5G outdoor base station controller dedicated crystal oscillator SG2016CAN code X1G004801003100

Jul 01,2024
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With the rapid development and widespread application of 5G technology, the demand for 5G outdoor base station controllers is also increasing. In order to meet this market demand, Epson has launched the SG2016CAN series crystal oscillator with the code X1G004801003100. With its excellent performance and reliability, it has become an ideal choice for 5G outdoor base station controllers. As a high-performance and highly stable crystal oscillator designed specifically for 5G outdoor base station controllers, it is a small volume crystal oscillator with a size of 2.0x1.6mm (SPXO), supporting CMOS output levels, four pin SMT oscillator, active crystal oscillator, with a wide operating voltage and temperature range of 1.6V to 3.63V from -40 ℃ to 85 ℃. In addition, the highest operating temperature can reach 105 ℃, with characteristics such as ultra small size, lightweight, low jitter, low power consumption, low loss, low energy consumption, and low current consumption.

The SG2016CAN active crystal oscillator also has the advantage of ultra-low power consumption. The response time is only 3ms, and the rise/fall delay time is 4ns. When the working frequency is 20MHz and there is no load, the working current can reach 1.8mA, and the current in standby mode can reach 2.7 μ A. Therefore, in the 5G front transmission module scheme, if a more stable MCU main frequency, external high-temperature, and stable 5G crystal oscillator is needed, EPSON's SG2016CAN crystal oscillator is a more ideal choice.

Application advantages of SG2016CAN crystal oscillator in 5G outdoor base station controller：

1.Improving network stability and performance: High frequency stability and low phase noise performance ensure that the SG2016CAN crystal oscillator can provide accurate clock signals for 5G base station controllers. This significantly improves the stability and performance of 5G networks that require high-precision synchronization and low latency communication, ensuring a good user experience.

2.Enhanced equipment reliability: The high reliability and long lifespan characteristics enable the crystal oscillator to operate stably in 5G base stations for a long time, reducing the frequency of equipment maintenance and replacement, and improving the reliability and service life of the base station. This is particularly important in outdoor base station applications, as it can ensure the continuous and stable operation of the base station under various environmental conditions.

3.Supporting device miniaturization design: The miniaturization packaging design makes SG2016CAN crystal oscillator very suitable for integration into high-density 5G base station controllers, helping to miniaturize and integrate base station equipment. This is of great significance for the design of modern 5G base stations, meeting the requirements of high integration and miniaturization.

4.Adapt to various outdoor environments: With a wide temperature range, it can meet the needs of different outdoor environments, ensuring that the equipment can operate normally under various temperature conditions. This is particularly important for 5G base stations deployed in various climate conditions, as it can provide reliable performance support.

The SG2016CAN crystal oscillator (code X1G004801003100) has become an ideal choice for 5G outdoor base station controllers due to its high frequency stability, low phase noise, miniaturization, high reliability, and wide temperature range. It not only improves the network performance and stability of 5G base stations, but also enhances the reliability and service life of equipment, adapting to the needs of various outdoor environments. With the continuous development of 5G technology, SG2016CAN crystal oscillators will continue to play an important role in providing reliable and efficient support for various 5G base station equipment, jointly promoting the comprehensive coverage and high-speed development of 5G networks.