SFOM096YZ4-12864WB-02 Specification.pdf

Product Introduction

0.96-inch OLED with 4-pin PCB is a miniaturized display module widely used in embedded systems and portable electronic devices. This type of display screen plays an important role in fields such as smart watches, health trackers, and industrial equipment due to its small size, low power consumption, and high contrast. Due to its modular design, it can be easily integrated into various electronic products, providing users with intuitive information display.

In addition, driver ICs for 0.96-inch OLED with 4-pin PCB modules such as SSD1306, SSD1315, etc., due to their standardized design, further enhance their versatility on various devices. This high level of compatibility provides great convenience for users when designing embedded systems or DIY projects.

Features

0.96-inch OLED with 4-pin PCB products typically have the following technical specifications:

• Resolution: 128x64 pixels, providing clear text and image display.
• Driver chips, such as the SSD1306/SSD1315 chip, are compatible with multiple development platforms, simplifying the development process.
• Working voltage: usually between 3V and 5V, with good power compatibility, compatible with 3.3V and 5V logic levels, without the need for additional level conversion chips.
• Viewing angle: With a super large viewing angle greater than 160 °, it ensures good display performance at different viewing angles.
• Color options: Provides multiple color options such as yellow blue, white light, and pure blue to meet different visual needs and design preferences.
• Display mode: Supports multiple display modes, including graphic and text display, suitable for various information display needs.
• Power consumption: Under normal display conditions, the power consumption is only 0.06W, much lower than traditional TFT displays, making it suitable for applications with strict power consumption requirements.
• Installation method: The 4-pin PCB design allows for fixation through standard circuit board installation procedures while providing good electrical connections.
• Signal integrity: Considering the stability and reliability of signal transmission, PCB wiring should be as short and direct as possible to reduce signal interference
• Heat dissipation design: OLEDs generate heat during operation, and PCB design should consider heat dissipation pathways, such as optimizing thermal management through layout or heat dissipation pads.
• Anti interference design: To reduce electromagnetic interference (EMI), PCB design should adopt appropriate shielding and filtering measures.

Outline Drawing

Interface Pin Definition

Electro-Optical Characteristics

Product Image

Reliability Test

Facilities and Certificates

Contact Us

We love to hear about your projects, If you have any questions, we can be reached at sales2@saef.com.cn