SG7050EEN differential crystal oscillator: providing excellent clock source for 5G routers

May 31,2024
121 VIEWS

With the rapid development of 5G technology, 5G routers, as important devices connecting high-speed networks, are rapidly becoming popular. To ensure excellent performance of 5G routers in high bandwidth and low latency network environments, it is crucial to choose a high-performance crystal oscillator. The SG7050EEN differential crystal oscillator launched by Epson provides a reliable clock source for 5G routers with its high precision, low phase noise, and excellent differential output characteristics, significantly improving its performance and stability.

The SG7050EEN differential crystal oscillator adopts advanced differential oscillation technology, which can provide extremely high frequency accuracy and stability. This is crucial for 5G routers, as precise frequency control is crucial to ensuring data transmission rate and signal integrity. Ensure that the router maintains highly stable performance during high-speed data transmission. Its excellent phase noise performance reduces signal jitter, which not only improves the accuracy of data transmission, but also enhances the system's anti-interference ability, ensuring the stability of high-speed network connections.

The Japanese Epson crystal oscillator SG7050EEN is an LV-PECL output differential crystal oscillator with a small volume size of 7.0x5.0mm active crystal oscillator. The six pin SMT crystal oscillator operates in a temperature range of -40 ℃ to+85 ℃ (+105 ℃), with power supply voltages of 2.5V, 3.3V, and a wide frequency range of 25MHz to 200MHz. Any frequency point has a low power supply voltage, which meets the low current consumption characteristics of the product. This product has the characteristics of small volume, lightweight, low jitter, low power consumption, low loss, low energy consumption, low level, and low phase noise. It can easily identify network signals and accurately process bipolar signals. It is widely used in 5G communication equipment and set-top boxes. Optical transceiver, security equipment, routers/switches, instrumentation, SATA, SAS, fiber optic communication, 10G Ethernet, and various frequency control devices.

Differential crystal oscillators have gradually emerged in our sight in recent years, and more and more electronic engineers will prefer chip mounted differential crystal oscillators. With the development of information technology, the advantages of differential crystal oscillators such as high performance, low power consumption, and low noise have made them suitable solutions for many designs. However, there are still many electronic engineers who have misconceptions and blind spots in the selection of differential vibration products. Different from conventional crystal oscillators, differential crystal oscillators have different output signals. LVPECL, LVDS, and HCSL are common output signals for differential crystal oscillators.