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Wholesaler Customized 3.6v Common Anode Smd LED Segment Display 7 Segment 10mm Pixels
Product Details:
| Place of Origin: | China |
| Brand Name: | ROYAL DISPLAY |
| Certification: | ROHS, ISO |
| Model Number: | RYS5231W |
Payment & Shipping Terms:
| Minimum Order Quantity: | 1000pcs |
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| Price: | Negotiable |
| Packaging Details: | Cartons, Capboard, EPE, Blister Tray |
| Delivery Time: | 15~25 working days |
| Supply Ability: | 1000K pieces/Month |
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Detail Information |
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| Size: | 0.28''~4'' | Tube Chip Color: | Full Color |
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| Display Function: | Graphics | Pixels: | 10mm |
| Surface Color: | Black Or Grey Color | Polarity: | Common Anode |
| Digits: | 1 To 6 | Color: | Red, Green, Blue, Yellow, Orange... |
| Highlight: | Common Anode Smd LED Segment Display,3.6v LED Segment Display,10mm Pixels Single Digit LED Display |
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Product Description
7-segment single display
LED seven segment display for indoor, semi-outdoor use, 0.31" to 0.56", different sizes and colors, one to four digits
Features:
1) LED numeric & alphanumeric displays for indoor, semi-outdoor and outdoor application.
2) Digit height: from 0.31" to 20" (0.31", 0.36", 0.39", 0.4", 0.5",0.52", 0.56)
3) 1-digit, 2-digits, 3-digits, 4-digits, 6-digits available with black or grey face.
4) Various emitting colors: red(640nm),yellow green (572nm),pure green(525nm),yellow(590nm),blue(430nm), pure blue(470nm).
PRODUCT DESCRIPTION
Feature
1. Low power consumption
2. High brightness
3. Easy assembly
4. High intensity and reliability
| Parameters | |
| Emitted color | various |
| Emitted source | chips |
| Luminance | 75mcd |
| DC Forward Voltage | 2.6-3.6v |
| Suggestion Forward Current | 20 mA |
| Operating Temperature | -25℃~+85℃ |
Specification
OEM SERVICE AVAILABLE
Description:
Tube chip color: Red, blue, green, yellow, amber, white and bi-color, RGB color etc.
Lens color available: Milky white or same as emitting color
Surface color available: Black/gray
Film type: transparent/fluorescent powder film
Polarity: CC&CA
Segment Liquid Crystal Displays
Segment LCDs, also called static displays or glass-only displays, are constructed of two pieces of ITO (Indium tin oxide) glass with a twisted nematic fluid sandwiched in between. A static display is a segment display with one pin for every one segment.
These displays are still one of the most popular technologies in use and the majority of them are custom. Many people think the process of designing a custom segment liquid crystal display is complicated and too complex to be understood except for a few experienced people. But after designing custom LCDs for over 14 years, it can be said that just about anyone can select the best options for their product.
In other words, you don’t have to be an engineer, or have a PHD from MIT to design a custom LCD for your application. So instead of offering a list of technical terms and equations, these are the different options available.
What Are The Advantages Of Segment Displays?
Although Segment displays are an older technology, it is still one of the most popular. After all, they cannot display all the colors of a TFT or OLED like what can be seen on a cell phone and tablet.
Why?
Below are key reasons why people keep designing these LCD displays into new products.
Lowest Piece Price
The unit price of a segment display can range from less than $0.50/piece to $15/piece depending on quantity, size of glass, and other variables.
Lowest Tooling Fee
The tooling fee for a custom display is the lowest of all the technologies and allows the customer to receive a LCD that is manufactured to the exact dimensions requested, including custom icons and segments.
Focus LCDs offers a one-time NRE (Non-recurring engineering) or tooling fee. This includes all design, technical support, and samples. A PDF showing an overview of our tooling process can be found by clicking here: Custom LCD flowchart
Low Power Consumption
Segment displays require less power than other display technology such as TFT, OLED, and UWVD. This makes these LCDs ideal for applications that are battery powered or solar powered. They require the lowest power to drive, an estimated 2uA per centimeter squared. Glass only displays (no backlight and no controller) require an estimated 10% of the power that is required for a LED backlight. In other words, a static display without a backlight will draw around 1mA; the same display with a LED backlight will demand from 10mA up to 25mA. Most displays can be driven at 3.3V or 5V since microprocessors can operate at both voltages. 3.3V is becoming more popular since two double ‘AA’ batteries can produce between 3.0V and 3.3V.
FAQ
Q:How to control the quality of products?
A:The company has a professional quality team, and all products are 100% inspected before shipment.
Q: Are you open to OEM processing?
A: Yes, we can OEM.
Q: Where is your main market?
A: We sell and ship our products all over the world. Our main market is Europe,North America and Asia.
Q: Can I get samples before I order?
A: Yes, we can have samples sent to you within 7 working days upon receipt of your payment for these samples.