

Type 

Operating 

Temperature 




84 x 44 3.0 x 5.2 1 x 16 

Bottom 

-20 o C - +70 o C 

5-67 2 x 16 NHD-0216EZ FL-YBW (STN+ YG, YG BL) 


85 x 5.2 3.0 x 5.3 2 x 8 Left -20 o C - +70 o C 

5-68 2 x 16 NHD-0216SZ FL-YBW (STN+ YG, YG BL) 




NSW-BBW-33V3(STN-Blue,White BL, 3V, 3.3Vdd) 


122 x 44 5.2 x 9.5 1 x 16 

Bottom 

-20 o C - +70 o C 

5-69 4 x 16 NHD-0416BZ FL-YBW (STN+ YG, YG BL) 



5-70 2 x 20 NHD-0220FZ FSW-GBW-P-33V3 

(STN+ Gray, White BL, 3V, 

3.3Vdd, w/ Pin Header) 

FSW-GBW-P (STN+ Gray, White BL, w/ Pin Header) 

5-71 2 x 20 NHD-0220GZ FL-YBW (STN+ YG, YG BL) 


FSW-GBW-L (STN+ Gray, White BL, 20mA) 

FSW-GBW-LE-E (STN+ Gray, White BL, 

20mA, Euro font) 






87 x 60 2.9 x 4.7 1 x 16 Top -20 o C - +70 o C 

65 x 20 1.8 x 3.2 2 x 8 Left -20 o C - +70 o C 

80 x 36 2.4 x 4.6 1 x 16 Top -20 o C - +70 o C 

116 x 37 3.2 x 5.5 1 x 16 Top -20 o C - +70 o C 

5-73 2 x 20 NHD-0220AZ FL-YBW (STN+ YG, YG BL) 146 x 43 4.8 x 9.2 1 x 16 Top -20 o C - +70 o C 

5-74 2 x 20 NHD-0220WH-M YGH-JT# (STN+ Gray, YG BL) 


TFH-JT#E (FSTN+ White BL) 

5-75 2 x 20 NHD-0220WH-L YYH-JT# (STN+ YG, YG BL) 


5-76 2 x 20 NHD-0220JZ FL-GBW (STN+ Gray, YG BL) 



5-77 4 x 20 NHD-0420H1Z FL-GBW-33V3 (STN+ Gray, YG BL, 3V, 3Vdd) 

FSW-GBW-3V33 (STN+Gray, White BL, 3V,3Vdd) 


5-78 4 x 20 NHD-0420AZ FL-YBW-33V3 (STN+ YG, YG BL, 3V,3.3Vdd) 

FL-GBW-33V3 (STN+ Gray, YG BL, 3V, 3.3Vdd) 

FSW-GBW-33V3 (STN+ Gray, White BL, 3V, 3.3Vdd) 

146 x 43 4.8 x 9.2 1 x 16 Top -20 o C - +70 o C 

180 x 40 6.0 x 9.6 2 x 8 Left -20 o C - +70 o C 

182 x 60 6.0 x 12.0 1 x 16 Left -20 o C - +70 o C 

66 x 36 2.3 x 5.1 1 x 16 Back -20 o C - +70 o C 

77 x 47 2.3 x 4.0 1 x 16 Top -20 o C - +70 o C 


2-11



Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 



Module 

Size 

(W x H) 

mm 

Character 

Size 

(W x H) 

mm 

Connector 

Type 

Operating 

Temperature 


FL-YBW-33V3 (STN+ YG, YG BL, 3V, 3.3Vdd) 



5-80 4 x 20 NHD-0420E2Z FL-YBW (STN+ YG, YG BL) 






98 x 60 2.9 x 4.7 1 x 16 Top -20 o C - +70 o C 

146 x 62 4.8 x 9.2 1 x 16 Top -20 o C - +70 o C 

116 x 37 2.7 x 5.5 2 x 8 Left -20 o C - +70 o C 

5-82 2 x 24 NHD-0224BZ1 FSW-FBW (FSTN+ White BL) 116 x 37 2.7 x 5.5 2 x 8 Left -20 o C - +70 o C 

5-83 2 x 24 NHD-0224AZ FSW-GBW (STN+ Gray, White BL) 118 x 36 3.2 x 5.5 2 x 8 Left -20 o C - +70 o C 

5-84 2 x 24 NHD-0224WH-A TDI-JT# (DFSTN- White BL) 118 x 36 3.2 x 5.5 2 x 8 Left -20 o C - +70 o C 

5-85 2 x 40 NHD-0240AZ FL-GBW (STN+ Gray, YG BL) 


5-86 4 x 40 NHD-0440AZ RN-FBW (FSTN+ No BL) 


5-87 4 x 40 NHD-0440WH-A TMI-JT# (STN- Blue, White BL) 

TFH-JT# (FSTN+ White BL) 

182 x 33 3.2 x 5.5 2 x 8 Left -20 o C - +70 o C 

190 x 54 2.7 x 4.8 2 x 8 Left -20 o C - +70 o C 

190 x 54 2.7 x 4.8 2 x 8 Left -20 o C - +70 o C 

2-12


LCD Serial Displays 

Key Features: 

- I 2 C, SPI and RS232 serial interfaces 

- Save development time and I/O lines 

- Simple hardware interfacing 

- Software controlled contrast and backlight brightness 

- Standard LCD commands and fonts 

- No extra boards or logic required 

- Standard LCD sizes 

- Custom development available 


Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 



Module Size 

(W x H) mm 

Character 

Size 

(W x H) 

mm 

Interface 

Operating 

Temperature 

5-88 

5-89 

2 x 16 NHD-0216K3Z FL-GBW (STN+ Gray, YG BL) 


FS(RGB)-FBW (FSTN+ RGB BL) 

NS(RGB)-FBW (FSTN- RGB BL) 

80.0 x 36.0 3.0 x 5.23 I 2 C, RS232, SPI -20 o C - +70 o C 

5-90 2 x 16 NHD-0216B3Z FL-GBW (STN+ Gray, YG BL) 84.4 x 44.0 3.0 x 5.23 I 2 C, RS232, SPI -20 o C - +70 o C 

5-91 2 x 16 NHD-0216S3Z FL-GBW (STN+ Gray, YG BL) 122.0 x 44.0 5.2 x 9.55 I 2 C, RS232, SPI -20 o C - +70 o C 

5-92 2 x 20 NHD-0220D3Z FL-GBW (STN+ Gray, YG BL) 



5-93 2 x 40 NHD-0240BZ NSW-BTW-P (STN- Blue, White BL, 5 Button 210.0 x 22.0 3.2 x 5.55 RS232 -20 o C - +70 o C 

Keypad) 

5-94 4 x 20 NHD-0420D3Z FL-GBW (STN+ Gray, YG BL) 




2-13


LCD COG Displays 

Key Features: 

- Monochrome character or graphic icons 


- Custom LED backlights available 



Spec 

Page 

Lines x 

Newhaven Part 

Number 



Module Size 


Interface Driver Operating 

Temperature 

5-95 2 x 16 NHD-C0216CZ NSW-BBW-3V3 (STN- Blue, White BL, 3Vdd, 3V) 

FSW-FBW-3V3 (FSTN+ White BL, 3Vdd, 3V) 

5-96 2 x 16 NHD-C0216AZ FN-GBW (STN+Gray, No BL) 

FSW-GBW (STN+Gray, White BL) 

41.4 x 24.3 x 4.0 SPI ST7032 -20 o C - +70 o C 

49.7 x 25.3 x 2.1 Parallel NT7605 -20 o C - +70 o C 

5-97 2 x 16 NHD-C0216CU FN-GBW-3V (STN+Gray, No BL, 3Vdd) 

FSW-GBW-3V3 (STN+Gray, White BL, 3Vdd, 3.2V) 

49.7 x 25.3 x 2.0 

56.0 x 25.3 x 5.5 

Parallel ST7032 -20 o C - +70 o C 

5-98 2 x 16 NHD-C0216CiZ FSW-FBW-3V3 (FSTN+ White BL, 3Vdd, 3V) 

FN-FBW-3V (FSTN+ No BL, 3Vdd, 3V) 

56.0 x 25.3 x 5.5 I 2 C ST7032i-OD -20 o C - +70 o C 

5-99 2 x 20 NHD-C0220AA FSW-FTW (FSTN+ White BL, 3V, 12:00 view) 74.5 x 25.0 x 6.2 Parallel NT7605 -20 o C - +70 o C 

5-100 2 x 20 NHD-C0220AZ FSW-FTW (FSTN+ White BL, 5V, 12:00 view) 74.5 x 25.0 x 6.2 Parallel NT7605 -20 o C - +70 o C 

5-101 2 x 20 NHD-C0220BiZ FSW-FBW-3V3-M (FSTN+ White BL, 3Vdd, 3V, 

w/ Mounting tabs) 

FS(RGB)-FBW-3VM (FSTN+ RGB BL, 3Vdd, 


75.7 x 25.0 x 6.2 

75.7 x 39.1 x 6.2 

I 2 C ST7036 -20 o C - +70 o C 

5-102 

5-103 

128 x 32 NHD-C12832A1Z NSW-BBW-3V3 (STN- Blue, White BL, 3Vdd, 3V) 

FSR-FBW-3V3 (FSTN+ Red BL, 3Vdd, 3V) 

FSB-FBW-3V3 (FSTN+ Blue BL, 3Vdd, 3V) 

FSW-FBW-3V3 (FSTN+ White BL, 3Vdd, 3V) 

FS(RGB)-FBW-3V (FSTN+ RGB BL, 3V) 

41.4 x 24.3 x 4.0 SPI ST7565R -20 o C - +70 o C 

5-104 128 x 64 NHD-C12864B2Z RN-FBW (FSTN+ No BL) 48.0 x 36.0 x 2.0 Parallel ST7565R -20 o C - +70 o C 

5-105 128 x 64 NHD-C12864GG RN-GBW (STN+ Gray, No BL) 55.5 x 38.0 x 2.0 Serial/Parallel ST7565P -20 o C - +70 o C 

5-106 128 x 64 NHD-C12864WC FSW-FBW-3V3 (FSTN+ White BL, 3Vdd, 3V) 

FSW-FBW-3V3-M (FSTN+ White BL, 3Vdd, 3V 


62.0 x 40.0 x 5.7 

86.0 x 40.0 x 5.7 

Serial/Parallel ST7565R -20 o C - +70 o C 

5-107 128 x 64 NHD-C12864KGZ FSW-GBW (STN+Gray, White BL) 55.5 x 38.0 x 5.0 Parallel ST7565R -20 o C - +70 o C 

5-108 128 x 64 NHD-C12864LZ FSW-FBW-3V3 (FSTN+ White BL, 3V, 3Vdd) 77.4 x 52.4 x 6.5 Serial/Parallel ST7565RG -20 o C - +70 o C 

5-109 128 x 64 NHD-C12864M1R FSW-FTW-3V6 (FSTN+ White BL, 6V, 3.3Vdd) 69.9 x 42.9 x 5.8 Serial/Parallel ST7565R -20 o C - +70 o C 

5-110 128 x 64 NHD-C12864CR FSW-GBW (STN+Gray, White BL, 3.3Vdd) 71.3 x 54.9 x 5.9 Serial/Parallel ST7565 -20 o C - +70 o C 

2-14


LCD COG Displays (Continued) 

Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 



Module Size 


Interface Driver Operating 

Temperature 

5-111 

5-112 

128 x 64 NHD-C12864A1Z FSW-FBW-HTT (FSTN+ White BL, w/ Heater) 

FSR-FBW-HTT (FSTN+ Red BL, w/ Heater) 

FSB-FBW-HTT (FSTN+ Blue BL, w/ Heater) 

FS(RGB)-FBW-HTT (FSTN+ RGB BL, w/ Heater) 

80.0 x 54.0 x 10.2 SPI ST7565V -40 o C - +70 o C 

5-113 128 x 64 NHD-C12864WO B1TMI#-M (STN- Blue, White BL, w/ mounting tabs) 

B1TFH#-M (FSTN+ White BL, w/ mounting tabs) 

B1TT1#-M (FSTN- White BL, w/ mounting tabs) 

B1TGH#-M (STN+Gray, White BL, w/ mountingtabs) 

89.7 x 49.8 x 6.0 Serial/Parallel ST7565P-G -20 o C - +70 o C 

5-114 128 x 65 NHD-C12865AR FSW-GBW (STN+ Gray, White BL) 57.0 x 39.4 x 2.0 Serial/Parallel ST7565R -20 o C - +70 o C 

5-115 128 x 65 NHD-C12865BR FSW-GBW (STN+ Gray, White BL) 66.3 x 49.8 x 5.9 Serial/Parallel ST7565R -20 o C - +70 o C 

5-116 128 x 128 NHD-C128128BZ FSW-GBW (STN+ Gray, White BL) 71.3 x 75.4 x 6.0 Serial/Parallel ST7528 -20 o C - +70 o C 

5-117 160 x 100 NHD-C160100AZ RN-GBW (STN+ Gray, No BL) 41.5 x 36.0 x 2.1 Serial/Parallel ST7528 -20 o C - +70 o C 

5-118 160 x 100 NHD-C160100CZ RN-FBW (FSTN+ No BL) 51.5 x 39.7 x 2.1 Serial/Parallel ST7528 -20 o C - +70 o C 

5-119 160 x 100 NHD-C160100DiZ FSW-FBW (FSTN+ White BL) 50.0 x 45.0 x 4.0 I 2 C ST7528i -20 o C - +70 o C 

5-120 240 x 64 NHD-C24064WO ATFH#-3V3 (FSTN+ White BL, 3V, 3Vdd) 142.5 x 51.7 x 14.9 Parallel ST7565S(2) -20 o C - +70 o C 


2-15


LCD Graphic Displays 

Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 

Display Mode/Backlight 

Options 


Module Size 

(W x H) 

mm 

Viewing 

Area 

(W x H) 

mm 

Controller 

Operating 

Temperature 

5-121 122 x 32 NHD-12232KZ NSW-BBW-P (STN- Blue, White BL, 

w/ pin header) 

83.5 x 27.5 60.5 x 18.5 SBN1661G_M02 -20 o C - +70 o C 

5-122 122 x 32 NHD-12232WG EYYH (STN+ YG, YG BL) 80.0 x 36.0 60.0 x 18.0 SBN1661G -20 o C - +70 o C 

5-123 122 x 32 NHD-12232AZ FL-YBW (STN+ YG, YG BL) 


84.0 x 44.0 64.0 x 17.9 SBN1661G -20 o C - +70 o C 

5-124 128 x 64 NHD-12864WX-T1 TFH# (FSTN+ White BL) 38.0 x 24.2 29.6 x 17.9 NT7534H -20 o C - +70 o C 

5-125 128 x 64 NHD-12864MZ FSW-GBW-L ( S T N + G r ay, W h i t e B L ) 63.2 x 52.2 54.0 x 36.0 KS0108 -20 o C - +70 o C 

Key Features: 

- 8 different backlight color options 

- Low power backlight 

- Optional touch panels available 

- Positive and negative image options 

- Industry standard sizes 



2-16


LCD Graphic Displays (Continued) 

Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 



Module Size 

(W x H) 

mm 

Viewing 

Area 

(W x H) 

mm 

Controller 

Operating 

Temperature 

5-126 128 x 64 NHD-12864WG-B TGH-T#N (STN+ Gray, White BL w/ Temp Comp) 

TMI-V#N (STN- Blue, White BL) 

TFH-V#N (FSTN+ White BL) 

75.0 x 52.7 60.0 x 32.6 KS0108 -20 o C - +70 o C 

5-127 128 x 64 NHD-12864WG-C TFH-V#N (FSTN+ White BL) 78.0 x 70.0 62.0 x 44.0 KS0108 -20 o C - +70 o C 

5-128 128 x 64 NHD-12864WG-F TGH-VZ# (STN+ Gray, White BL) 

TMI-VZ# (STN- Blue, White BL) 

TTI-VZ#000 (FSTN- White BL) 

TFH-VZ# (FSTN+ White BL) 

5-129 128 x 64 NHD-12864AZ FL-YBW (STN+ YG, YG BL) 


FSW-GBW-VZ (STN+ Gray, White BL, w/ Neg V) 


NSW-BBW-TR (STN- Blue, White BL ) 

87.0 x 70.0 72.0 x 40.0 RA6963 -20 o C - +70 o C 

93.0 x 70.0 72.0 x 40.0 KS0108 -20 o C - +70 o C 

5-130 144 x 32 NHD-14432WG-A TFH-V#T (FSTN+ White BL) 85.0 x 36.0 66.0 x 16.0 ST7920 -20 o C - +70 o C 

5-131 144 x 32 NHD-14432WG-B TFH-V#T (FSTN+ White BL) 80.0 x 36.0 66.0 x 16.0 ST7920 -20 o C - +70 o C 

5-132 160 x 32 NHD-16032AZ FL-YBW (STN+ YG, YG BL) 114.0 x 44.0 99.0 x 22.0 ST7920-OB -20 o C - +70 o C 



5-134 160 x 128 NHD-160128WG-B TGH-VZ#-1 (STN+ Gray, White BL) 

TMI-VZ#-1 (STN- Blue, White BL) 

5-135 192 x 32 NHD-19232WG-B GGH-V#T (STN+ Gray, Green BL) 

TMI-V#T (STN- Blue, White BL) 

5-136 240 x 64 NHD-24064CZ FSW-GBW (STN+ Gray, White BL) 



5-137 240 x 64 NHD-24064WG-A YYH-VZ# (STN+ YG, YG BL) 

TGH-VZ# (STN+ Gray, White BL) 



122.0 x 44.0 99.0 x 24.0 ST7920-OB -20 o C - +70 o C 

129.0 x 102.0 101.0 x 82.0 RA6963 -20 o C - +70 o C 

116.0 x 37.0 84.0 x 18.6 ST7920 -20 o C - +70 o C 

118.0 x 45.0 96.0 x 30.0 RA6963 -20 o C - +70 o C 

180.0 x 65.0 133.0 x 39.0 RA6963 -20 o C - +70 o C 


2-17


LCD Graphic Displays (Continued) 

Spec 

Page 

Lines x 

Characters 

Newhaven Part 

Number 



Module Size 

(W x H) mm 

Viewing 

Area 

(W x H) 

mm 

Controller 

Operating 

Temperature 

5-138 240 x 128 NHD-240128BZ NSW-BTW (STN- Blue, White BL) 

NSW-BTW-3V3 (STN- Blue, White BL, 3V) 

5-139 240 x 128 NHD-240128WG-B TMI-VZ# (STN- Blue, White BL) 

TML-VZ# (STN- Blue, White BL 12:00 View) 


TGH-VZ# (STN+ Gray, White BL) 

5-140 240 x 128 NHD-240128WG-A FTI-VZ#C5 (FSTN- CCFL BL, 5-pin conn.) 



5-141 320 x 240 NHD-320240WX-Co TFH-V#I040 (FSTN+ White BL) 

TFH-V#I041 (FSTN+ White BL w/ Mounting 

Tabs) 

93.0 x 65.0 72.0 x 40.0 RA8835 -20 o C - +70 o C 

144.0 x 104.0 144.0 x 64.0 RA6963 -20 o C - +70 o C 

170.0 x 103.5 129.0 x 75.0 RA6963 -20 o C - +70 o C 

94.7 x 83.3 81.4 x 51.0 RA8835 -20 o C - +70 o C 

5-142 320 x 240 NHD-320240WG-Co TFH-VZ# (FSTN+ White BL) 154.7 x 120.0 120.1 x 92.1 RA8835 -20 o C - +70 o C 

5-143 320 x 240 NHD-320240WG-A TMI-VZ# (STN- Blue, White BL) 165.0 x 109.0 122.0 x 92.0 None -20 o C - +70 o C 

5-144 320 x 240 NHD-320240WG-Bx TGH-VZ#-3VR (STN+ Gray, White,3V) 

TFH-VZ# (FSTN+White BL) 


5-145 320 x 240 NHD-320240WG-Bo TMI-VZ# (STN- Blue, White BL) 


TML-VZ#030 (STN- Blue, White BL, with 

Touch Panel, 12:00 View) 

166.8 x 109.0 122.0 x 92.0 RA8835 -20 o C - +70 o C 

166.8 x 109.0 122.0 x 92.0 RA8835 -20 o C - +70 o C 

2-18

LCD DEVELOPMENT TOOLS 

The NHDev Development Board is the ideal tool for prototyping and evaluating Newhaven Display’s OLED, TFT, LCD and VFD products. This 

STM32F based device comes preprogrammed to demonstrate each display with preloaded images and text files from the included SD card. These 

files can also be easily edited or replaced with user created images allowing you to see what your actual application will look like. 

The NHDev Board’s easy-to-use functionality allows for quick time to market while keeping your development costs low. The design of the board 

has selection features making it easy for the user to plug in any display and with a push of a button have it up and running in minutes versus days. 

The NHDev Board now gives you the freedom to pick and choose several displays instead of just one when prototyping your product. 

Features: 

• One board to evaluate several displays 

• Sample codes and wiring diagrams provided 

• CPU: STM32F103RET6 ARM 32 bit Cortex-M3 

• PCB dimensions: 100 x 95mm 

• SD Card storage with preloaded images and text files 

• Variable resistor to adjust contrast 

• 3 push button user interface 

• Backlight enable switch 

• MPU reset switch 

• JTAG connection with ARM2x10 pin layout for programming 

• 2.54mm (0.1”) pitch LCD development output pins and thru-holes 

• NHD-C0216CZ-FSW-FBW display. 

