Epson SG3225EEN differential LV-PECL output low phase jitter crystal oscillator

ESPON crystal oscillator is a well-known frequency component manufacturer in Japan, specializing in the production and sales of quartz crystal oscillators, quartz crystal oscillators, SMT crystal oscillators, crystal filters, etc. It has developed into an internationally renowned crystal component manufacturer, committed to providing users with high-performance, high reliability, and high-quality crystal oscillator products. The following is an introduction to the Epson SG3225EEN crystal oscillator, which is an output LV-PECL differential crystal oscillator

The Japanese Epson SG3225EEN crystal oscillator has an external size of 3.2x2.5x1.05mm and is a small volume SMT crystal oscillator. It can provide any frequency point from 25M to 200MHz in the frequency range and has a low power supply voltage of 2.5VTyp or 3.3VTyp. It meets the low current consumption characteristics of the product. The differential crystal oscillator has LVDS, LV-PECL, and HCSL three state output modes, while the Epson SG3225EEN crystal oscillator has a differential LV-PECL output mode

Epson crystal oscillator SG3225EEN differential crystal oscillator, of high quality, can meet different product requirements and provide multiple choices of frequency stability deviation ± 20PPM, ± 50PPM, ± 100PPM. Low current consumption, working temperature can reach -40 ℃~+85 ℃ and -40 ℃~+105 ℃. It has low phase and low jitter 50fstyp (fO=156.25MHz). When the power supply voltage is at its lowest, the required time for oscillation start-up is only 0 seconds

Differential crystal oscillator is something that ordinary SMT crystal oscillators cannot achieve. Differential crystal oscillator has characteristics such as low level, low jitter, and low power consumption. As a high demand and high-tech quartz crystal oscillator in the industry, differential crystal oscillator has the characteristics of low phase and low loss. Epson differential crystal oscillator can easily identify small signals when used in products, handle bipolar signals calmly and accurately, and resist external electromagnetic interference (EMI) It is highly immune. Differential quartz crystal oscillators meet market demand, achieve high frequency and precision requirements, and further ensure the reliability of various system reference clocks