Low power crystal oscillator SG7050CAN X1G004481003500 suitable for Gigabit Ethernet applications

    With the continuous development of network technology, Gigabit Ethernet has been widely used in various industries. Whether it's enterprise data centers, home networks, or IoT devices, Gigabit Ethernet has become the core technology for efficient data transmission. In these applications, the low-power crystal oscillator SG7050CAN factory code: X1G004481012800, with its excellent frequency stability, low phase noise, wide operating temperature range, and compact packaging design, has become an ideal choice for gigabit Ethernet applications. It not only improves data transmission efficiency and enhances system stability, but also conforms to the concept of energy conservation and environmental protection, meeting the demand for miniaturization of modern electronic devices.

    Epson SG7050CAN is a CMOS output quartz crystal oscillator, a conventional 7050 size extended temperature active SMT crystal oscillator, with a frequency range of 4MHz to 72MHz, a wide operating power supply voltage of 1.6V to 3.63V, and a wide operating temperature range from -40 ℃ to 85 ℃. In addition, the maximum operating temperature can reach 105 ℃. These SPXOs offer five different packaging sizes from 2.0x1.6mm to 7.0x5.0mm, four pin SMT quartz crystal oscillators, and standard pin arrangements. It has the characteristics of stable output frequency, low power consumption, low power supply voltage, and low jitter, meeting industrial standards. When outputting the maximum frequency under no-load conditions, the current loss of the component is only 3.0mA. Reducing the standby power consumption of the system can effectively extend the service life of the power supply device. By controlling the high and low levels of pin ST, standby mode switching can also be achieved, where the current loss in standby mode can be as low as 2.7uA, further reducing the standby power consumption of the component. In addition, the maximum startup time is 3ms, ensuring the requirement of low-power design for device wake-up speed. Very suitable for the Internet of Things, mobile devices, USB, GPS systems, fiber channel, Gigabit Ethernet, and industrial control IC clock chips, providing stable clock signals for network devices.

Advantages of SG7050CAN application in Gigabit Ethernet:

1. Improve data transmission efficiency: In gigabit Ethernet applications, the high frequency stability and low phase noise performance of SG7050CAN help improve data transmission efficiency, reduce data packet loss and transmission delay, and ensure efficient network operation.

2. Energy conservation and environmental protection: Low power design not only reduces the power consumption of equipment, but also reduces the impact on the environment, in line with the modern concept of green environmental protection. For large data centers and IoT devices, reducing energy consumption not only saves operating costs but also enhances the corporate social responsibility image.

3. Enhance system stability: With high frequency stability and a wide operating temperature range, the SG7050CAN can maintain stable operation in various harsh environments, enhancing the overall stability and reliability of the system. This is particularly important for critical task applications such as financial trading systems, medical equipment, etc.

4. Flexible Integration: The compact packaging design allows the crystal oscillator to be easily integrated into various miniaturized devices, meeting the needs of modern electronic products for lightness and thinness. This is of great significance for applications such as smart home devices and portable communication devices.

    In the future, with the continuous expansion of gigabit Ethernet applications and technological progress, SG7050CAN will continue to play its important role in providing more efficient and stable support for our network communication, and jointly leading the innovation trend of future network technology.