• 7VDC power supply, jumper to select +5V, 3.3V LCD power supply 

• Jumper to select input to V0 potentiometer, 

either VSS or VEE (external voltage) 

Breakdown of the NHDev Development Board 

OLED Characters 

OLED Graphics 

* Multi-Font feature 

not supported 

TFT Displays 

* requires TFT 

controller board 

Character LCD 

Modules 

Supported Displays 

NHD-0216KZW series 

NHD-0216SZW series 

NHD-2.23-12832UC series 

NHD-2.23-12832UM series * 



NHD-1.8-128160EF-CTXI# series 

NHD-2.4-240320SF-CTXI# series 

NHD-2.4-240320SF-CTXL#-FTN1 

NHD-3.5-320240MF-ATXL# series* 

NHD-4.3-480272EF-ATXL# series * 

NHD-5.0-800480TF-ATXI# series * 

NHD-5.0-800480TF-ATXL# series * 

NHD-0108 models 






NHD-0220DZW series 

NHD-0420DZW series 





NHD-5.7-320240WFB-ATXI# series* 

NHD-5.7-320240WFB-CTXI# series 

NHD-5.7-320240WFB-ETXI# series 

NHD-5.7-640480WF-CTXL# 

NHD-7.0-800480EF-ATXL# series * 

NHD-7.0-800480EF-ATXV# series * 







Graphic LCD 

Modules 

Chip-on-Glass 

Modules 

Character VFD 

Modules 

NHD-12232AZ series 

NHD-12864WX series 

NHD-12864WG-B series 

NHD-12864WG-C series 


NHD-14432WG series 


NHD-16032BZ series 

NHD-C0216CZ series 

NHD-C0216AZ series 

NHD-C0220A series 

NHD-C12832A1Z series 

NHD-C12864B2Z series 

NHD-C12864GG series 

NHD-C12864KGZ series 

NHD-C12864WC series 

NHD-C12864M series 

M0116SD-161SDBR1-1 

M0216SD-162SDAR2-1 






NHD-24064CZ series 

NHD-24064WG-A series 

NHD-240128WG-A series 



NHD-320240WX series 

NHD-C12864CR series 

NHD-C12864LZ series 

NHD-C12864WO series 

NHD-C12864A1Z series 

NHD-C12865 series 

NHD-C128128BZ series 

NHD-C160100AZ series 

NHD-C160100CZ series 

NHD-C160100DiZ series 


M0220SD-202SDAR1-1G 

M0220MD-202MDAR1-3 

M0420SD-204SDAR1-3 

M0420SD-204MDAR1-C 


3-1

LCD DEVELOPMENT TOOLS 

LCD 

Controller Boards 

The LCD Controller boards provide the user with the ability to use an 8-bit or 16-bit parallel processor input instead of the standard 24-bit 

RGB input. When the processor being used doesn’t have a built-in controller to run the driver on the TFT, these boards offer a simple solution 

that’s quick and easy to use. Listed below are the controller boards that can be used to connect to our 3.5”, 4.3”, 5.0”, 5.7” and 7.0” TFT displays. 

Newhaven Part Number Description Module Size 

(W x H) mm 

Controller 

Voltage 

NHD-3.5-320240MF-VIDEO Board V1.1 Digital video board with 2 composite video inputs. 74 x 55 BIT1612 +12V 

NHD-3.5-320240MF-20 8-bit parallel MCU interface 78 x 65 SSD1963 +3.3V 

NHD-3.5-320240MF-22 8-bit parallel MCU interface with resistive touch panel signals. 78 x 65 SSD1963 +3.3V 

NHD-3.5-320240MF-34 16-bit parallel MCU interface with resistive touch panel signals. 78 x 65 SSD1963 +3.3V 

NHD-4.3-480272MF-20 8-bit parallel MCU interface 105.5 x 40 SSD1963 +3.3V 

NHD-4.3-480272MF-22 8-bit parallel MCU interface with resistive touch panel signals. 105.5 x 40 SSD1963 +3.3V 


NHD-5.0-800480MF-20 8-bit parallel MCU interface 105.5 x 40 SSD1963 +3.3V 


NHD-5.7-320240WFB-20 8-bit parallel MCU interface 78 x 70 SSD1963 +3.3V 

NHD-7.0-800480EF-20 8-bit parallel MCU interface 105.5 x 40 SSD1963 +3.3V 

NHD-7.0-800480EF-34 16-bit parallel MCU interface with resistive touch panel signals. 105.5 x 40 SSD1963 +3.3V 

3-2

VFD 

Displays 


4-1

VFD DISPLAY - VFD Classifications 

VFD Color Filters 

Color filters can be applied to any VFD to change the overall look of 

the display. These filters can alter the color of the VFD and increase 

the contrast ratio, as well as act as a protective shield. 

Some colors available include: 

- Red 

- Rose 

- Blue 

- Violet 

- Green 

VFD Filtering Capabilities 

VFD Classifications 

7-Segmented Glass 

Seven segmented glass VFD displays are used primarily to display 

numerical information. Typical applications are clocks, industrial 

instrumentations, counters, scales, calculators and registers. 

Alphanumeric Glass 

Alphanumeric glass VFD displays are used to display upper and 

lower case text and numerical instrumentation. Typical applications 

are scales, test and measurement, vending machines and gaming 

machines. 

Dot Matrix Glass 

Dot matrix glass VFD displays are typically used to display upper and 

lower case text, numerical information and limited symbols. Typical 

applications are measurement, scales, medical, vending machines, 

point-of-sales registers and industrial instrumentations. 

Custom VFD Glass 

Newhaven Display offers custom glass VFDs allowing you to 

make your product stand out from your competition. These are 

perfect for virtually any application. 

Character Module 

The character module VFD is featured in alphanumeric and dot 

matrix and incorporates all the necessary hardware for easy 

connection. Typical applications are test and measurement, scales, 

medical and gaming machines. 

4-2

VFD DISPLAY - VFD Terminology 

VFD Principle 

Cathode- The Cathode (Filament) is the barium oxide coated tungsten wire which is heated by the external power source to approximately 

600 o C and emits free thermal electrons. 

The Grid- The Grid is a metal mesh over the phosphor coated anodes and controls the electrons emitted from the cathode. 

Electrons- In the case of non-light emission, electrons from the cathode pass through the grid mesh with the negative potential applied. When 

the anodes are supplied with positive potential, electrons that pass through the grid mesh hit the anodes. Phosphor, on the anode, excited by the 

electrons, emits luminous radiation. 

Terminology 

Below are key words to help identify with some of the commonly 

used terms within the VFD Industry. 

VFD Structure 

Filament 

The Filament is the cathode of VFD. 

It consists of a very thin tungsten wire 

coated with barium, strontium and calcium 

oxides. Application of a specified voltage 

raises the temperature of the filament, 

which causes thermionic emission. 

ITO Contact Lead 

The ITO Contact Lead lets the inside 

transparent conductive layer of Front 

Glass connect to filament voltage to 

prevent ESP effect. 

Anode Electrode 

The Anode Electrode generally consists 

of graphic coated with phosphors. 

Both the graphic and phosphors are 

conductors. 

Insulation Layer 

The Insulation Layer electrically insulates 

the anode/grid electrode from wiring 

pattern. 

Wiring Pattern 

The Wiring Pattern connects anode/grid 

electrode to the metal leads. 

Grid 

The Grid controls the flow of the electrons 

by applying positive or negative voltage. 

Glass Substrate 

The Glass Substrate is used to form the wiring 

pattern and other patterns. 

Leads Getter 

The Leads Getter is important in maintaining 

a high vacuum level in the inside of VFD after 

the exhausting process. 

Exhaust Tip 

The Exhaust Tip is used to remove the gasses 

from inside of the VFD during the production 

process. 

Front Glass 

The Front Glass is used together with a glass 

substrate to form a vacuum sealed package. 

Frit Glass 

The Frit Glass will melt after heated to fix 

and seal the front glass and glass substrate 

together. 

Phosphors 

Collided by the electrons emitted by the 

filament, the phosphor is excited and emits 

light. 

Through Hole 

The Through Hole is formed on the insulating 

layer connecting the anode electrode to the 

wiring pattern. 

Transparent Conductive Layer 

The Transparent Conductive Layer is formed 

on the inside of the front glass. It protects 

the display from external electrostatic effects. 


4-3

VFD PRODUCT TABLES 

VFD Glass Displays 

7-Segmented 

Spec Info 

Lines x 

Characters 

Glass Size 

(L x H x T) mm 

Character Size 

(W x H) mm 

Character Type 

Newhaven Part 

Number 

Call 1 x 3 48.2 x 20.5 x 6.5 4.4 x 8.0 7-Seg D0103MT-20-0108 

Call 1 x 6 98.0 x 33.0 x 8.0 6.8 x 12.4 7-Seg D0106LT-33-0604N 

Call 1 x 7 98.0 x 33.0 x 8.0 6.0 x 12.4 7-Seg D0107LT-33-0701A 

Call 1 x 9 112.0 x 25.0 x 6.8 9.7 x 4.4 7-Seg D0109MT-25-1101 

Call 1 x 11 160.0 x 33.0 x 8.0 6.3 x 12.5 7-Seg D0111LT-33-1101 

Call 1 x 13 129.0 x 25.0 x 7. 4.2 x 9.6 7-Seg D0113MT-25-1302 

Call 1 x 19 205.0 x 29.0 x 8.0 4.9/5.6 x 1.0/13.0 7-Seg D0119LT-29-1901 

Alphanumeric 

Spec 

Info 

Lines x 

Characters 

Glass Size 



(W x H) mm 


Newhaven Part 

Number 

Call 1 x 16 110.2 x 20.5 x 6.1 3.0 x 5.0 Alpha D0116SY-20-1601FB 

Dot Matrix 

Spec 

Info 

Lines x 

Characters 

Glass Size 

(L x W x T) mm 


(W x H) mm 


Newhaven Part 

Number 

Call 1 x 20 115.7 x 20.5 x 6.1 3.4 x 4.9 Dot Matrix D0120SD-20-2004F 

Call 2 x 20 125.0 x 35.0 x 7.8 3.5 x 5.0 Dot Matrix D0220SD-35-4002FN 

Call 2 x 20 120.0 x 42.0 x 9.0 3.0 x 5.0 Dot Matrix D0420SD-42-2001FN 

Call 4 x 20 125.0 x 53.5 x 10.5 3.3 x 5.0 Dot Matrix D0420SD-53-4001F 

4-4

VFD PRODUCT TABLES 

VFD Module Displays 

Alphanumeric 

Spec 

Page 

Lines x Characters 

Glass Size 



(W x H) mm 



5-147 1 x 16 125 x 35 x 18 3 x 5 Alphanumeric M0116SY-161MSAR1-S2 

5-148 1 x 16 177 x 32 x 15 6 x 11 Alphanumeric M0116MY-161LSBR2-S2 

Dot Matrix 

Spec 

Page 

Dot 

Format 

Outer Panel 

(L x H x T) 

mm 


(W x H) mm 

Font Type 

Interface 

Serial/Parallel 


5-149 1 x 16 80 x 36 x 11 2 x 5 Dot Matrix Serial/ Parallel M0116SD-161SDBR1-1 

5-150 1 x 16 100 x 28 x 22 3 x 5 Dot Matrix Serial M0116SD-161SDBR1-S 

5-151 2 x 16 80 x 36 x 18 2 x 5 Dot Matrix Serial/Parallel M0216SD-162SDAR2-1 

5-152 2 x 16 85 x 36 x 19 2 x 4 Dot Matrix Serial/Parallel M0216SD-162SDAR1 


5-154 2 x 16 122 x 44 x 20 4 x 9 Dot Matrix Serial/Parallel M0216MD-162MDBR2-J 


5-156 2 x 20 116 x 37 x 17 2 x 5 Dot Matrix Serial/Parallel M0220SD-202SDAR1-1G 

5-157 2 x 20 146 x 43 x 19 4 x 9 Dot Matrix Serial M0220MD-202MDAR1-1 

5-158 2 x 20 146 x 43 x 19 4 x 9 Dot Matrix Parallel M0220MD-202MDAR1-3 

5-159 4 x 20 100 x 60 x 20 3 x 5 Dot Matrix Parallel M0420SD-204SDAR1-3 


4-5

5-1

OLED 

Specifications 


5-2

21.8 16- 1.0PTH 

NHD-0216KZW-A 

OLED Module Specification 

4.95 

7.55 

80.0 0.5 

71.2 

66.0(VA) 

4.23 

56.95(AA) 

8.0 P2.54*1 5=38 .1 

5.1 

10.0Max 

36.0 0.5 

25.2 

31.0 

18.3 

5.7 

2.5 

1 

16 

10.3 

16.0(VA) 

Front 

1.6 

40.55 

2.5 75.0 

11.85(AA) 

4- 2.5 PTH 

4- 5.0 PAD 

Electrical Characteristics 

Item Symbol Condition Min. Typ. Max. Unit 

Operating Temperature Range Top Absolute Max -40 - +80 °C 

Storage Temperature Range Tst Absolute Max -40 - +80 °C 

Supply Voltage VDD 3.0 5.0 5.3 V 

Supply Current IDD Ta=25 °C, VDD=5.0V - 30 - mA 

“H” Level Input VIH 0.9*VDD - VDD V 

“L” Level Input VIL VSS - 0.1*VDD V 

“H” Level Output VOH 0.8*VDD - VDD V 

“L” Level Output VOL VSS - 0.2 VDD V 

Pin Description: Parallel Interface(default) 

Pin No. Symbol Function Description 

1 VSS Ground 

2 VDD Supply Voltage for OLED and logic 

3 NC No Connect 

4 RS Register select signal. RS=0: Command, RS=1:Data 

5 R/W Read/Write select signal, R/W=1: Read R/W: =0: 

Write 

6 E Operation enable signal. Falling edge triggered. 

7-10 DB0-DB3 Four low order bi-directional three-state data bus 

lines. These four are not used during 4-bit operation. 

11-14 DB4-DB7 Four high order bi-directional three-state data bus 

lines. 



Pin Description: Serial Interface 


1 VSS Ground 


3-11 NC No Connect 

12 SCL Serial Clock signal 

13 SDO Serial Data output signal 

14 SDI Serial Data input signal 


16 /CS Active LOW Chip Select signal 

5-3

NHD-0216SZW-B 


3.5 

8.2 

2.9 

8.0 

10.0 

122.0 0.5 

115.0 

105.6 

11.5 99.0(VA) 

13.58 91.14 (AA) 

3.5 

10.0MAX 

4.7 

44.0 0.5 

34.2 

24.0(VA) 

18.98 (AA) 

37.0 

Front 

1.6 

10.98 

2.0 

P2.54*15=38.1 

2.5 

18-O1.0 PTH 

4-O3.5 PTH 

4-O6.5 PAD 













1 VSS Ground 





Write 





lines. 





1 VSS Ground 









5-4

NHD-0220DZW-A 


9.8 MAX 

4.9 

5.90 

9.20 

12.57 

13.40 

16.50 

20.03 

116.0 0.5 

91.2 

85.00(VA) 

77.30(AA) 

4.0 

Front 

37.0 0.5 

25.20 

18.60(VA) 

11.85(AA) 

16 

2 

15 

1 

29.0 

2.5 

1.6 

2.54 

59.0 

4.0 108.0 

4- 3.5 PTH 

4- 5.5 PAD 

8.34 

16 

15 

(P2.54*7) 

17.78 

2 

1 

PIN DETAIL 













1 VSS Ground 





Write 





lines. 





1 VSS Ground 








5-5

NHD-0420DZW-A 


98.0 0.5 

2.00 94.0 

10.50 77.0(VA) 

13.63 70.16(AA) 

10.0 P2.54*15=38.10 

2.0 

2.50 

2.50 

10.00 MAX 

4.7 

14.00 

17.40 

19.53 

1 16-O1.0 PTH 16 

0.8 

60.0 0.5 

32.0 

28.6 

55.0 

25.20(VA) 

20.95(AA) 

Front 

49.0 4-O2.5 PTH 

1.60 

2.50 93.0 

4-O5.0 PAD 













1 VSS Ground 





Write 





lines. 





1 VSS Ground 









5-6

NHD-2.23-12832UC 


Front 





Supply Voltage VDD - 3.3 3.5 V 

Supply Current (logic) IDD Ta=25 °C, VDD=3.3V - 180 300 μA 

VDD=3.3V, 50% ON - 60 70 mA 

Supply Current (display) 

ICC 

VDD=3.3V, 100% ON - 108 120 mA 

Sleep Mode Current IDD+ICC SLEEP - 3 15 μA 





Pin Description: Parallel Interface Pin Description: Serial Interface Pin Description: I2C Interface 

Pin 

No. 

Symbol 

1 VSS Ground 

Function Description 

Pin 

No. 

Symbol 

1 VSS Ground 


Pin 

No. 

Symbol 

1 VSS Ground 




4 D/C Register select signal. 

D/C=0: Command, D/C=1:Data 

5 R/W or 

/WR 

6 E or 

/RD 

6800-interface: Read/Write select 

signal, R/W=1: Read R/W: =0: Write 

8080-interface: Active LOW Write 

Signal 

6800-interface: Operation enable 

signal. Falling edge triggered. 

8080-interface: Active LOW Read 

Signal 

7-14 DB0-DB7 8-bit Bi-directional data bus lines. 


16 /RES Active LOW Reset signal. 

17 /CS Active LOW Chip select signal. 


19 BS2 MPU Interface Select signal 






5-6 VSS Ground 

7 SCLK Serial Clock signal. 

8 SDIN Serial Data Input signal. 







19 BS2 MPU Interface Select signal. 




4 SA0 Slave Address Selection signal. 


7 SCL Serial Clock signal. 

8 SDA IN Serial Data input signal (pins 8 and 9 

can be tied together). 

9 SDA OUT Serial Data output signal (pin 9 can be 

No Connect). 



16 /RES No Connect 

17 VSS Ground 




5-7

NHD-2.23-12832UM 







Supply Current (logic) IDD Ta=25 °C, VDD=3.0V - 0.195 15.4 mA 

VDD=3.0V, 50% ON - 20 25 mA 


ICC 

VDD=3.0V, 100% ON - 28 35 mA 






Pin Description: Parallel Interface 

Pin 

No. 

Symbol 

1 VSS Ground 







5 R/W or / 

WR 

6 E or 

/RD 

6800-interface: Read/Write select signal, 

R/W=1: Read R/W: =0: Write 

8080-interface: Active LOW Write Signal 

6800-interface: Operation enable signal. 

Falling edge triggered. 

8080-interface: Active LOW Read Signal 


15 /RES Active LOW Reset signal 




19 MF_SI Multi-font IC Serial Data Input 

20 MF_SCLK Multi-font IC Serial Clock Input 

21 /MF_CS2 Multi-font IC Active LOW Chip Enable signal. 

22 MF_SO Multi-font IC Serial Data Output 




Pin 

No. 

Symbol 

1 VSS Ground 




4 D/C Register select signal. D/C=0: Command, 

D/C=1:Data 
















Pin Description: I2C Interface 

Pin 

No. 

Symbol 

1 VSS Ground 




4 SA0 Slave Address Selection signal. 


7 SCL Serial Clock signal. 

8 SDA IN Serial Data input signal (pins 8 and 9 can 

be tied together). 

9 SDA OUT Serial Data output signal (pin 9 can be 

No Connect). 



16 /CS Active LOW Chip Enable signal. 









5-8

NHD-2.7-12864UC 







Supply Current (logic) IDD Ta=25 °C, VDD=3.3V - 4 4 mA 

VDD=3.3V, 50% ON - 175 185 mA 


ICC 

VDD=3.3V, 100% ON - 295 310 mA 







Pin 

No. 

Symbol 

1 VSS Ground 





5 R/W or 

/WR 

6 E or 

/RD 





6800-interface: Operation enable signal. Falling edge triggered. 










Pin 

No. 

Symbol 

1 VSS Ground 

















5-9

NHD-2.7-12864UM 







Supply Current (logic) IDD Ta=25 °C, VDD=3.0V - 0.265 15.4 mA 

VDD=3.0V, 50% ON - 31 39 mA 


ICC 

VDD=3.0V, 100% ON - 53 6 mA 







Pin 

No. 

Symbol 

1 VSS Ground 





5 R/W or / 

WR 

6 E or 

/RD 

















Pin 

No. 

Symbol 

1 VSS Ground 




4 D/C Register select signal. D/C=0: Command, D/C=1:Data 















5-10

NHD-2.8-25664UC 


Front 







VDD=3.0V, 50% ON - 148 160 mA 


ICC 

VDD=3.0V, 100% ON - 244 260 mA 

Sleep Mode Current IDD+ICC SLEEP - - 10 μA 






Pin 

No. 

Symbol 

1 VSS Ground 





5 R/W or 

/WR 

6 E or 

/RD 















Pin 

No. 

Symbol 

1 VSS Ground 

















5-11

NHD-2.8-25664UM 







Supply Current (logic) IDD Ta=25 °C, VDD=3.0V - 1.8 18 mA 

VDD=3.0V, 50% ON - 25.5 31.9 mA 


ICC 

VDD=3.0V, 100% ON - 40.1 51.1 mA 







Pin 

No. 

Symbol 

1 VSS Ground 





5 R/W or / 

WR 

6 E or 

/RD 














21 /MF_CS2 Multi-font IC Active LOW Chip Enable signal 



Pin 

No. 

Symbol 

1 VSS Ground 



















5-12

NHD-3.12-25664UC 


Front 







VDD=3.0V, 50% ON - 155 165 mA 


ICC 

VDD=3.0V, 100% ON - 250 265 mA 

Sleep Mode Current IDD+ICC SLEEP - - 110 μA 






Pin 

No. 

Symbol 

1 VSS Ground 





5 R/W or 

/WR 

6 E or 

/RD 















Pin 

No. 

