Epson differential crystal oscillator SG3225EEN is an excellent choice for high-precision applications

Mar 07,2025
33 VIEWS

With the rapid development of intelligent electronic systems, the demand for high-frequency and high-precision clock sources in cutting-edge fields such as artificial intelligence and 5G communication is increasing. High speed data transmission scenarios require higher frequency stability and lower phase noise to ensure the stability and reliability of signal transmission. Epson differential crystal oscillator SG3225EEN stands out with its outstanding performance and becomes an ideal choice for achieving high-precision and high reliability systems. It is injecting strong impetus into the technological upgrading and efficient operation of many industries with its unique advantages.

Epson SG3225EEN is a high-performance differential crystal oscillator that features LV-PECL output and a compact 3225 package (size 3.2 × 2.5 × 1.05mm). Its small size makes it easy to integrate into various devices with limited space. The high-precision characteristics of SG3225EEN ensure precise synchronization between various modules within the base station, effectively reducing the error rate of data transmission and ensuring the stable operation of the communication network. Whether it is real-time processing of massive data or accurate execution of complex communication protocols, SG3225EEN can be widely used in communication, network equipment and other fields that require strict clock signal stability with stable clock signals.

SG3225EEN main parameters:

1. Frequency range: 25MHz to 500MHz, covering mainstream high-speed communication requirements.

2. Power supply voltage: D: 2.5V ± 0.125V, C: 3.3V ± 0.165V, low-power design.

3. Output type: LV-PECL differential output, supports bipolar signal processing, and has strong resistance to electromagnetic interference (EMI).

4. Function: Enable (OE)

5. Frequency stability: Provides multiple options for frequency stability deviation of ± 20PPM, ± 50PPM, and ± 100PPM.

6. Working temperature: -40 ℃ to+105 ℃, suitable for various harsh environments.

7. Phase jitter: Typical value is 50fs (f0=156.25MHz), with significant low jitter characteristics.

8. Startup time: * 10ms maximum. When the power supply voltage is low, the required time is 0 seconds.

SG3225EEN performance advantages:

1. High frequency and low jitter: The technology and materials used optimize the circuit design and select appropriate component parameter values, resulting in extremely low phase noise and ensuring the stability and reliability of signal transmission.

2. Strong anti-interference ability: The differential output of SG3225EEN can effectively reduce electromagnetic interference (EMI) and crosstalk, improve signal quality and transmission efficiency, and maintain signal stability during long-distance transmission.

3. Low power consumption: With the increasing demand for power consumption in electronic devices, SG3225EEN differential crystal oscillators pay more attention to energy efficiency in their design, which can reduce power consumption while ensuring high performance.

4. Wide temperature adaptation: It can work stably within a temperature range of -40 ° C to+105 ° C and supports extreme temperature environments.

5. Fast response: The rise/fall time is only 0.5ns (typical value), meeting the requirements of high-speed signal processing.