EPSON crystal oscillator TG5032CFN assists 5G small base station design accuracy up to ± 1ppm

Dec 12,2024
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With people's increasing demands for networks and application scenarios, the construction of 5G small base stations is becoming more and more common. On the one hand, it enhances people's 5G network experience and empowers diverse industry applications. On the other hand, it also strengthens coverage to a certain extent and reduces construction costs. Therefore, there are more requirements for the performance improvement of base stations, such as miniaturization and convenience in design.

Inside the base station, it is divided into a digital part and an RF part. The digital control part needs to perform timing control on various signals, and the role of the crystal oscillator is comparable to the heart of the digital part. The EPSON crystal oscillator TG5032CFN, with its outstanding performance, has become an indispensable core component in the design of 5G small base stations, injecting strong power into the efficient and stable operation of 5G networks. Its main application is to control the clock frequency output by the crystal oscillator to manage the timing signals of different parts. With timing, the components of each part can work in an orderly manner under control, so as not to cause timing chaos. The general product application diagram is shown below:

The precision of this product launched by EPSON can reach ± 1ppm, with an annual aging rate of ± 3ppm/20 years. Overall, the product's performance is in line with customers' high-precision requirements; In addition, this product adopts the 5032 package, which has a relatively small packaging volume that helps customers with the miniaturization design and cost control of base station products.

The output format of this product is relatively flexible in terms of frequency and output format, and can be adjusted flexibly according to the specific product application situation of customers; This product supports 3.3V power supply without the need for additional power conversion modules, saving costs while further optimizing the design of the volume; It can support industrial grade working temperatures of -40~+85 ℃ and can be applied in various scenarios.

The EPSON crystal oscillator TG5032CFN has become the top choice in 5G small base station design due to its ultra-high precision, stable and reliable performance, compact packaging form, and wide compatibility. It provides a solid guarantee for the precise operation of 5G small base stations, helping the rapid popularization and development of 5G networks worldwide, allowing people to fully enjoy the infinite possibilities brought by the 5G era.