Symbol 

1 VSS Ground 

















5-13

NHD-3.12-25664UM 







Supply Current (logic) IDD Ta=25 °C, VDD=3.0V - 1.8 18 mA 

VDD=3.0V, 50% ON - 28.1 35.1 mA 


ICC 

VDD=3.0V, 100% ON - 47.7 59.7 mA 







Pin 

No. 

Symbol 

1 VSS Ground 





5 R/W or / 

WR 

6 E or 

/RD 

















Pin 

No. 

Symbol 

1 VSS Ground 



















5-14

5-15

LCD 



5-16

NHD-1.8-128160EF-CTXI#-F 

LCD Module Specification 

2.25±0.2 

Except the double side tape 

BL 46.75±0.2 

1.69±0.2 

LCD 41.4(TFT)±0.2 

LCD38.3(CF)±0.2 

A.A 35.04 (3.27) 

BL 34.7±0.2 

LCD 31.2±0.2 

A.A 28.03 

128(RGB)X160 DOTS 

1.75±0.2 

(3.34) 

Tear 

tape 

Front 

Back 

D.S.T 

T=0.10MM 

component area 

single area 

tape 

YU XL YD XR 

single area 

17.63±0.3 

2.36±0.3 

K1 

K2 

A21 

A 

W=0.35 

1 24 

0.3±0.05 

D.S.T 

T=0.10MM 

8.4±0.2 

8.95±0.2 

Stiffener 

12.5±0.1 

4.5±0.5 

3±0.3 

0.5±0.1 

P=0.5 

11.5±0.1 

3±0.5 

R0.3 

30.19±0.2 

(16.5) 

A22 

A1K1 K 

YU XL YD XR 

tape 





Supply Voltage for Logic IOVDD 1.65 2.8 3.3 V 

Supply Voltage for LCD VDD 2.5 2.8 3.3 V 

Supply Current IDD - 3 - mA 

“H” Level input Vih 0.7*IOVDD - IOVDD V 

“L” Level Input Vil VDD - 0.3*IOVDD V 

“H” Level Output Voh 0.8*IOVDD - IOVDD V 

“L” Level Output Vol VDD - 0.2*IOVDD V 

Backlight Supply Voltage VLED 3.0 3.2 3.4 V 

Backlight Supply Current ILED VLED=3.2V - 30 40 mA 

Brightness YL ILed=30mA 290 350 - cd/m2 

Pin Description 


1 GND Ground 

2 IOVDD Supply Voltage for Logic (+2.8V)- Can be tied to VDD 

3 VDD Supply Voltage for LCD (+2.8V) 


5 /RST Active LOW Reset signal 

6 D/C Data/Command selection: 1=Data ; 0=Command 

7 /WR Active LOW Write signal 


8 /RD Active LOW Read signal 

9-16 DB0-DB7 8-bit bi-directional data bus 

17 LED-A Backlight Anode 

18 LED-K1 Backlight Cathode 


20 GND Ground 


5-17

NHD-1.8-128160EF-CTXI#-FT 


BL 34.7±0.2 

34.3±0.2/TP 

30.03/TP(V,A) 

0.2±0.2 

3.45±0.2 


BL 46.75±0.2 

46.35±0.2/TP 

(2.27) 

37.04/TP(V,A) 

(2.77) 

36.04/TP(A,A) 

A.A 35.04 (3.27) 

XL 

29.03TP/(A,A) 

A.A 28.03 

YU 


XR 

(3.34) 

Tear tape 

Front 

Back 

D.S.T 

T=0.10MM 

YD 


single area 

17.63±0.3 

2.36±0.3 

K1 

K2 

A21 

A 

tape 

W=0.35 

1 24 

YU XL YD XR 

0.3±0.05 

D.S.T 

T=0.10MM 

R0.3 

8.4±0.2 

8.95±0.2 

Stiffener 

12.5±0.1 

4.5±0.5 

3±0.3 

P=0.5 

0.5±0.1 

11.5±0.1 

3±0.5 

(16.5) 

A2 A1K1 K 

30.19±0.2 

YU XL YD XR 

tape 















1.0max 



1 GND Ground 


3 VDD Power Supply for LCD (+2.8V) 











20 GND Ground 

21 YU Touch Panel Up 

22 XL Touch Panel Left 

23 YD Touch Panel Down 

24 XR Touch Panel Right 


5-18

NHD-1.8-128160EF-CTXI# 


BL 46.75±0.2 

LCD 41.4(TFT)±0.2 

1.69±0.2 

LCD38.3(CF)±0.2 

A.A 35.04 (3.27) 

BL 34.7±0.2 

LCD 31.2±0.2 

A.A 28.03 


1.75±0.2 

(3.34) 

Tear 

tape 

D.S.T 

T=0.10MM 

(16.5) 

D.S.T 

T=0.10MM 

1 24 

D.S.T(t=0.05mm) 

A2 A1K1 K 

(8.15) 

(4.86) 

YU XL YD XR 

tape 

2.25±0.2 


17.63±0.3 

K1 

K2 

A21 

A 

tape 

20±0.3 

YU XL YD XR 

D.S.T(t=0.05mm) 

1 24 

1.5±0.3 

2±0.3 

24 


(1.5) 

1 

(8.4) 

4.1±0.15 

7.29±0.2 

5.59±0.2 

0.86±0.3 

A 

18.4±0.1 

21.8±0.2 

31.69±0.2 

2.5±0.3 

4.2±0.5 

2- 1.5 

P=0.8 

W=0.5 

25±0.15 

4±0.15 

0.8 

Front 

1.3 

Back 

0.6 

0.25 

R0.125 

DETAIL: A 5/1 

















1 GND Ground 


3 VDD Supply Voltage for LCD (+2.8V) 











20 GND Ground 


5-19

NHD-1.8-128160EF-CTXI#-T 


BL 46.75±0.2 

46.35±0.2/TP 

(2.27) 

(2.77) 

37.04/TP(V,A) 

36.04/TP(A,A) 

A.A 35.04 (3.27) 

XL 

BL 34.7±0.2 

34.3±0.2/TP 

30.03/TP(V,A) 

29.03TP/(A,A) 

A.A 28.03 

YU 


XR 

0.2±0.2 

(2.33) 

(2.83) 

(3.34) 

Tear tape 

D.S.T 

T=0.10MM 

(16.5) 

D.S.T 

T=0.10MM 

1 24 

YU XL YD XR 

D.S.T(t=0.05mm) 

tape 

A2 A1K1 K 

(8.15) 

(4.86) 

17.63±0.3 

7.29±0.2 

5.59±0.2 

0.86±0.3 

K1 

K2 

A21 

A 

tape 

YD 

20±0.3 

D.S.T(t=0.05mm) 

1 24 

A 

18.4±0.1 

21.8±0.2 

31.69±0.2 

YU XL YD XR 

2.5±0.3 

4.2±0.5 

1.5±0.3 

2±0.3 

2- 1.5 

24 

P=0.8 

W=0.5 


25±0.15 

(1.5) 

1 

(8.4) 

4.1±0.15 

4±0.15 

0.8 

1.3 

Front 

3.45±0.2 


Back 


0.6 














0.25 

R0.125 

DETAIL: A 5/1 



1 GND Ground 













20 GND Ground 






5-20

NHD-2.4-240320SF-CTXI #-1 


Front 

Front 



Operating Temperature Range Top Absolute Max -20 25 +70 °C 

Storage Temperature Range Tst Absolute Max -30 25 +80 °C 


Supply Current IDD VDD=2.8V - 7 9 mA 

“H” Level input Vih 0.8*VDD - VDD V 

“L” Level Input Vil VSS - 0.2*VDD V 

“H” Level Output Voh 0.8*VDD - VDD V 

“L” Level Output Vol VSS - 0.2*VDD V 


Backlight Supply Current ILED VLED=3.2V - 60 - mA 

Brightness YL - 350 - cd/m2 



1 GND Ground 

2 Y- No Connect 

3 X+ No Connect 

4 Y+ No Connect 

5 X- No Connect 

6 LCD_ID LCD ID pin (No Connect) 


8 IDD Logic Signal Supply IDD= 1.65~VDD 

9 FMARK Used when writing RAM data in sync with frame 

(No Connect) 

10 /CS Active LOW Chip select (can tie to ground) 

11 RS Register Select: 0= write index register, 1= write data 

12 /WR Active LOW Write strobe 

13 /RD Active LOW Read strobe 


14-29 DB0-DB15 Bi-directional data bus. 

8-bit: use DB15-DB8 


30 /RESET Active LOW Reset 

31 IMO IMO=0 : 16-bit i80 

IMO=1: 8-bit i80 


33 GND Ground 

34 LED-1 LED Cathode (Ground) 




38 LED-A LED Anode (+3.2V) 

39 GND Ground 

5-21

NHD-2.4-240320SF-CTXI #-T1 


Front 

Front 








“L” Level Input Vil 0 - 0.2*VDD V 


“L” Level Output Vol 0 - 0.2*VDD V 



Brightness YL 200 250 - cd/m2 



1 GND Ground 

2 Y- Touch Panel-DOWN 

3 X+ Touch Panel-LEFT 

4 Y+ Touch Panel-UP 

5 X- Touch Panel-RIGHT 




9 FMARK Used when writing RAM data in sync with frame 

(No Connect) 






14-29 DB0~DB15 Bi-directional data bus. 




31 IMO IM0=0 : 16-bit i80 

IM0=1: 8-bit i80 


33 GND Ground 






39 GND Ground 


5-22

NHD-2.4-240320SF-CTXI #-F1 


Front 
















1 GND Ground 

2 Y- No Connect 

3 X+ No Connect 

4 Y+ No Connect 

5 X- No Connect 




9 FMARK Used when writing RAM data in sync with frame (No 

Connect) 










31 IMO IM0=0 : 16-bit i80 

IM0=1: 8-bit i80 


33 GND Ground 






39 GND Ground 


5-23

NHD-2.4-240320SF-CTXI #-FT1 


Front 
















1 GND Ground 

2 Y- Touch Panel-DOWN 

3 X+ Touch Panel-LEFT 

4 Y+ Touch Panel-UP 

5 X- Touch Panel-RIGHT 




9 FMARK Used when writing RAM data in sync with frame (No 

Connect) 










31 IMO IM0=0 : 16-bit i80 

IM0=1: 8-bit i80 


33 GND Ground 






39 GND Ground 



5-24

NHD-2.4-240320SF-CTXL#-FTN1 

















1 GND Ground 

2 YD Touch Panel-DOWN 

3 XL Touch Panel-LEFT 

4 YU Touch Panel-UP 

5 XR Touch Panel-RIGHT 



8 IOVDD Supply Voltage for Logic (+2.8V) 







14-29 DB0-DB15 Bi-directional data bus 




31 IM0 IM0=0: 16-bit i80-II IMO=1: 8-bit i80-II 


33 GND Ground 

34-37 LED-K1 - K4 Backlight Cathode (Ground) 

38 LED-A Backlight Anode (3.2V) 

39 GND Ground 


5-25

NHD-3.5-320240MF-ATXL #-1 


2.12 

(3.12) 

76.9±0.2 

72.88±0.15/Bezel opening 

(A,A70.08) 

(38.45) 

2.01 

(3.41) 

3.2±0.15 

(3) 

(3) 

Newhaven Display 

63.9±0.2 


9A,A52.56) 

(29.4) 

Front 


VIEW DIRECTION 

(12 o'clock) 

TEAR TAPE 

Back 

single side area 

Component 

area 

A K 

16.55±0.5 

55.9±0.5 

0.5 

0.2 

2.25 

0.35±0.05 

4±0.3 

27.5±0.5 

15.7±0.3 


27.5±0.2 

54.7±0.5 







Supply Current IDD VDD=3.3V - 25 - mA 



“H” Level Output Voh VDD-0.4 - VDD V 

“L” Level Output Vol VSS - VSS+0.4 V 





1 LED- Cathode for LED backlight 


3 LED+ Anode for LED backlight (+19.2V @ 20mA) 





8 /RESET Reset- active LOW 

9 CS Serial interface chip select 

5.5±0.5 

(36.2) 

10 SCL Serial interface clock 

11 SDI Serial interface data 

12-19 DB0-DB7 Blue signal data bus 

20-27 DB8-DB15 Green signal data bus 

28-35 DB16-DB23 Red signal data bus 

36 HSYNC Horizontal sync signal 

37 VSYNC Vertical sync signal 

38 DCLK Dot clock signal 

STIFFER 

CONTACT 

SIDE 

0.3±0.05 

0.125 

0.35±0.03 

DETAIL:A 




41 VDD Power for LCD and logic (+3.3V) 




45 ID No Connect 







52 DE Data Enable signal 

53 GND Ground 

54 GND Ground 

0.5 

1 54 

P0.5*53=26.5±0.05 


5-26

NHD-3.5-320240MF-ATXL #-T-1 


2.12 

(3.52) 

(2.3) 

(3.12) 

76.9±0.2 

76.6±0.2/TP 


TP/V,A/71.82 

(A,A70.08) 

TP/A,A70.08 

(38.45) 

0.05 +0.20 

-0.05 

2.01 

(2.41) 

(3.41) 

4.4±0.25 

(3) 

(3) 

Newhaven Display 


63.6±0.2/TP 

63.9±0.2 

TP/A,A/52.56 

TP/V,A/55.05 

(A,A52.56) 

(29.4) 


TEAR TAPE 

0.2 

0.5 

0.35±0.05 

2.25 

4±0.3 


0.125 

0.35±0.03 

DETAIL:A 

16.55±0.5 

20.45±0.5 

Component 

area 

55.9±0.5 

49.7±0.5 

27.5±0.5 


0.3±0.05 

15.7±0.3 27.5±0.2 


4.5±0.5 

(36.2) 

5.5±0.5 

STIFFERC 

ONTACT SIDE 

0.3±0.05 









“L” Level Output Vol VSS - VSS+0.4 V 




R0.5 

3±0.5 

B 

0.5 

Touch Panel 


Pin No. Symbol Function 

Description 

1 Y1 LEFT 

2 X1 DOWN 

3 Y2 RIGHT 

4 X2 UP 

A 

1 54 

P0.5*53=26.5±0.05 

54.7±0.5 

3±0.3 

2-1 

4-0.5 

PITCH 1*3=3 

5±0.2 



































53 GND Ground 

54 GND Ground 

5-27

NHD-3.5-320240MF-ATXL#-CTP 


Enlarged to show detail 

1.2±0.1 

2-0.5±0.1 

6-w:0.5±0.05 

p:1*1=1±0.05 

6.5±0.1 

1.4MAX 

5±0.3 

3±0.3 

Capacitive Touch Panel Electrical Characteristics 





Supply Current (Operating) IDD Ta=25°C, VDD=2.8V - 6.0 - mA 

Supply Current (Hibernate) IDD Ta=25°C, VDD=2.8V - 0.03 - mA 

“H” level input Vih 0.7*VDD - VDD V 

“L” level input Vil VSS - 0.3*VDD V 

“H” level output Voh 0.7*VDD - VDD V 

“L” level output Vol VSS - 0.3*VDD V 

** Please see NHD-3.5-320240MF-ATXL #-1 spec for TFT electrical characteristics. 





3 LED+ Anode for LED backlight (20mA @ +19.2V) 

4 LED+ Anode for LED backlight (20mA @ +19.2V) 




























52 DE No Connect 

53 GND Ground 

54 GND Ground 

Capacitive Touch Panel 

0.3±0.05 

(Side View of CTP) 

(Side View of TFT) 


1 VDD Power supply for logic (3.0V) 

2 GND Ground 

3 SCL Serial I 2 C Clock (Requires pull-up resistor) 

4 SDA Serial I 2 C Data (Requires pull-up resistor) 

5 /INT Interrupt signal from touch panel module to host 

6 /WAKE External interrupt signal from host (0: Disable /INT; 1: Enable /INT) 


5-28

NHD-4.3-480272EF-ATXL# 


67.2±0.2 

57.5/BEZEL OPENING 

2.5 

53.86(LCD A.A) (4.18) 

(31.3) 

RG B 

105.5±0.2 

98.7/BEZEL OPENING 

95.04(LCD A.A) 

TF T 4.3" 

480(RGB) X 272 


(52.75) 

3.4 

(5.23) 

TEAR TAPE 

*2.95±0.2 

single area 

INSULATION TAPE 

25.22±0.5 

*45.67±0.5 

A 

14 0 

1 40 

20.35±0.3 

YU 

XL 

YD 

XR 

0.3±0.05 

5±0.5 

45.6±0.5 

Single area 

PI S 

r 

*18.75±0.5 

20.5±0.2 

1 40 

3.5±0.3 

1.4 

0.35 

1.4 

0.3 

P0.5*39=19.5±0.1 






Supply Current (White screen) - 24.24 28.78 mA 

Supply Current (Black screen) - 25.76 30.30 mA 



Backlight Supply Voltage VLED - 19.2 22 V 

Backlight Supply Current ILED - - 40 - mA 




1 LED- Ground for Backlight 

2 LED+ Backlight Power Supply (32mA @ 19.2V) 

3 GND Ground 

4 VDD Power supply for LCD and logic (3.3V) 

5-12 R0-R7 Red Data Signals 

13-20 G0-G7 Green Data Signals 

21-28 B0-B7 Blue Data Signals 

29 GND Ground 

30 PCLK Data sample Clock signal 

31 DISP Display ON/OFF signal 


32 HSYNC Line synchronization signal 

33 VSYNC Frame synchronization signal 


35 AVDD No Connect 

36 GND Ground 

37 XR No Connect 

38 YD No Connect 

39 XL No Connect 

40 YU No Connect 

5-29

NHD-4.3-480272EF-ATXL#-T 


67.2±0.2 

64.8±0.2/TP 

V,A57.5/TP (2.5) 

(3) 

57±0.15 Bezel Opening 

53.86(LCD A.A) (4.18) 

(31.3) 

RG B 

105.5±0.2 

104.7±0.2/TP 0.42 

98.7±0.15 Bezel Opening (3.4) 

V,A98.7/TP 

(3.42) 

(A,A)96.7/TP 

(4.42) 

95.04(LCD A.A) 

(5.23) 

(52.75) 

TFT 4.3" 

480(RGB) X 272 


TEAR TAPE 

*4.15±0.2 

single area 

25.22±0.5 

*45.67±0.5 

A 

1 40 

20.35±0.3 

YU 

XL 

YD 

XR 

0.3±0.05 

5±0.5 

45.6±0.5 

Single area 

PI Sti 

*18.75±0.5 

20.5±0.2 

1 40 

3.5±0.3 

1.4 

0.35 

1.4 

0.3 

P0.5*39=19.5±0.1 






Supply Current (White screen) IDD - 24.24 28.78 mA 

Supply Current (Black screen) IDD - 25.76 30.30 mA 



Backlight Supply Voltage VLED - 19.2 22 V 

Backlight Supply Current ILED - 40 - mA 






3 GND Ground 





29 GND Ground 








36 GND Ground 

37 XR Touch Panel RIGHT 

38 YD Touch Panel DOWN 

39 XL Touch Panel LEFT 

40 YU Touch Panel UP 


5-30

NHD-4.3-480272EF-ATXL#-CTP 


TFT: 

( TP: 104.7 0.1 ) 

TFT: ( TP: 95.44 ) 

45.67 

TFT: 

(TP: 64.4 0.1) 

TFT: TP: 54.26 

45.6 





Supply Voltage VDD 2.8 - 3.3 V 


Supply Current (Hibernate) IDD - 0.03 - mA 






** Please see NHD-4.3-480272EF-ATXL# spec for TFT electrical characteristics. 





3 GND Ground 





29 GND Ground 








36 GND Ground 

37 XR Touch Panel RIGHT 

38 YD Touch Panel DOWN 

39 XL Touch Panel LEFT 

40 YU Touch Panel UP 




2 GND Ground 





5-31

NHD-5.0-800480TF-ATXI# 


120.70±0.2 (TFT Outline) 

109.00 (TFT V.A.) 

108.00 (TFT A.A.) 

3.10 (TFT) 

46.0 

23.0 

43.0 


65.80 (TFT V.A.) 

64.80 (TFT A.A.) 

1.30 Max 

70.0 

(TFT) 

Detail: B 

Front View 


2(0.50±0.10) 

w=0.35±0.03 

p=0.50±0.03 

P0.5x(40-1)=19.50±0.05 

20.50±0.7 







“L” level input Vil 0 - 0.3VDD V 

“H” level output Voh VDD-0.4 - - V 

“L” level output Vol - - GND+0.4 V 

Backlight Supply Voltage VLED - 23.1 - V 

Backlight Supply Current ILED VLED=23.1 - 20 25 mA 

Backlight Power Consumption PBL - 924 - mW 





2 LED+ Backlight Power Supply (20mA @ ~23.1V) 

3 GND Ground 





29 GND Ground 

30 CLKIN Clock for input data (Rising Edge) 

31 STBYB 1: Normal Operation, 0: Standby Mode 






36 GND Ground 






5-32

NHD-5.0-800480TF-ATXI#-CTP 



109.00 (TFT V.A.) 

108.00 (TFT A.A.) 

117.60±0.1 (CTP Outline) 

109.00 (CTP A.A.) 

Enlarged to show detail 

1.2±0.1 

A 

Adhesive 

0.1mm 

0.043 

0.135 

23.0 

46.0 

43.0 

65.80 (CTP A.A.) 

75.80 (CTP Outline) 

70.0 


65.80 (TFT V.A.) 

64.80 (TFT A.A.) 

