EPSON crystal oscillator is suitable for automotive display solutions

    With the continuous evolution and development of electrification and intelligence in automobiles, as well as the increasing demand for comfort and safety from consumers, the design concept of automobile cabins has undergone fundamental changes. Intelligent cabin solutions are becoming an increasingly important part of the intelligent automobile industry chain, with dual screen interaction, intelligent voice, vehicle networking, and OTA becoming the basic configurations of mainstream intelligent cabins in the current market. The continuous emergence of new technological features in car displays has raised higher requirements for the crystal oscillators used in their applications.

    Due to the multi-dimensional feedback of road surface information and timely reminders of dangerous road conditions to drivers, the number of car display screens is constantly increasing. However, as the screen continues to grow, it also brings new challenges such as signal attenuation and increased noise. It is recommended to use a differential crystal oscillator to output differential signals using two signals with completely opposite phases, thereby eliminating common mode noise and producing a higher performance system.

    At present, the upgrade and integration of car display screens have included functions such as film and television, gaming, entertainment, and interpersonal interaction. This has raised higher requirements for the service life, working stability, image display resolution, contrast, field of view, optical indicators, and response speed of the central control screen. Therefore, the selection of crystal oscillators needs to have high precision, high stability, earthquake resistance, and other characteristics.

    In addition, due to the high temperature environment or outdoor placement of cars, car displays need to have sufficient heat and cold resistance. When selecting crystal oscillators, the working temperature should reach -40~+85 ° C or -40~+125 ° C to ensure long-term normal operation stability.

1. Display accuracy and stability, SG2016CAA provides high-precision clock signals for image synchronization, ensuring synchronized playback of images and videos in the car display screen, improving display effects and user experience. Data transmission stability: A highly stable clock signal supports the stability of data transmission, avoiding screen jitter or lag.

2. Design flexibility and small size packaging: The miniaturization design of SG2016CAA enables it to be easily integrated into various car display screen modules, whether it is the center console screen, dashboard, or rear seat entertainment screen. Diversified interface support: This crystal oscillator is compatible with multiple data interfaces and is suitable for different types of display control systems.

3. Reliable in car applications, environmental resistance: SG2016CAA can operate stably in various harsh in car environments, resistant to high and low temperatures, vibration, and impact, ensuring the stability and reliability of the display system. Long term stable operation: The long-life design reduces the need for frequent maintenance and replacement, improving the reliability of the in car display system.