0.135 

Detail: B 

Front View 

1.5MAX 

w=0.35±0.03 

p=0.50±0.03 

2(0.50±0.10) 

P0.5x(40-1)=19.50±0.05 

20.50±0.7 

61±1 


1 40 




2 LED+ Backlight Power Supply (20mA @ ~23.1V) 

3 GND Ground 





29 GND Ground 







54.25±1 







“H” level input Vih 0.7VDD - VDD V 

“L” level input Vil -0.3 - 0.3VDD V 

“H” level output Voh 0.7VDD - - V 

“L” level output Vol - - 0.3VDD V 


** Please see NHD-5.0-800480TF-ATXI# spec for TFT electrical characteristics. 

C 

5±0.3 

Stiffener 


36 GND Ground 








2 GND Ground 

3±0.3 

Conductive plate 

0.3±0.05 

Side View (CTP) 



Detail: C 

Rear View 

W=0.5±0.05 

*P:1.0X(6-1)=5±0.05 

6.5±0.1 



5-33

NHD-5.0-800480TF-ATXL# 










“H” level output Voh VDD-0.4 - VDD V 

“L” level output Vol VSS - VSS+0.4 V 

Backlight Supply Voltage VLED - 19.2 - V 







3 GND Ground 





29 GND Ground 








36 GND Ground 






5-34

NHD-5.0-800480TF-ATXL#-T 

(1.97) 

(2.57) 

(3.37) 

120.7±0.20 ( ) 

120.1±0.2 RTP 

110.8 RTP V/A 

109.6 RTP A/A 

108 (L D A/A) 

0.3±0.2 

(4.95) 

(5.55) 

(6.35) 

4.3 MAX 

YU 

75.2±0.2 RTP 

67.6 RTP V/A 

66.4 RTP A/A 

64.8 (L D A/A) 

XL 

75.8±0.20 ( ) 

XR 

TEAR 

TAPE 

FRONT 

BACK 

YD 

11.96±0.3 

46±0.50 

43±0.3 

26.15±0.50 

17±0.3 

16.85±0.3 

CONTACT SIDE 

1.30mm MAX 

STIFFENER 

20±0.3 

6.00±0.5 

3.50±0.30 

70±0.3 

P1.0X(4-1)=3.00±0.05 

W=0.50±0.05 

0.30±0.05 

60.00±0.3 

70±0.3 

0.35±0.03 

0.50±0.10 P0.5X(40-1)=19.50±0.05 

20.50±0.15 

R0.3 

3.20±0.30 






Supply Current IDD VDD=3.3V 130 164 200 mA 


“L” level input Vil 0 - 0.3*VDD V 

“H” level output Voh VDD-0.4 - - V 

“L” level output Vol - - VSS+0.4 V 


Backlight Supply Current ILED 45 60 75 mA 






32 HSD Line synchronization signal 

2 LED+ Backlight Power Supply (60mA @ 19.2V) 33 VSD Frame synchronization signal 

3 GND Ground 

34 DEN Data Enable signal 




36 GND Ground 





29 GND Ground 





5-35

NHD-5.0-800480TF-ATXL#-CTP 


TFT: 

TP: 117.6+0.1 

and TP 

/ TP 

and TP 

See Detail C 

Back of Capacitive TP 








“H” level input Vih 0.78VDD - VDD V 





** Please see NHD-5.0-800480TF-ATXL# spec for TFT electrical characteristics. 


Detail : C 




3 GND Ground 





29 GND Ground 








36 GND Ground 








2 GND Ground 






5-36

NHD-5.7-320240WFB-ATXI#-1 


4.0 

4.0 

7.0 

6.2 

7.3 

13.76 

15.3 

149.0±0.5 

152.0±0.2 

138.7±0.5 

118.28±0.2(VA) 

115.20±0.2(AA) 

6.3 

4-O3.5 PTH 

7.4 

9.9Max 

7.0±0.5 

109.0±0.5 

101.0±0.2 

88.6±0.2(VA) 

86.40±0.2(AA) 

94.4 

0.36 

1.0 

0.12 

DOT SIZE 

SCALE 40/1 

200.0±10.0 

1 

3 

9.43 

121.4±0.5 


50 1 

CON1 




Supply Voltage for Logic VDD 3.0 3.3 3.5 V 

Supply Voltage for Analog AVDD 4.5 5 5.5 V 

5.0 

3.5 

1 50 

0.3 

24.5 

25.5 

SCALE 2:1 

Conductor Side 

TFT Gate ON operating voltage VGH Duty=1/240 - 15 - V 

TFT Gate OFF operating voltage VGL Duty=1/240 - -10 - V 

VCOM driving voltage ** VCOM Duty=1/240 -2.0 - 5.5 V 

Supply Current for Digital IDD VDD=3.3V, 

- 2.2 3.5 mA 

Supply Current for Analog IAVDD 

AVDD=5V, 

VGH=15V, 

- 4.7 7 mA 

Supply Current for Gate ON IGH 

VGL= -10V 

- 0.05 0.1 mA 

Supply Current for Gate OFF IGL - 0.05 0.1 mA 



** VCOM must be adjusted to optimize display quality, contrast ratio, etc. 



1 IF1 Input data format control (Note 1) 

2 IF2 Input data format control (Note 1) 

3 POL Polarity Signal connect to VCOM driving circuit. 

4 RESET Hardware reset. 

5 SPENA Chip Select 

6 SPCL Serial Clock 

7 SPDA Serial Data 

8 B0 Blue Data bit (LSB) 

9-14 B1-B6 Blue Data bit 

15 B7 Blue Data bit (MSB) 

16 G0 Green Data bit (LSB) 

17-22 G1-G6 Green Data bit 

23 G7 Green Data bit (MSB) 

24 R0 Red Data bit (LSB) 

25-30 R1-R6 Red Data bit 

31 R7 Red Data bit (MSB) 


32 Hsync Horizontal synchronous signal 

33 Vsync Vertical synchronous signal 

34 Data CLK Dot data clock 

35-36 VDD(analog) Analog power: 4.5V - 5.5V 

37-38 VDD(digital) Digital power: 3V - 3.5V 

39 NPC NTSC/PAL mode Auto detection result 

H:NTSC/ L:PAL 

40-41 VGL Gate off power 

42 UD Up/Down scan setting. 

H: Reverse scan / L: Normal scan 

43 VGH Gate on power 

44 LRC Shift direction of device internal shift register control. 

45 GND Ground 

46-47 VCOM VCOM driving input 

48 ENB Data enable input. Normal pull low. 

49 GND Ground 

50 GND Ground 

5-37

NHD-5.7-320240WFB-CTXI #-1 


4.0 

6.2 

7.3 

4.0 

7.0 

13.76 

25.2 

15.3 

149.0±0.5 

152.0±0.2 

138.7±0.5 

118.28±0.2(VA)(Frame) 

115.20±0.2(AA) 

6.3 

4- PTH 

7.4 

109.0±0.5 

101.0±0.2 

88.6±0.2(VA)(Frame) 

86.40±0.2(AA) 

43.5 

CN-FPC-20P/P1.0 

(Down-Side) 

CON1 

(320*3)*240 Dots 

200.0±10.0 

94.4 

Front 

1 

3 

9.43 

(38.9) 

55.7 

78.0(PCB) 

(22.4) 


(Up-Side) 

48.6 

11.5Max 

7.0±0.5 


(Down-Side) 

70.0(PCB) 

1.0 









Backlight is 7 Parallel groups of 3-Serial LEDs each. 



1 GND Ground 



4 D/C# Register select signal: 1= Data, 0=Command 

5 WR# Active LOW Write signal, 8080 MPU interface 

6 RD# Active LOW Read signal, 8080 MPU interface 

7-14 (DB0-DB7) Bi-directional data bus lines 

15 CS# Active LOW Chip select signal 

16 RES# Active LOW Reset signal 


18 R/L Scan direction 1: Right (Tied internally) 

19 U/D Scan direction 0: Down (Tied internally) 



5-38

NHD-5.7-320240WFB-CTXI #-T-1 


1.55±0.1(ADH Included) 

4.50 

5.90 

5.30 

5.80 

104.00±0.2(O.D) 

93.30±0.2(V.A) 

90.30(A.A) 

5.40 

7.90 

(0.10) 

(4.50) 

103.80±0.2(ADH O.D) 

94.90±0.2(ADH) 

(3.60) 

(0.10) 

right 

3.60 

140.00±0.2(O.D) 

122.10±0.2(V.A) 

119.20(A.A) 

top 

bottom 

FRONT 

ITO FILM T=0.188mm 

ADH ITO GLASS T=1.1mm 

BACK 

4.50 

D5067 

T=0.15 ADH Drawing 

4.40 

123.70±0.2(ADH) 

139.80±0.2(ADH O.D) 

left 

13.40 

12.50 

14.90 

TS-320240BRNO-Ne 

w haven Display 

61.00±0.7 

51.50±0.5 

10.00±0.3(Stiffener) 

Pin4 

15.00±0.2 

Pin1 

Single layer 

Housing 

thickness 0.24±0.02 

14.50 


6.00±0.3 

Pin1 

Pin4 

53.50±0.5 

63.00±0.7 

48.10±0.5 

48.20±0.5 

** see above for 5.7” Touch Panel dimensions. 

(For 5.7” TFT drawing: see NHD-5.7-320240WFB-CTXI #-1 spec). 












1 GND Ground 














Touch Panel Pin Description 

Pin No. Symbol External Connection Function Description 

1 X- Touch Controller TOP 

2 X+ Touch Controller BOTTOM 

3 Y- Touch Controller LEFT 

4 Y+ Touch Controller RIGHT 

5-39

NHD-5.7-320240WFB-ETXI #-1 


4.0 

149.0±0.5 

152.0±0.2 

11.5Max 

7.0±0.5 

7.0 

138.7±0.5 

6.3 

13.76 

118.28±0.2(VA)(Frame) 

4.0 

6.2 

7.3 

15.3 

115.20±0.2(AA) 

4- PTH 

7.4 

109.0±0.5 

101.0±0.2 

88.6±0.2(VA)(Frame) 

86.40±0.2(AA) 

(320*3)*240 Dots 

200.0±10.0 

94.4 

1.0 

Front 

1 

3 

Front 

9.43 












1 GND Ground 
















5-40

NHD-5.7-320240WFB-ETXI #-T-1 


1.55±0.1(ADH Included) 

4.50 

5.90 

5.30 

5.80 

104.00±0.2(O.D) 

93.30±0.2(V.A) 

90.30(A.A) 

5.40 

7.90 

(0.10) 

(4.50) 

103.80±0.2(ADH O.D) 

94.90±0.2(ADH) 

(3.60) 

(0.10) 

right 

3.60 

140.00±0.2(O.D) 

122.10±0.2(V.A) 

119.20(A.A) 

top 

bottom 

FRONT 

ITO FILM T=0.188mm 

ADH ITO GLASS T=1.1mm 

BACK 

4.50 

D5067 

T=0.15 ADH Drawing 

4.40 

123.70±0.2(ADH) 

139.80±0.2(ADH O.D) 

left 

13.40 

12.50 

14.90 

TS-320240BRNO-Ne 

w haven Display 

61.00±0.7 

51.50±0.5 

10.00±0.3(Stiffener) 

Pin4 

15.00±0.2 

Pin1 

Single layer 

Housing 

thickness 0.24±0.02 

14.50 


6.00±0.3 

Pin1 

Pin4 

53.50±0.5 

63.00±0.7 

48.10±0.5 

48.20±0.5 

** see above for 5.7” Touch Panel dimensions. 

(For 5.7” TFT drawing: see NHD-5.7-320240WFB-ETXI #-1 spec). 












1 GND Ground 

















1 Y1 TOP 

2 X1 BOTTOM 

3 Y2 LEFT 

4 X2 RIGHT 

5-41

52.10 

98.80±0.3 

46.70 

NHD-5.7-640480WF-CTXL # 


1.81 

4.20 

CN2 

2 1 

3.89 

1.50 

21.25 

79.70 

24.05 

16.00 

88.70(VA) 2.35 

86.40(AA) 3.50 

60.60 

64.40 

1 2 

31.95 40.00 26.85 

0.8 

Front 

22 

CON2 

1 

1.00 

1.00 

32 

1 

CON3 

28.6 44.9 

24.5 46.9 

1 50 

CON1 

1 

CN1 

Parts Area 

24.0L*16.0W 

(Down-Side) 

4- PTH 

25.30 79.60 20.10 

50 

38.70 

3.00 

1.85 

115.20(AA) 

117.50(VA) 

125.00±0.3 

4-R0.8 

5.70 

5.95 

8.30MAX 

9.25 

103.70 

12.05 

0.18 

R G B 

R GB 

0.18 

0.06 

Dots Size 30/1 

0.50 

3.00 

1 

p0.5*49=24.50 

0.30 

50 







Backlight Supply Voltage VLED - 23.1 24.5 V 





1 GND Ground 



4 D/C# Register select signal-0: Command, 1: Data 





16 U/D Scan direction 1: Up, 0: Down 

17 R/L Scan direction 1: Right, 0: Left 





5-42

NHD-5.7-640480WF-CTXL #-T 


127. 14 

125. 48 TP 

3. 44 118. 60 TP 

3. 64 11 8. 20 (V A) TP 

4. 64 115 .7 0( AA )T P 

1 

2 

1. 66 

100.94TP 

3.02 

89.80TP 

3.22 

89.40(VA)TP 

4.22 

87.40(AA)TP 

98.800 + .3 

88.70(VA) 2.35 

86.40(AA) 3.50 

60 .6 0 

64 .4 0 

46.70 

Front 

52.10 

X2 

4- R0 .8 

3. 00 

1. 85 

Pi n 4 

115 .2 0( AA ) 

117 .5 0( VA ) 

125 .0 0 + 0. 3 

103. 70 







Backlight Supply Voltage VLED - 23.1 24.5 V 





1 GND Ground 



4 D/C# Register select signal-0: Command, 1:Data 





16 U/D Scan direction 1: Up, 0: Down 

17 R/L Scan direction 1: Right, 0: Left 






Pin No. Symbol External Connection Function Description 

1 X1 Touch Controller DOWN 

2 Y1 Touch Controller LEFT 

3 X2 Touch Controller UP 

4 Y2 Touch Controller RIGHT 

5-43

NHD-7.0-800480EF-ATXL# 


5.3 

(6.6) 

165±0.3 

156.7±0.2/BZ OPENING 

154.08 A.A 

(80.7) 

6.11 

(7.26) 

104±0.3 OUTLINE 

89.1P0.2/BZ OPENING 

85.92 A.A 

(49.56) 

ACTIVE AREA CENTER 

800(RGB)*480 

TEAR TAPE 

4-R2 

COVERLAYER OPEN 

71±0.5 

20.39±0.5 

(4) 

15±1 

(4) 

COMPONENT AREA 

(39) 

41 

COMPONENT 

YU YD XL XR AREA 

5 

W=0.5±0.05 

P1X3=3±0.1 

(86.1) 

(17.07) 

74.93±0.5 


36.04 

4.5±0.5 

1 40 

DETAIL A 

CENTER LINE 

1 40 

Contact side 

FRONT 

0.3±0.05 

STIFFENER (PI) 

1.5 Max. 

BACK 

3.5±0.3 

3.5±0.3 

1.75 

0.3±0.03 

W=0.3±0.03 

P0.5X(40-1)=19.5±0.05 

0.5±0.1 

20.5±0.1 

R0.2 

DETAIL A (3:1) 








“L” Level input Vil GND - 0.3*VDD V 

“H” Level Output Voh VDD-0.4 - - V 

“L” Level Output Vol - - GND+0.4 V 

Backlight Supply Voltage VLED 15 16 17 V 

Backlight Supply Current ILED VLED=16V 45 60 75 mA 




1 LED-K Ground for Backlight 

2 LED-A Backlight Power Supply (60mA @ 16V) 

3 GND Ground 

4 VDD Power Supply (+3.3V) 




29 GND Ground 


30 CLKIN Clock for input data 

31 DISP Display on/off DISP=1: Display ON 


33 VSD Frame synchronization signal 



36 GND Ground 



5-44

NHD-7.0-800480EF-ATXL#-T 


2.019±0.2 

5.3 

(5.499) 

(5.999) 

(6.6) 

165±0.3 

164.3±0.2/TP 

V,A156.68/TP 


A,A155.68/TP 

154.08 A.A 

(80.7) 

0.7±0.2 

(6) 

6.11 

(6.5) 

(7.26) 


99±0.2/TP 


V,A88.52/TP 

A,A87.52/TP 

85.92 A.A 

(49.56) 

YU 

XL 

800(RGB)*480 


XR 

TEAR TAPE 

YD 


4-R2 

(4) 

15±1 


14 

YU YD 

XL XR 

COMPONENT 

AREA 

5 

20.39±0.5 

(4) (39) 

71±0.5 

(17.07) 

W=0.5±0.05 

P1X3=3±0.1 

(86.1) 

77.97±0.5 

10±0.5 


36.04 

4.5±0.5 

1 

40 

DETAIL A 

5±0.3 

14 

41 

1 

P1*3=3 

5±0.1 

22.4±0.5 

41 

74.93±0.5 

CENTER LINE 

Contact side 

FRONT 

1 

40 

0.3±0.05 

0.3±0.05 


1.5 Max. 

BACK 

4.7±0.35 

3.5±0.3 

1.75 

0.3±0.03 

W=0.3±0.03 

P0.5X(40-1)=19.5±0.05 

0.5±0.1 

20.5±0.1 

R0.2 



















3 GND Ground 





29 GND Ground 








36 GND Ground 


Touch Panel 



1 XL TP- LEFT 

2 YD TP- DOWN 

3 XR TP- RIGHT 

4 YU TP- UP 

5-45

NHD-7.0-800480EF-ATXV# 


5.3 

(6.6) 

165±0.3 


154.08 A.A 

(80.7) 

6.11 

(7.26) 



85.92 A.A 

(49.56) 


800(RGB)*480 

TEAR TAPE 

4-R2 


71±0.5 

20.39±0.5 

(4) 

15±1 

(4) 


(39) 

41 

COMPONENT 

YU YD XL XR AREA 

5 

W=0.5±0.05 

P1X3=3±0.1 

(86.1) 

(17.07) 

74.93±0.5 


36.04 

4.5±0.5 

1 40 

DETAIL A 

Contact side 

FRONT 

CENTER LINE 

1 40 

0.3±0.05 


1.5 Max. 

BACK 

3.5±0.3 

3.5±0.3 

1.75 

0.3±0.03 

W=0.3±0.03 

P0.5X(40-1)=19.5±0.05 

0.5±0.1 

20.5±0.1 

R0.2 



















3 GND Ground 





29 GND Ground 








36 GND Ground 



5-46

NHD-7.0-800480EF-ATXV#-T 


2.019±0.2 

5.3 

(5.499) 

(5.999) 

(6.6) 

165±0.3 

164.3±0.2/TP 

V,A156.68/TP 


A,A155.68/TP 

154.08 A.A 

(80.7) 

0.7±0.2 

(6) 

6.11 

(6.5) 

(7.26) 


99±0.2/TP 


V,A88.52/TP 

A,A87.52/TP 

85.92 A.A 

(49.56) 

YU 

XL 

800(RGB)*480 


XR 

TEAR TAPE 

YD 


4-R2 

(4) 

15±1 


14 

YU YD 

XL XR 

COMPONENT 

AREA 

5 

20.39±0.5 

(4) (39) 

71±0.5 

(17.07) 

W=0.5±0.05 

P1X3=3±0.1 

(86.1) 

77.97±0.5 

10±0.5 


36.04 

4.5±0.5 

1 

40 

DETAIL A 

5±0.3 

14 

41 

1 

P1*3=3 

5±0.1 

22.4±0.5 

41 

74.93±0.5 

CENTER LINE 

Contact side 

FRONT 

1 

40 

0.3±0.05 

0.3±0.05 


1.5 Max. 

BACK 

4.7±0.35 

3.5±0.3 

1.75 

0.3±0.03 

W=0.3±0.03 

P0.5X(40-1)=19.5±0.05 

0.5±0.1 

20.5±0.1 

R0.2 



















3 GND Ground 





29 GND Ground 








36 GND Ground 


Touch Panel 



1 XL TP- LEFT 

2 YD TP- DOWN 

3 XR TP- RIGHT 

4 YU TP- UP 

5-47

NHD-0108BZ 


Front 

With and Without LED Backlight 






Supply Current IDD Ta=25 °C, VDD=5.0V - 1.5 2.5 mA 

Supply for LCD (contrast) VDD-Vo Ta=25 °C - 4.4 - V 

Supply Voltage (3.3V) VDD - 3.3 5.5 V 

Supply Current (3.3V) IDD Ta=25 °C, VDD=3.3V - 1.0 1.5 mA 

Supply for LCD (contrast 3.3V) VDD-Vo Ta=25 °C - 3.2 - V 

“H” Level input VIH 0.7 VDD - VDD V 

“L” Level Input VIL 0 - 0.6 V 

“H” Level Output VOH 3.9** - - V 

“L” Level Output VOL - - 0.4** V 

Backlight Supply Voltage (Yellow/Green 3.3V) VLED - 3.0 - V 

Backlight Supply Current (Yellow/Green 3.3V) ILED VLED=3.0V 30 45 60 mA 

**For 3.3V display, level output voltage may vary. 



1 VSS Ground 

2 VDD Supply Voltage for logic (and backlight +3.3V) 

3 V0 Power supply for contrast (approx. 0.6V, or 3.3V=0.1V) 


5 R/W Read/Write select signal, R/W=1: Read R/W: =0: Write 


7-10 DB0-DB3 Four low order bi-directional three-state data bus lines. These four are not used during 4-bit operation. 

11-14 DB4-DB7 Four high order bi-directional three-state data bus lines. 


5-48

NHD-0108CZ 


10 

14 

Front 

A 

K 

11 

Front 

1 

With LED Backlight 

Without LED Backlight 








Supply Voltage (3.3V) VDD - 3.3 - V 



“H” Level input VIH 0.7 *VDD - VDD V 


“H” Level Output VOH 0.75* VDD - - V 

“L” Level Output VOL - - 0.2 *VDD V 

Backlight Supply Voltage (White 3.3V) VLED 2.8 3.0 3.3 V 

Backlight Supply Current (White 3.3V) ILED VLED=3.0V - 30 40 mA 

Backlight Supply Voltage (Yellow/Green) VLED - 4.2 4.6 V 

Backlight Supply Current (Yellow/Green) ILED VLED=4.2V - 100 120 mA 



1 VSS Ground 

2 VDD Supply Voltage for logic (+5.0V or +3.3V) 

3 V0 Power supply for contrast (approx. 0.6V or for 3.3V approx. 0.1V) 





11-14 DB0-DB3 Four low order bi-directional three-state data bus lines. 

These four are not used during 4-bit operation. 

A LED+ Power supply for LED backlight (+4.2V or +3.0V) 

K LED- Ground for backlight 

5-49

NHD-0108HZ 


A 

A 

DOTS DETAIL 

Front 

SCALE=2.0:1 










“H” Level Output VOH 0.75 VDD - - V 

“L” Level Output VOL - - 0.2 VDD V 

Backlight Supply Voltage (White) VLED - 3.0 - V 

Backlight Supply Current (White) ILED VLED=3.0V - 15 - mA 



1 VSS Ground 

2 VDD Supply Voltage for logic (+3.3V) 





10 LED+ Power supply for LED backlight (+3.0V) 

11 LED- Ground for backlight 


5-50

NHD-0108FZ 


Front 

Front 







Supply Voltage VDD - 5.0 - V 











Backlight Supply Current (Yellow/Green 3.3V) ILED VLED=3.0V - 120 140 mA 




1 VSS Ground 


3 V0 Power supply for contrast (approx. 0.6V or for 3.3V approx. 0.1V) 

4 RS Register select signal. RS=0: Command, RS=1: Data 







5-51

NHD-0208AZ 


2 

1 

16 

15 

Front 

WITHOUT BKL 

SIDE BKL 

ARRAY BKL 

T1 

3.7 

9.0 

T2 

8.0 

13.5 

UNIT 

mm 

mm 















Backlight Supply Voltage (Yellow/Green) VLED - 5.0 - V 


Backlight Supply Voltage (White 3.3V) VLED - 3.0 - V 





1 VSS Ground 

2 VDD Supply Voltage for logic (+5.0V or 3.3V= +3.3V) 

3 V0 Power supply for contrast (approx. 0.5V or 3.3V approx. 0.1V ) 




7-10 DB0-DB3 Four low order bi-directional three-state data bus lines. These four are not used during 4-bit 

operation. 


15 LED+ Power supply for LED backlight (+5.0V via on-board resistor or 3.3V=+3.0V) 



5-52

NHD-0208BZ 


13.0 

9.0 

Front 

Front 
























1 VSS Ground 


3 V0 Power supply for contrast (approx. 0.6V or 3.3V= 0.1V) 






A LED+ Power supply for LED backlight (+4.2V or 3.3V=+3.0V) 


5-53

NHD-0112BZ 


10 

15 

A 

K 

Front 

11 

1 










“H” Level Output VOH 3.9 - - V 

“L” Level Output VOL - - 0.4 V 





1 VSS Ground 


3 V0 Power supply for contrast (approx. 0.6V) 






15 NC No connect 

A LED+ Power supply for LED backlight (4.2V) 



5-54

NHD-0212WH-A 


32.0 0.5 

24.7 3.65 

17.5 7.25 

14.5(VA) 8.75 

11.7(AA) 10.15 

2.2 

4.5 

4.85 

8.93 

55.7 0.5 

51.3 

46.7 

46.0(VA) 

37.85(AA) 

9.0 11.5 

30.0 1.0 

4- 1.0PTH 

0.55 

0.45 

3.20 

2.65 

Front 

A** 

5.1 

4-R1.25 

18.96 

11 5 

1.0 

17.78 

(P1.27*14) 

12.25 31.2 

1.5 

3.0 

1.5 

15 -0.7PTH 

15 -1.0PAD 

6.20 

5.50 

0.70 

0.60 

DOT SIZE 

1.6 

A** 

Y/G Backlight=9.7 max 

White Backlight=14.5 max 

The non-specified tolerance of dimension is 0.3mm. 






Supply Current IDD Ta=25 °C, VDD=5.0V - 1.2 - mA 

Supply for LCD (contrast) VDD-Vo Ta=25 °C 3.5 4.2 5.7 V 

“H” Level input VIH 0.7VDD - VDD V 




Backlight Supply Voltage (Yellow/Green) VLED 4.0 4.2 4.4 V 

Backlight Supply Current (Yellow/Green) ILED VLED=4.2V 32 40 60 mA 

Backlight Supply Voltage (White) VLED 3.4 3.5 3.6 V 

Backlight Supply Current (White) ILED VLED=3.5V 14.4 16 25 mA 



1 VSS Ground 








15 A Power supply for LED backlight (+4.2V, or White=+3.5V) 

5-55

NHD-0116AZ 


10 

1 16 

Front 

Front 

With LED Backlight Without LED Backlight 
















1 VSS Ground 








15 LED+ Power supply for LED backlight (+5.0V via on-board resistor) 


* For no backlight version, pins 15 and 16 = NC (No Connect) 


5-56

NHD-0116DZ 


Front 








Supply Voltage (3V) VDD - 3.3 - V 

Supply Current (3V) IDD Ta=25 °C, VDD=3.3V - 1.0 1.5 mA 

Supply for LCD (contrast 3V) VDD-Vo Ta=25 °C - 3.2 - V 








Backlight Supply Current (White) ILED VLED=5.0V - 15 20 mA 




1 VSS Ground 


3 V0 Power supply for contrast (approx. 0.5V, or 3.3V= 0.1V) 








5-57

NHD-0116GZ 


Front 






Supply Current IDD Ta=25 °C,VDD=5.0V - 1.5 2.5 mA 







Backlight Supply Current (Yellow/Green) ILED VLED=5.0V - 300 - mA 

Backlight Supply Voltage (Pure Green) VLED - 5.0 - V 

Backlight Supply Current (Pure Green) ILED VLED=5.0V - 30 - mA 

Backlight Supply Voltage (Blue) VLED - 5.0 - V 

Backlight Supply Current (Blue) ILED VLED=5.0V - 30 - mA 

Backlight Supply Voltage (Orange) VLED - 5.0 - V 

Backlight Supply Current (Orange) ILED VLED=5.0V - 30 - mA 

Backlight Supply Voltage (Amber) VLED - 5.0 - V 

Backlight Supply Current (Amber) ILED VLED=5.0V - 30 - mA 

Backlight Supply Voltage (Red) VLED - 5.0 - V 

Backlight Supply Current (Red) ILED VLED=5.0V - 30 - mA 





1 VSS Ground 

2 VDD Supply voltage for logic (+5.0V) 



5 R/W Read/Write select signal, R/W=1: Read R/W:=0: Write 




15 LED+ Power supply for LED Backlight (+5.0V via on-board resistor) 



5-58

NHD-02161Z 


Front 
















1 VSS Ground 










5-59

NHD-0216HZ 


2.5 

Front 











“H” Level input VIH 0.7 *VDD - VDD V 


“H” Level Output VOH 0.75*VDD - - V 

“L” Level Output VOL - - 0.2*VDD V 




Backlight Supply Current (White 3.3V) ILED VLED=3.0V - 15 - mA 



1 VSS Ground 








15 LED+ Backlight Anode (+4.2V or 3.3V= +3.0V) 

16 LED- Backlight Cathode (Ground) 


5-60

NHD-0216T2Z 


LED+ 

R 

A 

16 1 LED- 

K 

Front 









“L” Level Input VIL -0.3 - 0.6 V 

“H” Level Output VOH 3.9 - VDD V 






1 VSS Ground 










5-61

NHD-0216PZ 


Front 








“H” Level input VIH 0.7* VDD - VDD V 

“L” Level Input VIL VDD - 0.6 V 

“H” Level Output VOH 3.9 - VDD V 




Backlight Supply Current (Yellow/Green - PC) ILED VLED=5.0V - 50 - mA 



1 VSS Ground 











5-62

NHD-0216XZ 


Front 
















1 VSS Ground 










5-63

NHD-0216K1Z 


Display Pattern 

Front 

SCALE: 4:1 






Supply Current IDD Ta=25 °C,VDD=5.0V 1.2 1.5 2.5 mA 








Backlight Supply Voltage (Pure Green) VLED - 5.0 - V 

Backlight Supply Current (Pure Green) ILED VLED=5.0V - 113 - mA 


Backlight Supply Current (Blue) ILED VLED=5.0V - 20 - mA 

Backlight Supply Voltage (Orange) VLED - 5.0 - V 

Backlight Supply Current (Orange) ILED VLED=5.0V - 20 - mA 

Backlight Supply Voltage (Amber) VLED - 5.0 - V 

Backlight Supply Current (Amber) ILED VLED=5.0V - 20 - mA 

Backlight Supply Voltage (Red) VLED - 5.0 - V 

Backlight Supply Current (Red) ILED VLED=5.0V - 20 - mA 


Backlight Supply Current (White) ILED VLED=5.0V 16 20 - mA 



1 VSS Ground 











5-64

NHD-0216K1Z (RGB) 


Front 












Backlight Supply Voltage (RED) VLED - 2.2 - V 

Backlight Supply Current (RED) ILED VLED=2.2V - 20 30 mA 

Backlight Supply Voltage (GREEN) VLED - 3.3 - V 

Backlight Supply Current (GREEN) ILED VLED=3.3V - 20 30 mA 

Backlight Supply Voltage (BLUE) VLED - 3.3 - V 

Backlight Supply Current (BLUE) ILED VLED=3.3V - 20 30 mA 



1 VSS Ground 









16 LED+ RED Power supply for LED backlight (+2.2V) 

17 LED+ GREEN Power supply for LED backlight (+3.3V) 

18 LED+ BLUE Power supply for LED backlight (+3.3V) 

5-65

NHD-0216BZ 


Front 

Front 









Supply for LCD (contrast) VDD-Vo Ta=25 °C 4.4 4.5 - V 









1 VSS Ground 











5-66

NHD-0216EZ 


Front 
















1 VSS Ground 










5-67

NHD-0216SZ 


Front 








Supply Voltage (3V) VDD - 3.3 5.5 V 

Supply Current (3V) IDD Ta=25 °C, VDD=3.3V - 1.5 2.0 mA 















1 VSS Ground 


3 V0 Power supply for contrast (approx. 0.4V or 3.3V= 0.1V) 






15 LED+ Power supply for LED backlight (+5.0V or 3.3V= +3.0V) 



5-68

NHD-0416BZ 


Front 


















1 VSS Ground 










5-69

NHD-0220FZ 


4.0 

8.0 

Front 










Supply for LCD (contrast 3.3V) - 3.2 - V 








Backlight Supply Voltage (White 3.3V) ILED VLED=3.3V - 20 - mA 




1 VSS Ground 


3 V0 Power supply for contrast (approx. 0V or 3.3V= 0.1V) 






15 LED+ Power supply for LED backlight (+5.0V via on-board resistor or 3.3V= +3.3V) 



5-70

NHD-0220GZ 


1 16 

Front 


















1 VSS Ground 


3 V0 Power supply for contrast (approx. +0.5V) 








5-71

NHD-0220DZ 


Front 


















1 VSS Ground 











5-72

NHD-0220AZ 


Front 
















1 VSS Ground 










5-73

NHD-0220WH-M 


3.5 

5.6 

11.0 

13.0 

19.0 

146.0 0.5 

3.5 139.0 

1.5 

18.0 P2.54*15=38.1 

16- 1.0PTH 

1.8 16- 1.8PAD 

4- 3.5PTH 

2.5 

13.7Max 

9.1 

6.0 

4.84 

0.98 

0.92 

1 

16 

1.16 

1.1 

43.0 

0. 5 

36.0 

33.8 

23.0(VA) 

18.97(AA) 

7.0 

A 

K 

Front 

9.75 

9.22 

8- 1.0 

DOT SIZE 

SCALE 5/1 

13.58 

11.5 

118.84(AA) 

123.0(VA) 

134.0 

1.6 






Supply Current IDD Ta=25°C, VDD=5.0V 1.0 1.2 1.5 mA 



“L” Level Input VIL VSS - 0.6 V 



Backlight Supply Voltage (Yellow/Green) VLED - - 4.2 - V 



Backlight Supply Current (White) ILED VLED=3.5V 44 48 75 mA 



1 VSS Ground 








15 LED+ Power supply for LED backlight (+3.5V or +4.2V) 



5-74

NHD-0220WH-L 


40.0 0.5 

36.4 1.8 

23.0(VA) 8.5 

20.64(AA) 9.68 

4.0 

10.3 

16.5 

19.6 

16 15 

2 1 

4- 3.5 PTH 

4- 6.5 PAD 

91.0 

180.0 0.5 

161.4 

149.0(VA) 

142.8(AA) 

172.0 

4- 1.0 

K 

A 

4.9 

5.0 11.7 

13.0 13.5 

32.0 4.0 

(P2.54*8) 

17.78 9.84 

PIN DETAIL 

Front 

13.9 MAX 

9.3 

2.54 

4.0 

1.6 

16- 1.0 PTH 

16- 1.8 PAD 






Supply Current IDD Ta=25 °C, VDD=5.0V 1.2 1.6 2.0 mA 








Backlight Supply Voltage (White) VLED - 4.2 4.6 V 




1 VSS Ground 










5-75

NHD-0220JZ 


Front 


















1 VSS Ground 











5-76

NHD-0420H1Z 


DOTS DETAIL 

1 

9 

Front 

8 

16 

SCALE=4.0:1 






Supply Current IDD VDD=5.0V - 2.5 3.0 mA 

Supply for LCD (contrast) VDD-V0 Ta=25 o C - 4.5 - V 

Supply Voltage (3.3V) VDD 3.0 3.3 3.5 V 

Supply Current (3.3V) IDD VDD=3.3V - 4.0 5.0 mA 

Supply for LCD (contrast 3.3V) VDD-V0 Ta=25 o C - 3.0 - V 

“H” Level input Vih 0.7 VDD - VDD V 

“L” Level Input Vil 0 - 0.6 V 

“H” Level Output Voh 3.9 - - V 

“L” Level Output Vol - - 0.4 V 


Backlight Supply Current (Yellow/Green 3.3V) ILED VLED= 3.0V - 150 - mA 


Backlight Supply Current (White) ILED VLED= 5.0V - 15 - mA 

Backlight Supply Voltage (White 3.3V) VLED - 3.3 4.6 V 

Backlight Supply Current (White 3.3V) ILED VLED= 3.3V - 12 - mA 



1 Vss Ground 

2 VDD Supply Voltage for logic (+5.0V, 3.3V= +3.3V) 

3 V0 Power supply for contrast (approx. 0.5V, 3.3V= 0.3V)) 

4 RS Register select signal. RS=0: Command. RS=1: Data 





15 LED+ Power supply for LED Backlight (+5.0V via on-board resistor. 3.3V= +3.3V) 


5-77

NHD-0420AZ 


Front 













Backlight Supply Current (Yellow/Green) ILED VLED= 3.0V - 300 - mA 





1 Vss Ground 








15 LED+ Power supply for LED Backlight (+3.0V) 



5-78

NHD-0420DZ 


1 16 

- 

2.5 

9.3 0.5 

14 

Front 







Supply for LCD (contrast) VDD-V0 Ta=25 ° C - 4.5 - V 


Supply Current (3.3V) IDD VDD=3.3V - 2.0 3.0 mA 

Supply for LCD (contrast 3.3V) VDD-V0 Ta=25 ° C - 3.2 - V 



“H” Level Output Voh 3.9** - - V 

“L” Level Output Vol - - 0.4** V 



Backlight Supply Voltage (Yellow/Green 3.3V) VLED - 3.0 3.3 V 

Backlight Supply Current (Yellow/Green 3.3V) ILED VLED= 3.0V - 300 - mA 


Backlight Supply Current (White) ILED VLED= 5.0V 30 - 40 mA 


Backlight Supply Current (Blue) ILED VLED= 5.0V 30 - 40 mA 




1 Vss Ground 


3 V0 Power supply for contrast (approx. 0.5V, 3.3V= +0.1V) 






15 LED+ Power supply for LED Backlight (+5.0V via on-board resistor, 3.3V=+3.0V ) 


5-79

NHD-0420E2Z 


PITCH 

Front 

UNIT: mm 






Supply Current IDD VDD=5.0V 1.0 1.7 2.0 mA 

Supply for LCD (contrast) VDD-V0 Ta=25 o C 4.2 4.5 - V 











1 Vss Ground 











5-80

NHD-0224BZ 


Front 


















1 Vss Ground 










5-81

NHD-0224BZ1 


16 15 

2 

1 













Backlight Supply Current (White) ILED VLED= 5.0V - 32 50 mA 



1 Vss Ground 











5-82

NHD-0224AZ 


K 

A 

Front 
















1 Vss Ground 






7-10 DB0-DB3 Four low order bi-directional three-state data bus lines. 




5-83

NHD-0224WH-A 


36.0 0.5 

31.0 2.5 

28.8 

3.6 

16.0(VA) 10.0 

11.5(AA) 12.25 

2.5 

118.0 0.5 

113.0 

10.5 

102.5 

14.5 94.5(VA) 

17.6 

88.3(AA) 

Front 

13.6 MAX 

9.0 

1.6 

4- 2.5 PTH 

4- 5.0 PAD 

= 

17.78 7.84 

(P2.54*7) 

2.5 

16-1 .0 PTH 

16- 1.8 PAD 

2.54 

PIN DETAIL 

SCALE 1/ 1 







Supply for LCD (contrast) VDD-V0 Ta=25 o C 3.8 4.5 5.5 V 






Backlight Supply Current (White) ILED VLED= 3.5V 28.8 32 50 mA 



1 Vss Ground 











5-84

NHD-0240AZ 


Front 
















1 VSS Ground 




5 R/W Read/Write signal, R/W=1: Read R/W:=0: Write 

6 E Operation enable signal. Falling edge triggered 





5-85

NHD-0440AZ 


+ 

Front 

Front 















Backlight Supply Current (Yellow/Green) ILED VLED= 5.0V - 360 480 mA 




5-8 DB3-DB0 Four low order bi-directional three-state bus lines. These four are not used during 4-bit operation. 

9 E1 Operation enable signal. Falling edge triggered for top 2 lines. 




13 Vss Ground 


15 E2 Operation enable signal. Falling edge triggered for bottom 2 lines. 


17 LED+ Power supply for LED backlight (+5.0V with on-board resistor) 



5-86

NHD-0440WH-A 


2.54 

2.5 

11.85 

6.05 

12.25 

15.42 

21.5 

24.78 

190.0 0.5 

166.3 

147.0(VA) 

140.45(AA) 

2.5 

54.0 0.5 

41.9 

29.5(VA) 

23.16(AA) 

7.0 23.5 

21.0 16.5 

3.5 

47.0 

18.11 

13.6 MAX 

9.0 

20.32 

18- 1.0 PTH 

18- 1.8 PAD 

PIN DETAIL 

Front 

3.5 

95.0 

183.0 

4- 3.5 PTH 

4- 6.5 PAD 

4- 1.0 PTH 

1.6 






Supply Current IDD VDD=5.0V - 1.2 - mA 







Backlight Supply Current (White) ILED VLED= 3.5V 50 80 100 mA 




5-8 DB3-DB0 Four low order bi-directional three-state bus lines. These four are not used during 4-bit operation. 

9 E1 Operation enable signal. Falling edge triggered for top 2 lines. 




13 Vss Ground 


15 E2 Operation enable signal. Falling edge triggered for bottom 2 lines. 




5-87

NHD-0216K3Z 


Front 

Scale: 4:1 






Supply Current (LCD + Yellow-Green Backlight) IDD Ta=25 °C, VDD=5.0V - 247 - mA 

Supply Current (LCD + White Backlight) IDD Ta=25 °C, VDD=5.0V - 35 - mA 

Supply for LCD (contrast) VDD-V0 Ta=25 °C - - - V 

“H” Level input (Schmitt Trigger) Vih 0.8*VDD - VDD V 

“L” Level Input (Schmitt Trigger) Vil VSS - 0.2*VDD V 

“H” Level Output Voh - - - V 

“L” Level Output Vol - - - V 



1 SPISS SPI Slave Select (NC in I 2 C mode) 

2 SDO No Connect 

3 SCK/SCL Serial Clock 

4 SDI/SDA Serial Data in (SPI) / Serial Data (I 2 C) 

5 VSS Ground 

6 VDD Power Supply for logic (+5.0V) 


1 RX RS232 Serial input port 

2 VSS Ground 

3 VDD Power supply for logic (+5.0V) 

Jumper Communication Selection 

R1 R2 Protocol Description 

Short Short Test Self-test 

Open Short SPI 100KHz max clock 

Short Open I 2 C 100KHz max clock 

Open Open RS232 5V, TTL signal 


5-88

NHD-0216K3Z (RGB) 


P1 P2 J3 

Front 












Backlight Supply Voltage (Red) Vled Ta=25°C - 2.2 - V 

Backlight Supply Current (Red) Iled Vled=2.2V - 20 30 mA 

Backlight Supply Voltage (Blue or Green) Vled Ta=25°C - 3.3 - V 

Backlight Supply Current (Blue or Green) Iled Vled=2.2V - 20 30 mA 



1 RX RS232 (TTL) Serial input port 

2 VSS Ground 





4 SDI/SDA Serial Data in (SPI) / Serial Data (I 2 C) 


5 VSS Ground 


1 K Ground for LED backlights 

2 A-RED Power supply for Red LED (2.2V) 

3 A-GREEN Power supply for Green LED (3.3V) 

4 A-BLUE Power supply for Blue LED (3.3V) 







5-89

NHD-0216B3Z 


Front 

Scale: 4:1 






Supply Current (LCD + Yellow-Green Backlight) IDD Ta=25 °C, 

VDD=5.0V 

- 207 - mA 


“H” Level input (Schmitt Trigger) Vih 0.8VDD - VDD V 

“L” Level Input (Schmitt Trigger) Vil VSS - 0.2VDD V 






2 VSS Ground 





4 SDI-SDA Serial Data in (SPI) / Serial Data (I 2 C) 

5 VSS Ground 









5-90

NHD-0216S3Z 


Front 

P1 

P2 

Scale: 4:1 






Supply Current (LCD + Yellow-Green Backlight) IDD Ta=25 °C, 

VDD=5.0V 

- 226 - mA 


“H” Level input (Schmitt Trigger) Vih 0.8VDD - VDD V 

“L” Level Input (Schmitt Trigger) Vil VSS - 0.2VDD V 






2 VSS Ground 






4 SDI-SDA Serial Data in (SPI)) / Serial Data (I 2 C) 

5 VSS Ground 








5-91

NHD-0220D3Z 


Front 
















2 VSS Ground 







8 SDI/SDA Serial Data in (SPI)) / Serial Data (I 2 C) 

9 VSS Ground 













5-92

NHD-0240BZ 


Front 






Supply Current IDD Ta=25 °C, VDD=12.0V - 30 40 mA 

Supply for LCD (contrast) VDD-V0 Ta=25 °C - 4.5 - V 



1 VSS Ground (0V) 

2 RXT Receive data 

3 CTS No Connect 

4 TXD Transfer data 

5 RTS No Connect 


7 +12V Power Supply for logic (+12.0V) 


5-93

NHD-0420D3Z 


Front 
















2 VSS Ground 





4 SDI/SDA Serial Data in (SPI)) / Serial Data (I 2 C) 

5 VSS Ground 









5-94

NHD-C0216CZ 


Front 

10 

1 

A 

K 





Supply Voltage (3V) VDD 2.7 3.0 3.3 V 

Supply Current (3V) IDD - 0.3 0.5 mA 


“H” Level input VIH 2.2 - VDD V 




Backlight Supply Voltage (White 3V) VLED - 3.0 - V 

Backlight Supply Current (White 3V) ILED VLED=3.0V - 30 45 mA 



1 RST External reset PIN. Must be fixed to VDD low active. 

2 RS Select registers. 0: instruction; 1: data register 

3 CSB Chip select in serial interface low active 

4 SCL Serial clock 

5 SI Input data 

6 VSS Ground 

7 VDD Power supply for logic for LCM(3.0V). 

8 VOUT DC/DC voltage converter. 1uF capacitor to Vdd or Vss 

9 C1+ For voltage booster circuit. External capacitor about 0.47uF-2.2uF 

10 C1- 

A LED+ Power supply for backlight 

K LED- Power supply for backlight (3.0V) 

5-95

NHD-C0216AZ 


B/L 54.7±0.2 

(2) 

(3.49) 

LCD 49.7±0.2 

(V.A 45.7 MIN) 

(A.A 42.86) 

0.8(MAX) 

(7) 

(8.42) 

1.5 

4.15(MIN) 

3 

1 

LCD 2(MAX) 

LCD 25.3±0.2 

LCD 18.3±0.2 

(V.A 14.3 MIN) 

(A.A 1.32) 

10(MAX) 

12.3 

Front 

0.5±0.5 

0.5±0.5 

KA 

1.4 

5±0.2 6.65 

Front 

NT7605 

Black Silicone 

0.3 

14 1 

Tear 

Tape 

UV Glue 

1±0.05 

P1.5*13=19.5±0.1 

18.1±0.25 

5.2±0.5 



0.5±0.5 FRONT 

0.5±0.5 

5±0.3 

1.9±0.5 

0.5±0.05 

BACK 

5° 


0.7 

1.2 

3±0.5 

















1 Vss Ground 

2 Vo Power supply for contrast (approx. 0.3V) 

3 VDD Supply voltage for logic (5.0V) 

4 Rs Register select signal. RS=0: Command, RS=1:Data 

5 R/W Read/Write select signal, R/W=1: Read R/W=0: Write 


7-10 DB0-DB3 Four low order bi-directional three state data bus lines. These four are not used during 4-bit 

operation. 

11-14 DB4-DB7 Four high order bi-directional three state data bus lines. 

15 A Power supply four LED Backlight (3.0V) 

16 K Ground for Backlight 


5-96

NHD-C0216CU 

2.00MAX 

2.00MAX 

3.42 

3.49 

+ 

56.00 

0 .3 (BL) 

49.70 

457. 

0 MIN V. A . 

42.86A.A. 


5.50 0.5 

25.30 

18.30 

14.30V.A. MIN 

18.00 0.3(BL) 

11.32 A.A. 

+ 

TAPE 

(17-1)=24.00 + 0.1 

P1.5* 

12.85 + 0.3 

5. 

5 0. 5 

3. 50 

2 .00 MAX 

0. 70 0. 07 

0. 

70 0. 07 

5 

0.75+ 0.5 

0.50 

0.05 

2- 0. 50 

19.90+0.5 

5 

Front 

K- 

A+ 

2.50 


Front 


SILICONE 

ST7032 

TAPE 

0.30 0.05 

+ 

15.20 0.5 

+ 

8. 

00 + 2. 0 






Supply Current (3V) IDD Ta=25 °C,VDD=3.0V - - 1.0 mA 

Supply for LCD (contrast 3V) VDD-Vo Ta=25 °C 4.8 5.0 5.2 V 


“L” Level Input VIL - - 0.2VDD V 

Backlight Supply Voltage (White 3V) VLED 2.8 3.2 3.4 V 




1 XRESET Active LOW Reset Signal 

2 RS Register Select signal. RS=0: instruction; RS=1: data 



5-12 DB0-DB7 8-bit bi-directional data bus lines 

13 Vss Ground 

14 VDD Power supply for logic for LCD (3.0V) 

15 VOUT DC/DC voltage converter. Connect to 1uF capacitor to VDD 

16 CAP1P Voltage booster circuit. Connect to 0.47uF-2.2uF cap to PIN17. 

17 CAP1N Voltage booster circuit. Connect to 0.47uF-2.2uF cap to PIN16. 

A LED+ Power supply for backlight (3.2V) 

K LED- Backlight Ground 

5-97

NHD-C0216CiZ 


Front 

K 

5.24 

A 

Front 

15.34 + 0.5 


± 


Front 

Front 

25.9 + 0.5 


















1 RST Active low Reset 

2 SCL Serial clock 

3 SDA Serial Data 

4 Vss Ground 

5 VDD Power supply for logic for LCD (3.0V) 

6 VOUT Voltage booster circuit- connect to 1uF cap to Vss or VDD 

7 C1+ Voltage booster circuit- Connect to 1uF cap to PIN8 

8 C1- Voltage booster circuit- Connect to 1uF cap to PIN7 

A LED+ Power supply for backlight (3.0V) 

K LED- Backlight Ground 


5-98

NHD-C0220AA 


Front 






Supply Current IDD VDD=3.3V - - 1.0 mA 

Supply for LCD (contrast) VLCD VLCD=VDD-V5 3.1 3.2 3.3 V 

“H” Level input Vih 0.8VDD VDD V 

“L” Level Input Vil 0 0.2VDD V 

“H” Level Output Voh VDD-0.6 V 

“L” Level Output Vol GND+0.6 V 





1 GND Ground 

2 V5 Contrast voltage adjustment (~0.1V) 

3 VDD VDD=3.3V 

4 RS Register Select: 0= Instruction, 1=Data 

5 R/W Read/Write select: 0=Write, 1=Read 

6 E Read/Write start signal (Schmitt trigger input) 

7-10 D80-D83 Low 4 tri-state bi-directional data bus lines. Not used in 4-bit mode. 

11-14 D84-D87 High 4 tri-state bi-directional data bus lines. 

5-99

NHD-C0220AZ 


Max1 0 

9.25 

15 

Ma x.7.0 

69 

5 0. 2 

61.0(V, A) 

58. 5(A, A) 

14 

21. 

75 

1 0 

PITCH 2.0*13=26.0 

1 

11.6(A,A) 

15.1(V,A) 

18.5 0.2 

25.0 0.2 

0.30 (SECTION 0.30*0.50) 

18.5 

8.5 

2-1.5 

3. 0 

3V 

K 

A 

5 2 

7. 0 

Front 

MAX 2. 8 

1. 1*2 

SILICONE 

IC: 7605H-BDT01 

2-0. 

0 . 9 

6 

74.5 

0 5 

0. 5 

4.0 0.5 





Supply Voltage VDD Ta =25 °C 3.3 5.0 5.5 V 


Ta =0° - 4.5 - 

Supply for LCD (contrast) VDD-V5 

Ta =25° - 4.4 - 

V 

Ta =60° - 4.3 - 

“H” Level input Vih 2.2 - VDD V 








1 GND Ground 

2 V5 Contrast voltage adjustment (~0.4V) 

3 VDD Power Supply for LCD and logic 

4 RS Register Select: 0= Instruction, 1=Data 

5 R/W Read/Write select: 0=Write, 1=Read 

6 E Read/Write start signal (Schmitt trigger input) 

7-10 D80-D83 Low 4 tri-state bi-directional data bus lines. Not used in 4-bit mode. 

11-14 D84-D87 High 4 tri-state bi-directional data bus lines. 


5-100

NHD-C0220BiZ 


RK 

GK 

BK 

Front 

1.5 

8.5 

K 

Front 

With RGB LED Backlight 


With RGB LED and LED Backlight 






Supply Current (3V) IDD VDD=3.3V - 1.0 - mA 

Supply for LCD (contrast 3V) VDD-V0 VLCD=VDD-V0 2.7 7.0 V 

“H” Level input Vih 0.7VDD - VDD V 


“H” Level Output Voh 0.7VDD - VDD V 


Backlight Supply Voltage (White 3V) VLED 2.8 3.0 3.0 V 

Backlight Supply Current (White 3V) ILED VLED= 3.0V - 30 45 mA 

Backlight Supply Voltage (Red 3V) VLED - 1.9 - V 

Backlight Supply Current (Red 3V) ILED VLED= 1.9V - 17 30 mA 

Backlight Supply Voltage(Green 3V) VLED - 3.0 - V 

Backlight Supply Current (Green 3V) ILED VLED= 3.0V - 17 30 mA 

Backlight Supply Voltage (Blue 3V) VLED - 3.0 - V 

Backlight Supply Current (Blue 3V) ILED VLED= 3.0V - 10 30 mA 



1 RST Active LOW reset 

2 SCL Serial clock (requires pull-up resistor) 

3 SDA Serial data (requires pull-up resistor) 

4 VSS Ground 

5 VDD +3.3V 

6 VOUT Voltage booster circuit-connect to 1uF cap to VSS or VDD 

7 C1+ Connect to 1uF cap to Pin 8 

8 C1- Connect to 1uF cap to Pin 7 

5-101

NHD-C12832A1Z 


Front 




1-5 V0-V4 0.47uF-2.2uF Cap to VSS 

6 C2- Connect to 1uF Cap to C2+ (pin7) 

7 C2+ Connect to 1uF Cap to C2- (pin6) 

8 C1+ Connect to 1uf Cap to C1- (pin 9) 

9 C1- Connect to 1uF Cap to C1+ (pin 8) 

10 VOUT Connect to 1uF cap to Vss (pin 11) 

11 VSS Ground 

12 VDD Power supply for LCD and logic (+3V) 

13 SDA (SI) Serial Data 

14 SCL Serial Clock 





Supply Current (3V) IDD Ta=25 °C 

VDD=3.0V 

15 A0 Select registers. 0: instruction, 1: data register 


17 /CS1 Active LOW Chip Select signal 

A LED+ Power supply for LED Backlight (+3V) 

K LED- Ground for Backlight 

- 0.25 0.45 mA 

Supply for LCD (contrast 3V) VDD-V0 Ta=25 °C - 6.0 - V 





Backlight Supply Voltage (White, Blue 3V) VLED - 3.0 - V 

Backlight Supply Current (White, Blue 3V) ILED VLED=3.0V 20 30 45 mA 

Backlight Supply Voltage (Red 3V) VLED - 3.0 - V 

Backlight Supply Current (Red 3V)* ILED VLED=3.0V - 20 40 mA 

* User must limit backlight current. 


5-102

NHD-C12832A1Z (RGB) 







Supply Current IDD Ta=25 °C , VDD=3.0V - 0.25 0.45 mA 






Backlight Supply Voltage - Red VLED 1.8 2.1 2.2 V 

Backlight Supply Current - Red ILED - 10 40 mA 

Backlight Supply Voltage - Green VLED 2.8 3.0 3.3 V 

Backlight Supply Current - Green ILED - 30 60 mA 

Backlight Supply Voltage - Blue VLED 2.8 3.0 3.3 V 

Backlight Supply Current - Blue ILED - 30 60 mA 



1-5 V0-V4 0.47uF-2.2uF Cap to VSS 

6 C2- Connect to 1uF Cap to C2+ (pin7) 

7 C2+ Connect to 1uF Cap to C2- (pin6) 

8 C1+ Connect to 1uf Cap to C1- (pin 9) 

9 C1- Connect to 1uF Cap to C1+ (pin 8) 

10 VOUT Connect to 1uF cap to Vss (pin 11) 

11 VSS Ground 

12 VDD Power supply for LCD and logic (+3V) 

13 SDA (SI) Serial Data 


14 SCL Serial Clock 

15 A0 Select registers. 0: instruction, 1: data register 

16 RST External reset PIN. Must be fixed to VDD low active. 

17 CS1B Chip select in serial interface low active. 

A LED+ Power supply for LED Backlight 

K(R) (R)LED- Ground for Red LED Backlight 

K(G) (G)LED- Ground for Green LED Backlight 

K(B) (B)LED- Ground for Blue LED Backlight 

5-103

NHD-C12864B2Z 


Front 

(ST7565R) 






Supply Current IDD Ta=25 °C, 

VDD=3.3V 

- 0.5 - mA 








1 V0 CAP to VSS (0.1~1Uf) 

2 V1 CAP to Vss (0.1~1Uf) 




6 C4+ No Connect 

7 C2- CAP to PIN8 (1~2.2uF) 

8 C2+ CAP to PIN7 (1~2.2uF) 

9 C1+ CAP to PIN10 (1~2.2uF) 

10 C1- CAP to PIN9 (1~2.2uF) 


11 C3+ CAP to PIN10 (1~2.2uF) 

12 Vout CAP to VSS (1~2.2uF) 

13 VDD Power Supply for logic 

14 Vss Ground 

15~22 DB7~DB0 This is an 8-bit-directional data bus. 

23 /RD Active low Read signal 

24 /WR Active low Write signal 

25 A0 Register Select. 0: instruction; 1:data register 

26 RESTB Active low Reset signal. (May tie to VDD) 

27 CS1B Active low Chip Select. (May tie to VSS) 


5-104

NHD-C12864GG 







Supply Current IDD Ta=25 °C, VDD=3.0V - 0.5 - mA 



“L” Level Input Vil Vss - 0.2*VDD V 


“L” Level Output Vol Vss - 0.2*VDD V 



1 ESD-GND Ground (Can also be No Connect) 

2 /CS1 Active LOW chip select signal 

3 /RES Active LOW reset signal 

4 A0 Register Select: 0 :command; 1: data 



7-14 D0-D7 This is an 8-bit-directional data bus 

15 VDD Supply Voltage for LCD and Logic (3.0V) 

16 VSS Ground 

17 VOUT 1.0uF-2.2uF cap to VSS 

18 C3+ 1.0uF-2.2uF cap to C1- (Pin-19) 

19 C1- 1.0uF-2.2uF cap to C3+ (Pin-18) and C1+ (Pin-20) 




22 C3- 1.0uF-2.2uF cap to C2+ (Pin-21) and 

C4+ (Pin-23) 


24 V4 0.1uF-1.0uF cap to VDD or VSS 





29 ESD-GND Ground (Can also be No Connect) 


5-105

NHD-C12864WC 


**Mounting Tabs are optional 

Front 

Front 

K 

30 

1 

Contact 

Contact 

With Mounting Tabs 

Without Mounting Tabs 



Operating Temperature Range TOP Absolute Max -20 - +70 °C 

Storage Temperature Range TST Absolute Max -30 - +80 °C 


Supply Current (3V) IDD VDD=3.0V - - 0.5 mA 

Supply for LCD (contrast 3V) VDD-V0 - - 10.3 - V 


“L” Level Input Vil Vss - 0.2*VDD V 

“H” Level Output 0.8*VDD - VDD - 

“L” Level Output Vss - 0.2*VDD - 


Backlight Supply Current (White 3V) ILED VLED=3.0V - 36 - mA 



1 CS1B Active LOW chip select 


3 A0 Register select signal. RS=0: Command, RS=1 Data 

4 RW-WR Read/Write select signal. R/W=1:Read R/W=0:Write 

5 E-RD Operation enable signal. Falling edge triggered. 

6 DB0 

7 DB1 

8 DB2 

9 DB3 

10 DB4 

11 DB5 

12 DB6(SCL) 

13 DB7(SI) 

Parallel Interface 

DB0-DB7: Bi-directional 8-bit data bus 

Serial Interface: 

DB0-DB5:No connect in serial mode 

DB6= Serial clock (SCL) 

DB7= Serial data input (SI) 

14 VSS Ground (reference for voltage step-up circuit) 

15 VOUT Connect to 1uF cap to VSS (PIN-14) 

16 C3+ Connect to 1uF cap to C1- (PIN-17) 


17 C1- Connect to 1uF cap to C3+ (PIN16) and C1+(PIN18) 



20 C2- Connect to 1uF cap to C2+ (PIN-19) 

21 VSS Ground 

22 VDD Power supply for LCD and logic (+3.0V) 






28 VR No Connect 

29 C86 Select MPU interface pin. C86=H:6800; C86=L:8080 

30 PS Parallel/Serial select. PS=H: Parallel; PS= L: Serial 

A 

Power supply for LED Backlight (+3.0V) 

K 

Ground for Backlight 


5-106

NHD-C12864KGZ 


RED 

BLACK 

A 

K 






Supply Current (3V) IDD Ta=25°C, VDD=3.0V - 0.5 - mA 

Supply for LCD (contrast 3V) VDD-V0 Ta=25°C - 9.0 - V 



“H” Level Output 0.8*VDD - VDD V 

“L” Level Output VSS - 0.2*VSS V 

Backlight Supply Voltage (White 3V) VLED 3.0 - 3.2 V 




1 ESD-GND Ground (Can be No Connect) 

2 /CS1 Active LOW chip select 


4 A0 Register select signal. 0: instruction 1: Data register 



7-14 D0-D7 This is an 8-bit directional data bus 


16 VSS Ground 

17 VOUT 1.0uF-2.2uF cap to VSS 

18 C3+ 1.0uF-2.2uF cap to C1- (Pin 19) 

19 C1- 1.0uF-2.2uF cap to C3+ (Pin 18) and C1+ (Pin 20) 




22 C2- 1.0uF-2.2uF cap to C2+ (Pin 21) and C4 (Pin 23) 







29 ESD-GND Ground (Can be No Connect) 


5-107

NHD-C12864LZ 


Front 






Supply Current (3V) IDD VDD=3.0V - 0.25 0.45 mA 

Supply for LCD (contrast 3V) VDD-V0 - - 9.0 - V 



“H” Level Output 0.8*VDD - VDD - 

“L” Level Output VSS - 0.2*VSS - 







3 A0 Register select signal. 0: instruction 1: Data register 

4 /WR Read/Write select signal. R/W=1:Read R/W=0:Write 

5 /RD Operation enable signal. Falling edge triggered. 

6 DB0 

7 DB1 

8 DB2 

9 DB3 

10 DB4 

11 DB5 

12 DB6 

13 DB7 

Parallel Interface 


Serial Interface: 

DB0-DB5:No connect in serial mode 




15 VSS Ground 


16 VOUT Connect to 1uF cap to VSS 

17 C3+ Connect to 1uF cap to C1- (PIN 18) 

18 C1- Connect to 1uF cap to C3+ (PIN 17) and 

C1+(PIN 19) 



21 C2- Connect to 1uF cap to C2+ (PIN 20) 

22 V4 1.0uF-2.2uF cap to VSS 





27 C86 Select MPU interface pin. C86=H:6800; 

C86=L:8080 

28 PS Parallel/Serial select. PS=H: Parallel; PS= 

L: Serial 


5-108

NHD-C12864M1R 







Supply Current (3V) IDD Ta= 25 °C, VDD=3.3V - 0.35 0.45 mA 

Supply for LCD (contrast 3V) VDD-V0 Ta= 25 °C - 9.5 - V 



“H” Level Output Voh 2.4 - - - 

“L” Level Output Vol - - 0.4 - 





1 /CSI Active LOW chip signal. 

2 /RES Active LOW reset signal. 

3 A0 Register select signal. 0: instruction; 1: data register 

4 /R/W; /WR Read/Write select signal. R/W=1: Read R/W=0: Write 

5 EP; /RD Operation enable signal. Falling edge triggered. 

6 DB0 

7 DB1 

8 DB2 

9 DB3 

10 DB4 

11 DB5 

12 DB6;SCL 

13 DB7; SI 

Parallel interface 

DB0-DB7: Bi-directional 8-bit data bus. 

Serial interface: 

DB0-DB5: No connect in serial mode 

DB6= Serial clock (CLK) 

DB7= Serial data input (SDA) 


15 VSS Ground 



17 CAP3- Connect to 1uF cap to CAP1+ (PIN-18) 

18 CAP1+ Connect to 1uF cap to CAP3- (PIN17) and CAP1- (PIN 19) 



21 CAP2+ Connect to 1uF cap to CAP2- (PIN-20) 







28 C86 Select MPU interface pin. C86=H: 6800; C86=L: 8080 

29 PS Parallel/Serial select. PS=H: Parallel; PS=L: Serial 

30 /IRS Internal resistor select (high to use internal resistors) 

5-109

NHD-C12864CR 


NHD-C12864CR-FSW-GBW 

Front 






Supply Current IDD Ta= 25 °C, VDD=3.0V - - 0.5 mA 

Supply for LCD (contrast) VDD-V0 Ta= 25 °C - 9.5 - V 









1 /CS1 Active Low chip select 

2 /RES Active Low reset signal. 

3 A0 Register select signal. 0: instruction; 1:data 

4 /WR Read/Write select signal. R/W=1: Read R/W=0: Write. 


6 DB0 

7 DB1 

8 DB2 

9 DB3 

10 DB4 

11 DB5 

12 DB6 

13 DB7 


DB0-DB7: Bi-directional 8-bit data bus. 






15 VSS Ground 


17 CAP3- Connect to 1uF cap to CAP1+ (PIN 18) 


18 CAP1+ Connect to 1uF cap to CAP3- (PIN17) and CAP1- (PIN 19) 



21 CAP2+ Connect to 1uF cap to CAP2- (PIN 20) 







28 C86 Select MPU interface pin. C86=H: 6800; C86=L: 8080 

29 PS Parallel/Serial select. PS=H: Parallel; PS=L: Serial 

30 /IRS Internal resistor select (high to use internal resistors) 

A 

Power supply for LED Backlight (+3.0V) 

K 

Ground for Backlight 


5-110

NHD-C12864A1Z 


128x64 DOTS 

Front 

1 6 7 12 






Supply Current IDD Ta =25 °C, VDD=3.3V - 0.5 - mA 

Supply for LCD (contrast) VDD-V0 Ta =25 °C 8.3 8.7 9.3 V 






Backlight Supply Current (RED) ILED VLED=3.3V - 50 60 mA 


Backlight Supply Current (BLUE) ILED VLED=3.3V - 50 60 mA 



Heater Panel Resistance RH+/- - 20 25 Ω 

Heater Voltage Supply VH - 12V - V 

Heater Current IH VH=12.0V - 1 - A 

Heater Power WH - - 10 W 



1 SCL Serial clock input 

2 SI Serial data input 


4 A0 Register select. 0: instruction; 1: data 

5 /RESET Operation Active LOW reset signal 

6 /CS Active LOW chip select signal 


7 Vss Ground 

8 H- Ground for heater 

9 H+ Power for heater (+12V) 




5-111

NHD-C12864A1Z (RGB) 


Front 






Supply Current IDD Ta =25 °C, VDD=3.3V - 0.5 - mA 







Backlight Supply Current (RED) ILED VLED=3.3V 25 30 35 mA 

Backlight Supply Voltage (GREEN) VLED - 3.3 - V 

Backlight Supply Current (GREEN) ILED VLED=3.3V 20 25 30 mA 


Backlight Supply Current (BLUE) ILED VLED=3.3V 20 25 30 mA 

Heater Panel Resistance RH+/- - 20 25 Ω 

Heater Voltage Supply VH - 12V - V 

Heater Current IH VH=12.0V - 1 - A 



1 H- Ground for Heater 

2 SCL Serial clock input 

3 SI Serial data input 


5 A0 Register select. 0: instruction; 1: data 

6 /RESET Operation Active LOW reset signal 



8 Vss Ground 


10 K-RED Cathode Red 

11 K-GREEN Cathode Green 

12 K-BLUE Cathode Blue 

13 LED+ Common Anode for LEDs (+3.3V) 

14 H+ Power for Heater (+12V) 


5-112

NHD-C12864WO 


30 .1 

15 .5 ±0 .1 5 

0. 3± 0. 15 

1.15 

8.15 

10.0 

13.005 

1 

CN 2 

1 

30 

100.0±0.3 

0. 5 

0. 47 

0.5 

0.47 

DO T SI ZE 

SC AL E 10 /1 

49.8±0.5 

47.5(LCD) 

40.5 

36.5(VA) 

31.97(AA) 

5. 86 5 

63 .9 7( AA ) 

3. 35 

69 .0 (V A) 

8. 35 73 .0 (L CD ) 

3. 5 82 .7 

89 .7 

4.8 

9.6 

30 

1 

CN 2 

2 1 

6. 0± 0. 3 

100.0±10.0 

1. 9 

4.0 

8.0 

Front 

w= 0. 3 

P0 .5 *2 9=14 .5 

15 .5 

Co nt ac t Si de 

SC AL E 2/ 1 

40.2 

30.6 

82 .7 

4- O 3. 2 PT H 

3. 5 






Supply Current IDD Ta =25 °C, VDD=3.3V - 0.6 2.0 mA 



“L” Level Input Vil VSS - 0.2VDD V 

“H” Level Output Voh 0.8 - VDD V 

“L” Level Output Vol VSS - 0.2VDD V 





1 /CS1 B Active Low chip select 

2 /RES Active Low reset signal 

3 A0 Register select signal. 0: instruction; 1:data 

4 /WR (R/W) Read/Write select signal. R/W=1: Read R/W=0: Write. 

5 /RD (E) Operation enable signal. Falling edge triggered. 

6-13 D0~D7 This is an 8-bit-directional data bus 

In serial mode D6= Serial data clock signal input 

In serial mode D7= Serial data input 


15 VSS Ground 

16 VOUT 2.2uF cap to VSS 


17 CAP3P 2.2uF cap to CAP1N (pin-18) 

18 CAP1N 2.2uF cap to CAP3P (pin-17) and CAP1P (pin-19) 



21 CAP2N 2.2uF cap to CAP2P (pin-20) 

22-26 V4~V0 2.2uF cap to VDD or VSS 

27 VR Wiper of 10kΩ pot 

28 C86 Select MPU interface pin. C86= H:6800; C86= L:8080 

29 P/S Parallel/Serial select. PS= H: Parallel; PS= L: Serial 


5-113

NHD-C12865AR 







Supply Current IDD Ta =25 °C,VDD=3.3V - 1.5 2.5 mA 

Supply for LCD (contrast) VDD-V0 Ta =25 °C - 9.5 10 V 



“H” Level Output Voh 0.8*VDD - - V 

“L” Level Output Vol - - 0.2*VDD V 






2 /RESET Active LOW reset signal 

3 A0 Register select signal. A0=1: Data, A0=0: Command 

4 /WR Read/Write select signal., R/W=1: Read R/W=0: Write 


6 DB0 

7 DB1 

8 DB2 

9 DB3 

10 DB4 

11 DB5 

12 DB6/SCL 

13 DB7/SI 









15 Vss Ground 

16 VOUT Voltage booster circuit -connect to 1uF cap to Vss or VDD 


18 CAP1+ Connect to 1uF cap to CAP1- (PIN 19) and CAP3-(PIN17) 




22-26 V1-V5 1.0uF-2.2uF cap to VDD or VSS 

27 VR No connect 

28 C86 Select MPU interface pin. C86= H : 6800; C86= L : 8080 

29 PS Parallel/Serial select. PS= H: Parallel; PS= L: Serial 

30 /IRS This terminal selects the resistors for the V5 voltage level 

adjustment. IRS = H : Use internal resistors 


5-114

NHD-C12865BR 







Supply Current IDD Ta =25 °C,VDD=3.3V - 1.5 2.5 mA 

Supply for LCD (contrast) VDD-V0 Ta =25 °C - 9.5 10 V 



“H” Level Output Voh 0.8*VDD - - V 

“L” Level Output Vol - - 0.2*VDD V 

Backlight Supply Voltage (White) VLED - 3.2 3.4 V 


CCSB6136W-04 






4 /WR Read/Write select signal., R/W=1: Read R/W=0: Write 


6 DB0 

7 DB1 

8 DB2 

9 DB3 

10 DB4 

11 DB5 

12 DB6/SCL 

13 DB7/SI 








15 VSS Ground 


16 VOUT Voltage booster circuit -connect to 1uF cap to Vss or VDD 


18 CAP1+ Connect to 1uF cap to CAP1- (PIN 19) and CAP3-(PIN17) 









27 VR No connect 

28 C86 Select MPU interface pin. C86= H : 6800; C86= L : 8080 

29 PS Parallel/Serial select. PS= H: Parallel; PS= L: Serial 

30 /IRS Set HIGH to use resistors for V0 voltage level adjustment 

5-115

NHD-C128128BZ 


Front 







VDD=3.0V 

- 1.5 2.5 mA 






Backlight supply voltage (White) VLED 3.0 - V 

Backlight supply current (White) ILED VLED=3.0V - 60 75 mA 



1 PS0 Parallel/serial data input select input (see Parallel/ 

2 PS1 

Serial Select table) 

3 PS2 

4 CSB Active LOW Chip select 

5 RST Active LOW Reset signal 

6 A0 Register select signal. A0=1:Data, A0=0:Command 

7 RW(WR) Read/Write select signal, R/W=1:Read R/W=0 Write 

8 E(RD) Operation enable signal. Falling edge triggered 

9-16 DB0-DB7 Bi-directional, three-state data bus lines 

17,18 VDD Supply Voltage for logic (3.0V) 

19,20 Vss Ground 


21 VOUT Voltage booster circuit- connect to 1uF cap to Vss 

or VDD 

22 VIN Tie to VOUT 







29 INTRS Internal resistor select pin: VDD=Enabled 



5-116

NHD-C160100AZ 


Front 







VDD=3.0V 

- 1.5 2.5 mA 








1 CSB Active LOW chip select 

2 RST Active LOW reset signal 

3 A0 Register select signal. A0=1: Data, A0=0: 

Command 

4 /WR Active LOW write signal 

5 /RD Active LOW read signal 

6-13 DB0-DB7 Bi-directional 8-bit data bus. 



15 Vss Ground 

16 VOUT Connect to 1uF cap to 

VSS or VDD 

17 V4 1.0uF-2.2uF cap to Vss 




5-117

NHD-C160100CZ 


Front 








VDD=3.0V 

- 1.5 2.5 mA 












6-13 DB0-DB7 Bi-directional 8-bit data bus. 


15 Vss Ground 

16 VOUT Connect to 1uF cap to VSS or VDD 






5-118

NHD-C160100DiZ 


C99 

160x100D OTS 

Front 

C49 

C0 

S0 

160x100 

S159 

C50 

0 

-0.2 

C0 

S0 

S159 

C50 

C49 

C159 

A-A 

A-A 

A 

K 

14 1 

STIFFENER 

CONDUCT SIDE 

WHITE LED BACKLIGHT 








VDD=3.0V 





4 SCL Serial clock input (requires pull-up) 

5 SDA Serial data input (requires pull-up) 


7 Vss Ground 

8 VOUT Connect to 1uF cap to VSS or VDD 







- 500 - uA 






Backlight supply voltage (White) VLED 3.0 - V 

Backlight supply current (White) ILED VLED=3.0V - 45 60 mA 

5-119

NHD-C24064WO 

35.8 

PTH 

3.4 

CN1 

4-R0.3 

63.6 

CN2 

18.5 

CN3 


100.0±0.5 

3.5 44.7 

20.95 

4-R1.0 

240*64 DOTS 

PTH 

67.6 

4.0675 127.17(AA) 

2.5 130.2 (V.A) 

7.15 

135.2 

142.5±0.3 

PTH 

4.0295 33.89(AA) 

3.0 37.6(V.A) 

51.7±0.3 

7.15 

Front 

5.5 

1.0 

2.0 

49.7 

1.7 

5.1 

2.7 

Front 

1.5 

2.5 

3.0 






Supply Current IDD Ta =25 °C, VDD=3.3V - 1.5 2.5 uA 

124.2 

3.0 

9.8 

14.9 

Supply for LCD (contrast) VDD-V0 Ta =25 °C 9.3 10 10.7 V 


“L” Level Input Vil Vss - 0.2VDD V 


“L” Level Output Vol Vss - 0.2VDD V 






2 FR Alternating current signal (tie both FR pins together) 

3 CL Clock input terminal (tie both CL pins together) 

4 /DOF Blanking control output (tie both /DOF pins together) 

5 /CS1 Active LOW chip select signal 

6 CS2 Active HIGH chip select signal (can tie HIGH) 


8 A0 Register Select: 0:instruction; 1:data 



11 DB0 Parallel interface 

12 DB1 


13 DB2 

14 DB3 

15 DB4 

16 DB5 

17 DB6 

18 DB7 






19 VDD Supply voltage for Logic (3.0V) 

20 Vss Ground 

21 Vout 1.0uF Cap to GND 

22 C3- 1.0uF-2.2uF cap to C1+ (Pin-23) 

23 C1+ 1.0uF-2.2uF cap to C3- (Pin-22) and C1- (Pin-24) 




27 V1 1.0uF-2.2uF cap to VDD 





32 VR No connection 

33 C86 Select MPU interface pin. C86= H:6800; C86= L:8080 

34 P/S Parallel/Serial select. PS= H: Parallel; PS = L: Serial 

35 NC No connection 

36 NC No connection 


5-120

NHD-12232KZ 


Front 
















1 A0 Register Select. 0: instruction; 1: data 

2 /CS2 Active LOW Chip Select Signal for LEFT half of LCD 

3 /CS1 Active LOW Chip Select Signal for RIGHT half of LCD 

4 CL Clock Signal; Requires 2KHz external clock. 


6 /RW Read/Write select signal. R/W = 1: Read R/W = 0: Write 

7 VSS Ground 

8-15 DB0-DB7 This is an 8-bit Bi-directional data bus 



18 V0 Power Supply for contrast; Requires external negative voltage (approx. -1.5V) 

19 LED+ Power supply for LED backlight (+5.0V with on-board resistor) 


5-121

NHD-12232WG 


11.3 

12.48 

80.0 0.5 

4.0 72.0 

10.2 P2.54*19=48.26 

1.8 20- 1.0(PTH) 

2.6 

2- 2.5(NPTH) 

2.0 

4.0 

13.7 MAX 

9.1 

6.7 

27.2 

18.0(VA) 

15.64(AA) 

A 

7.0 

K 

15.0 12.8 

28.0 

36.0 0.5 

1.6 

11.18 

53.64(AA) 

8.0 

60.0(VA) 

3.9 68.2 

2.5 75.0 

6- 1.0(PTH) 

2-R1.25(NPTH) 






Supply Current IDD Ta=25 o C, VDD=3.0V - 5.0 - mA 

Supply for LCD (contrast) VDD-V0 Ta=25 o C 4.1 4.5 4.9 V 



“H” Level Output Voh VDD -0.3 - VDD V 

“L” Level Output Vol 0 - 0.3 V 


Backlight Supply Current (Yellow/Green) ILED VLED= 4.2V 96 120 180 mA 



1 VSS Ground 


3 V0 Power Supply for contrast (approx. -1.5V) 

4 A0 Register Select. A0=0: Command, A0=1: Data 

5 CS1 Active LOW Chip Select Signal for LEFT half of LCD 

6 CS2 Active LOW Chip Select Signal for RIGHT half of LCD 

7 CL Clock Signal; Requires 2KHz external clock. 


9 R/W Read/Write select signal. R/W = 1: Read R/W = 0: Write 



19 VEE Negative voltage output (-3.0V) 


A LED+ Power supply for LED backlight (+4.2V) 



5-122

NHD-12232AZ 


With Yellow/Green LED Backlight With White LED Backlight 

Front 

Front 






Supply Current IDD VDD=5.0V, Ta=25 o C - 2.0 3.0 mA 












1 VSS Ground 


3 V0 Power Supply for contrast (approx. 0.5V) 


5 E1 Operation enable signal. Falling edge triggered, SEG (1~60) 

6 E2 Operation enable signal. Falling edge triggered, SEG (61~120) 

7 R/W Read/Write select signal, R/W=1: Read R/W= 0: Write 

8 A0 Register select signal. A0=0: Command, A0=1: Data 




5-123

NHD-12864WX-T1 


67.18 

66.08 

24.22 0.2 

19.5 

22.36 

1.5 

- 

24.01 

4.68 

21.72 - 0.2 

15.0 0.2 

11.5 17.98(VA) 

- 

2.5 

15.98(AA) 

2.3 

38.0 

1M ax 34 - 0.2 

2.21 

29.58(VA) 

4.21 25.58(AA) 

6.5 

10Max 

1.5 

49 

49 

6.0 

4 

0.5 

1 28*64 

9.46 

0.3 

P0.6*48=28.8 

32.5 

1 18 

8.5 

9.5 

3.37 

1 

0.2 

2 0.75 1 

5.4 

7.3 

26.4 

34 

Front 

9.3Max 

5.0 

1.6 

+ 0.55 + 

- 0.1 

0.55 + - 0.1 

0.5 - 0.5 20.7 0.5 - 0.5 

+ 

NT7534H-TABF1- 040602 

1.0MAX 

0. 3 + - 0.05 

2 

2-2.0 

^ 

PPKU 

h 

1.2 






Supply Current IDD - 0.18 - mA 











2 VSS Ground 

3 CS1B Active LOW Chip Select Signal 

4 CS2 Active HIGH Chip Select Signal 

5 RES Active LOW Reset signal 

6 A0 Register select. 0: instruction; 1: Data 



9-16 DB0-DB7 Bi-directional 8-bit data bus 

17 C86 Select MPU interface pin. C86 = H: 6800; C86 = L: 8080 

18 P/S Parallel/Serial select. PS = H: Parallel; PS = L: Serial 




5-124

NHD-12864MZ 


Front 

Display Pattern 






Supply Current IDD VDD= 5.0 V, Ta=25 o C - 0.41 - mA 











2 VSS Ground 

3 V0 Power supply for contrast (approx. -4.5V) 


12 CS2 Active LOW Chip Select Signal for RIGHT half of LCD 

13 CS1 Active LOW Chip Select Signal for LEFT half of LCD 



16 D/I Register select signal 


18 VSS Ground 



5-125

NHD-12864WG-B 


0.5 

2.9 

75.0 0.5 

2.5 70.0 

2.2 

9.05 

11.59 

70.6 

7.5 60.0(VA) 

10.0 55.0(AA) 

1.5 

2-R1.25 PTH 

2-R2.0 PAD 

8.9Max 

4.9 

0.43 

0.39 

52.7 0.5 

49.7 

44.6 

31.26(VA) 

27.48(AA) 

128*64Dots 

A 

K 

20.12 

25.35 

Front 

0.43 

0.39 

DOT SIZE 

10.16 

1 20 

1.0 

20 - 1.0PTH 

20 - 1.8PAD 

13.37 P2.54*19=48.26 

37.5 

2.5 

2- 2.5 PTH 

2- 4.0 PAD 

The non-specified tolerance of dimension is +0.3mm 






Supply Current IDD VDD= 5.0 V, Ta=25 o C 3.0 4.0 5.0 mA 











2 VSS Ground 



12 CS1 Chip Selection: CS1=H, CS2=L : select IC1 (left side) 

13 CS2 

CS1=L, CS2=H : select IC2 (right side) 



16 D/I Register select signal 


18 VEE Negative voltage output (-10V) 




5-126

NHD-12864WG-C 


78.0 0.5 

2.0 

74.0 

8.0 

62.0(VA) 

14.3Max 

10.85 

56.3(AA) 

9.7 

13.0 

P2.54*19=48.26 

70.0 0.5 

55.2 7.4 

44.0(VA) 13.0 

38.38(AA) 15.81 

1 

1.8 

20- 1.0 PTH 

20- 2.0 PAD 

128X64 Dots 

2.54 

20 

64.92 2.54 

Front 

1.6 

5.0 68.0 

4- 2.5 PTH 

4- 5.0 PAD 
















1 CS1 Chip Selection: CS1=H, CS2=L : select IC1(left side) 

2 CS2 

CS1=L, CS2=H : select IC2(right side) 

3 VSS Ground 


5 V0 Power supply for LCD contrast (approx. -3.5V) 

6 D/I Register select: 1=Data, 0= Instruction 

7 R/W Read/Write select signal. R/W=1: Read R/W=0: Write 



17 RST Active low Reset signal 




5-127

NHD-12864WG-F 


87.0 0.5 

4.0 

7.5 

80.0 

72.0(VA) 

13.6 MAX 

10.24 66.52(AA) 

9.0 

2.5 

70.0 0.5 

50.2 

40.0(VA) 

33.24(AA) 

7.0 

K 

A 

31.5 

65.0 

9.9 

15.0 

18.38 

Front 

2.5 

2 

1 

15.4 

22.86 

(P2.54*9) 

20 

19 

1.5 

2.54 

20- 1.0 PTH 

20- 1.8 PAD 

4- 2 5 PT H 

4- 5.0 PA D 

1.6 

2.5 

82.0 








“H” Level input Vih VDD -2.2 - VDD V 


“H” Level Output Voh VDD -0.3 - VDD V 






1 VSS Ground 


3 V0 Power supply for LCD contrast (approx. -3.0V) 

4 C/D Register select signal. C/D=0: DATA C/D =1: COMMAND 




15 /CE Active LOW chip enable 



18 MD2 Column select; H:32 column; L: 40 column 

19 FS1 Font Select: 1: 6x8 fonts, 0: 8x8 fonts 

20 HLT Clock operating stop signal 




5-128

NHD-12864AZ 


Front 






Supply Voltage ** VDD 4.7 5.0 5.5 V 


Supply for LCD (contrast) VDD-V0 - 8.7 - V 

Supply for LCD (contrast -VZ) VDD-V0 - 13.8 - V 





Backlight Supply Voltage (white) VLED - 5.0 - V 

Backlight Supply Current (white) lled VLED=5.0V, R=68Ω - 30 50 mA 

Backlight Supply Voltage (yellow/green) VLED 5.0 V 

Backlight Supply Current (yellow/green) lled VLED=5.0V - 120 - mA 

**(NHD-12864AZ-FSW-GBW-VZ can operate at 3.3V) 


1 VSS GND 

2 VDD Power for Logic (+5.0V) 

3 V0 Power supply for contrast (approx-3.7V) (VZ= approx. -8.8V) 

4 D/I Register select:1=Data, 0=Instruction 

5 R/W Read/Write signal, R/W=1: Read R/W: =0:Write 


7-14 DB0-DB7 This is an 8-bit Bi-directional data bus. 

15 CS1 Chip Selection: CS1=H, CS2=L -> select IC 1(left side) 

16 CS2 

CS1=L, CS2=H -> select IC 2(right side) 

17 /RST Active LOW reset signal 

18 VEE Negative voltage output (-5.0V) (VZ= -10.0V) 

19 LED+ Power for LED backlight (+5.0V via on-board resistor) 

20 LED- Ground for backlight. 

5-129

NHD-14432WG-A 


36.0 0.5 

31.0 

2.5 

25.2 5.4 

16.0(VA) 10.0 

13.4(AA) 11.3 

2.5 

9.4 

12.0 

14.78 

16 15 

21 

144*32 DOTS 

45.0 

85.0 0.5 

71.2 

66.0(VA) 

60.44(AA) 

80.0 

A 

2.0 

12.92 

10.16 

(P2.54*4) 

K 

5- 1.0 

4- 2.5 PTH 

4- 5.0 PAD 

13.2Max 

8.6 

1.6 

17.78 7.84 

(P2.54*8) 

2.5 

2.54 

16-1 .0 PTH 

16-1 .8 PAD 










“H” Level Output VOH 0.8VDD - VDD V 

“L” Level Output VOL 0 - 0.4 V 

Backlight Supply Voltage (White) VLED - - 3.5 3.9 V 

Backlight Supply Current (White) ILED VLED=3.5V 40 80 mA 



1 VSS Ground 

2 VDD Power supply for Logic (+5.0V) 


4 RS Register select: 1=Data, 0= instruction 



7-14 DB0~DB7 This is an 8-bit bi-directional data bus 

15 LED+ Power for LED backlight (+3.5V) 



5-130

NHD-14432WG-B 


2.5 

4.95 

7.55 

10.33 

80.0 0.5 

8.0 P2.54 *15=38.1 

75.0 

71.2 

66.0(VA) 

60.44(AA) 

Front 

13.2Max 

8.6 

36.0 0.5 

31.0 2.5 

5.7 

25.2 

10.3 

16.0(VA) 

11.6 

13.4(AA) 

1.8 16- 1.0 P TH 

1 4 4 * 3 2 dots 

2.5 

18.3 

10.16 13.22 

1.6 

4- 1.0PTH 

2.5 

40.55 

75.0 

4- 2.5 PTH 

4- 5.0 PAD 












Backlight Supply Voltage (White) VLED - - 3.5 - V 




1 VSS Ground 


3 V0 No connect 





15 LED+ Power for LED backlight (+3.5V) 


5-131

NHD-16032AZ 


14.0 

K 

A 

Front 
















1 VSS Ground 










5-132

NHD-16032BZ 


Front 


















1 VSS Ground 






7-10 DB0~DB3 Four low order bi-directional three-state data bus lines. 


11-14 DB4~DB7 Four high order bi-directional three-state data bus lines 

15 LED+ Power for LED backlight (+5.0V via on-board resistor) 


5-133

NHD-160128WG-B 


2.9 

3.5 

7 

10.0 

12.62 

3.5 

14.0 

16.52 

3.5 

129.0 0.5 

118.0 

101.0(VA) 

95.96(AA) 

2.54 

2.5 

16.5max 

11.9 

102.0 0.5 

96.2 

95.0 

88.0 

82.0(VA) 

76.76(AA) 

22.86 

(P2.54*9) 

Front 

39.6 

20- 1.0 PTH 

20- 1.8 PAD 

4- 3.5PTH 

3.5 

57.5 

122.0 

57.0 4.0 

1.6 







Supply for LCD (contrast) VDD-V0 Ta=25 °C 18.8 19.2 19.6 V 

“H” Level input VIH VDD-2.2 - VDD V 


“H” Level Output VOH VDD-0.3 - VDD V 


Backlight Supply Voltage (White) VLED - 3.4 3.5 3.6 V 




1 FG Frame Ground 

2 VSS Ground 






8 /CE Active LOW chip select signal 

9 C/D Register select signal. C/D=1: Command C/D=0: Data 

10 /HALT Active LOW clock operating stop signal 


12-19 DB0~DB7 This is an 8-bit Bi-directional data bus 


A LED+ Power for LED backlight (+3.5V) 



5-134

NHD-19232WG-B 


2.9 

9.2 

13.4 

16.5 

18.7 

116.0 0.3 

91.2 

85.0(VA) 

80.6(AA) 

2.5 

4.0 

13.9MAX 

9.3 

37.0 0.3 

31.2 

18.6(VA) 

15.96(AA) 

192*32 DOTS 

A 

K 

15.0 

7.0 

11.0 

15.0 

29.0 

Front 

4.0 

59.0 

108.0 

4- 3.5 PTH 

4- 5.5 PAD 

4- 1.0 PTH 

1.6 












Backlight Supply Voltage (White) VLED - 3.4 3.5 3.6 V 


Backlight Supply Voltage (Green) VLED - 4.0 4.2 4.4 V 

Backlight Supply Current (Green) ILED VLED=4.2V 168 210 315 mA 



1 VSS Ground 


3 V0 Power Supply for contrast (approx. 0.5V) 


5 R/W Read/Write select signal, R/W=1: Read R/W: =0:Write 


7-14 DB0~DB7 Bi-directional 8-bit data bus 

15 Vout Positive voltage output (+5.0V) 


A LED+ Power supply for LED Backlight (White= +3.5V) (Yellow/green= +4.2V) 


5-135

NHD-24064CZ 


240X64DO TS 
















1 FGND Frame Ground 

2 Vss Ground 


4 V0 Operating voltage for LCD (approx. -8.5V) 




8 C/D Register select signal C/D=0:DATA C/D=1:COMMAND 


10 RES Active LOW reset signal 

11-18 DB0~DB7 Bi-directional three-state data bus lines. 

19 FS Font Select 1=6x8 fonts, 0=8x8 fonts 

20 LED+ Power supply for (+5.0V via 6.8 ohm on-board resistor) 


5-136

NHD-24064WG-A 


180.0±0.5 

13. 0 

15.56 

2.0 

13.3 

23.5 

26.42 

176.0 

154.6 

133.0(VA) 

127.16(AA) 

4.13 

12.3Max 

7.7 

65.0±0. 5 

6. 2 

52. 6 

5. 5 

54. 0 

39.0 (VA) 

33.88 (AA) 

PIN 1 

PIN 3 

A 

K 

2.54 

22.86 13. 0 

2.54 

A A 

K K 

RED LINE 

WHITE LINE 

Component Side 

5D-SL001-03 

190.0±5.0 

(B/L-Cable Length) 

4- 3.5 PTH 

4- 7.0PAD 

BL 

20- 1.0 PTH 

20- 1.8 PAD 

1.6 

LED B/L 

*NOTE: The Yellow/Green Backlight does not come with the cable. 

CCFL 

Backlight : 



Pin 

No. 

Symbol 

1 FGND Frame Ground 





Supply Current IDD Ta=25 °C,VDD=5.0V 12 16 20 mA 








Backlight Supply Voltage (White CCFL) VLED 185 205 225 Vrms 

Backlight Supply Current (White CCFL) ILED VLED=205Vrms 4.5 5.0 5.5 mArms 




Pin 

No. 

Symbol 



2 VSS Ground 






8 C/D Register select signal C/D=0: DATA C/D=1: COMMAND 

10 RESET Active LOW reset signal 

11-18 DB0~DB7 8-bit Bi-directional data bus 

19 FS Font select: 1=6x8 fonts, 0=8x8 fonts 


A LED+ Power supply for LED Backlight (White= +3.5V) 

(Yellow/Green= +4.2V) (White CCFL= +205Vrms) 


5-137

NHD-240128BZ 


Front 

0 2 1 








Supply for LCD (contrast) VDD-V0 Ta=25 °C - -14.2 - V 


Supply Current (3V) IDD Ta=25 °C,VDD=3.3V - 3.5 5.5 mA 

Supply for LCD (contrast 3V) VDD-V0 Ta=25 °C - -15.9 - V 








1 VSS Ground 

2 VDD Power supply for logic (+5.0V) 3V= (+3.3V) 


4 A0 Register Select signal. 0: data; 1: instruction 

5 R/W Read/Write select signal, R/W=1: Read R/W=0: Write 


7-10 DB0~DB3 Four low order bi-directional three-data bus lines. 


11-14 DB4~DB7 Four high order bi-directional three-state data bus lines. 


16 68/80 Interface Select Pin. 0:8080 Family 1: 6800 Family 


18 VEE Positive voltage supply output (+20V) 




5-138

NHD-240128WG-B 


Front 
















1 VSS Ground 


3 V0 Power supply for contrast (LED= approx. -14.5V) 

4 C/D Register select signal. C/D=1: Command C/D=0: Data 




15 /CE Active LOW Chip Select signal 

16 /RESET Active LOW Reset signal 


18 MD2 Display size signal. H:32 columns; L: 40 columns 

19 FS Font select signal. H: 6x8, L: 8x8 




5-139

NHD-240128WG-A 


170.0 0.5 


4.0 

9.0 

162.0 

152.0(Frame) 

Front 

0.4 

4.5 

7.0 

7.5 

12.515 

21.0 

128.0(VA) 

25.01 119.97(AA) 

24.1 

190.0±5.0 

93.4±0.5 

93.0(PCB) 

85.0 

86.6(Frame) 5 

75.0(VA)(LCD) 

74.0(VA)(Frame) 

63.97(AA) 

A 

K 

4- 1.0PTH 

2.54 

6.0 5.0 

22.86 51.5 

20-1 .0 PTH 

20-1 .8 PAD 

4- 3.5 PTH 

4- 5.0 PAD 

3.3 

170. .50 0. 

With CCFL Backlight 

7.8 

14.0 MAX 

1.6 

0.4 

4.5 

7.0 

7.5 

4.0 

9.0 

12.515 

162.0 

152.0(Frame) 

21.0 

128.0(VA) 

25.02 119.97(AA) 

Front 

103.5±0.5 

93.4±0.5 

93.0(PCB) 

24.1 

85.0 

86.6(Frame) 

75.0(VA)(LCD) 

74.0(VA)(Frame) 

63.97(AA) 

A 

K 

4- 1.0PTH 

2.54 

6.0 5.0 

22.86 51.5 

20-1 .0 PTH 

20-1 .8 PAD 

4- 3.5 PTH 

4- 5.0 PAD 

135.0±10.0 

3.3 






Supply Current IDD Ta=25 °C,VDD=5.0V - 23.0 - mA 

Supply for LCD (contrast) VDD-V0 Ta=25 °C 17.5 18.0 18.5 V 





Backlight Supply Voltage (White- LED) VLED 3.4 3.5 3.6 V 

Backlight Supply Current (White- LED) ILED VLED=3.5V 128 160 200 mA 

Backlight Supply Voltage (White- CCFL) VL 351 390 429 Vrms 

Backlight Supply Current (White- CCFL) IL 4.5 5.0 5.5 mArms 




2 VSS Ground 



5 WR Read/Write select signal, R/W=1: Read R/W: =0: Write 

6 RD Active LOW read 

7-14 CE Active LOW chip select signal 



17 RESET Active LOW reset signal 

18 DB0~DB7 Bi-directional three-state data bus lines. 

19 FS Font select signal. H:6x8, L:8x8 

20 RV Display mode signal. RV=1: Reverse display, RV=0: normal 



15 C/D Register select signal. CD=1: Command, CD=0: Data 


5-140

NHD-320240WX-Co 

94.7 

93.8 

81.4(VA) 

76.78(AA) 

8.6MAX 

5.6 


47.05 

1 

71.7 

70.3 

61.0(VA) 

57.58(AA) 

320*240 dots 

36.7 

38.1 

Front 

3.75 21.0 

P1.0*21 

1 

CON2 

22 

36.7 

A 

17.1 

Without Mounting Tabs 

14.3 


(Down-Side) 

94.7 

93.8 

81.4(VA) 

76.78(AA) 

8.6 

5.6 

47.05 

1 

320*240 dots 

39.95 

36.7 

71.7 

70.3 

61.0(VA) 

57.58(AA) 

76.8 

83.3 

3.75 25 

P1.0*25 

1 CON24 26 

17.1 

42.8 

85.3 

6.5 

4- 3.0 

14.3 


(Down-Side) 

With Mounting Tabs 






Supply Current IDD Ta=25 °C,VDD=3.3V - 33 - mA 

Supply for LCD (contrast) VDD-VLCD Ta=25 °C 21.1 21.7 22.3 V 


“L” Level Input VIL 0 - 0.2VDD V 







1 VSS Ground 




5 WR Read/Write select signal, R/W=1: Read R/W:=0: Write 

6 RD Active LOW read 

7-14 DB0-DB7 Bi-directional three-state data bus lines 

15 CS Active LOW chip select 


16 RES Active LOW reset signal 

17 VEE+ Positive voltage output (+28V) 

18 SEL1 No Connect (selected by onboard 

jumper JSEL) 

19 LED+ Power Supply for LED Backlight (+3.5V) 


21 DISPOFF Active LOW display off signal 


5-141

NHD-320240WG-Co 


4.02 139.98 

4.44 136.2 

120.24 0.5 

112.2 

4.02 

105.4 

7.11 

92.14(VA) 13.74 

16.62 

86.38(AA) 

13.97 

120.14(VA) 

16.45 115.18(AA) 

320*240 Dots 

XH-3P EQ 

190.0±5.0 

Front 

15.6MAX 

10.5 

4- 3.5PTH 

4- 6.0PAD 

2.54 

148.02 0.5 

5.0 

20 2 

19 1 

22.86 

(P2.54*9) 

21.06 

20- 1.0PTH 

20- 1.8PAD 

1.6 
















1 VSS Ground 





6 A0 Register select signal. A0=0: Common, A0=1: Data 


15 /CS Active LOW chip select 






A LED+ Power supply for LED Backlight (+5.0V) 



5-142

NHD-320240WG-A 


160.0 ± 0.5 

4.0 

11.0 

109.00 .5 

104.7 2.15 

101.0 4.0 

92.0(VA) 

8.5 

86.38(AA) 11.31 

152.0 

141.0 

25.0 122.0(VA) 

28.41 

115.18(AA) 

320*240 Dots 

6.5 

Max13.0 

0.36 

0.34 

0.36 

0.34 

DOT SIZE 

SCALE 10/1 

5.0 ± 1.0 

190.0 ± 10.0 

4- 3.5PTH 

4- 6.0PAD 

206.0 ± 3.0 

37.9 

B/L 

10.0 

Front 

1.0 

(PCB) 

1.25 

w=0.8 

P1.25*13=16.25 

18.75 

Contact Side 

SCALE 2/1 

p=1.25 

0.30 ± 0.05 







Supply for LCD (contrast) VDD-VLCD Ta=25 °C 23 23.6 24.2 V 

“H” Level input VIH 0.8*VDD - VDD V 

“L” Level Input VIL 0 - 0.2*VDD V 







1-4 DB0-DB3 Signal data bus 

5 DISP OFF Display On/Off 

6 FLM Scan Start-up signal 

7 M No Connect 

8 LP Data latch pulse 

9 CP Data shift pulse 


11 VSS Ground 



14 FGND No Connect 

5-143

NHD-320240WG-Bx 


4.0 

109.0 0.5 

101.0 4.0 

104.7 2.15 

92.0(VA) 

8.5 

86.38(AA) 11.31 

160.0 0.5 

152.0 

25.0 122.0(VA) 

28.41 

115.18(AA) 

320*240 Dots 

190.0 5.0 

Front 

13.0MAX 

6.5 

1.0 

0.36 

0.34 

0.36 

0.34 

DOT SIZE 

SCALE 10/1 

LED B/L drive directly 

from A and K. 

R 

A 

K 

B/L 

1.0 

(PCB) 

LCM 

4- 3.5PTH 

4- PAD 

The non-specified tolerance of dimension is 

0.3mm. 









Supply Current (3V) IDD Ta=25 °C, VDD=3.3V 65.0 75.0 85.0 mA 

Supply for LCD (contrast 3V) VDD-VLCD Ta=25 °C 20.0 21.8 24.1 V 

“H” Level input VIH 0.5*VDD - VDD V 



“L” Level Output VOL VSS - 0.4 V 





1 VSS Ground 

2 VDD Power supply for logic (+5.0V) (3VR= 3.3V) 













5-144

NHD-320240WG-Bo 


4.0 

109.0 0.5 

101.0 4.0 

104.7 2.15 

92.0(VA) 

8.5 

86.38(AA) 11.31 

160.0 0.5 

152.0 

25.0 122.0(VA) 

28.41 

115.18(AA) 

320*240 Dots 

190.05 .0 

13.0MAX 

6.5 

1.0 

4-O3.5PTH 

4-O 

6.0PAD 

The non-specified tolerance of dimension is 

0.36 

0.34 

0.3mm. 

1.0 

(PCB) 

* For the NHD-320240WG-BoTML-VZ#030 

there is a cable extending from the board (see 

below) and an additional touch panel affixed to 

the display. (see page 5-33 for TP dimensions). 

15.0(Max) 

SKR 


0.36 

0.34 

DOT SIZE 

SCALE 10/1 






VDD=5.0V 

95.0 100.0 110.0 mA 








1.5 

(T.P) 

1.0 

(PCB) 

NM.0 ± 2.0 

0.3 ± 0.5 

100.0 ± 3.0 

5.0 ± 1.0 



1 VSS Ground 








15 /CS Active LOW chip select 






5-145

VFD 



5-146

M0116SY-161MSAR1-S2 

VFD Module Specification 

General Specifications 

Item 

Character Height x Width 

Interface 

Peak Wavelength 

Luminance 

Value 

5.0mm x 3.0mm 

Serial 

Green (505nm) 

204 fL typ. 


Item Symbol Min. Typ. Max. Unit 

Operating Temperature Range Top -40 - +85 °C 

Storage Temperature Range Tst -50 - +95 °C 

Supply Voltage VCC 4.5 5.0 5.5 V 

Supply Current ICC - 150 200 mA 

5-147

M0116MY-161LSBR2-S2 


DISPLAY AREA 


Item 


Interface 


Luminance 

Value 

10.0mm x 5.0mm 

Serial 

Blue-Green (505nm) 

200 fL typ. 





Supply Voltage VCC 4.5 5.0 5.5 Vdc 



5-148

M0116SD-161SDBR1-1 



NOTE: DIMENSIONS IN ( ) ARE REFERENCE ONLY. 


Item 


Interface 


Luminance 

Value 

5.29mm x 2.8mm 

Serial 

Green (505nm) 

200 ft-L 






Supply Current ICC - 90.5 108 mA 

5-149

M0116SD-161SDBR1-S 



Item 


Interface 


Luminance 

Value 

5.1mm x 2.55mm 

Serial 

Green (505nm) 

200 ft-L 





Supply Voltage VCC - 5.0 7.0 Vdc 

Supply Current ICC - 90.5 108 mA 


5-150

M0216SD-162SDAR2-1 


+0.38 

+0.13 

+0.1 

+0.13 

+0.38 

+0.7/ -0.5 

+0.13 

+0.13 

+0.38 

+0.38 

+0.8/ -0.5 




Item 


Interface 


Luminance 

Value 

5.34mm x 2.10mm 

Serial 

Green (505nm) 

500/146 ft-L 







5-151



MOUNTING COMPONENT AREA 


Item 


Interface 


Luminance 

Value 

4.34mm x 2.26mm 

Serial 

Blue/Green (505nm) 

680/200 ft-L 








5-152




Item 


Interface 


Luminance 

Value 

5.34mm x 2.10mm 

Serial 

Green (505nm) 

500/146 ft-L 







5-153




Item 


Interface 


Luminance 

Value 

9.22mm x 3.85mm 



200 Ft-L typ. 








5-154




Item 


Interface 


Luminance 

Value 

5.34mm x 2.35mm 



146 fL typ. 







5-155

M0220SD-202SDAR1-1G 



Item 


Interface 


Luminance 

Value 

5.34mm x 2.35mm 



146 fL typ. 








5-156

M0220MD-202MDAR1-1 


Hole 1 and 18 not used 




Item 


Interface 


Luminance 

Value 

8.78mm x 3.68mm 



146 fL typ. 







5-157

M0220MD-202MDAR1-3 





Item 


Interface 


Luminance 

Value 

8.78mm x 3.68mm 

Parallel 


500 cd/m2 typ. 






Supply Current * ICC - 290 435 mA 

*Note: In-rush current can be approx 10 times the specified supply current at power up. 


5-158

M0420SD-204SDAR1-3 


+0.2 

+0.95 

-0.75 

1.2 

+0.2 

+0.38 

O 2.8 




Item 


Interface 


Luminance 

Value 

4.84mm x 2.35mm 

Parallel/Serial 


146 fL typ. 







5-159

Newhaven Display International, Inc. 

2511 Technology Drive Elgin, IL 60124, USA 

www.newhavendisplay.com 

Phone 847.844.8795 Fax 847.844.8796 

Sales- nhsales@newhavendisplay.com 

Tech Support- nhtech@newhavendisplay.com

PDF Version - NewHaven Display

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?