Summary：

1.Stable time and frequency reference – highly synchronized with reference clocks (such as GNSS signals) 2.Low monthly drift rate and good short-term stability which is able to maintain accurate frequency and timing during GNSS interruptions 3.Wide operating temperature range over -40˚C to +85˚C. This feature satisfies the needs for quick start of key communication and navigation systems in extreme climates. 4.Fast frequency calibration by integrating 1 PPS input pin which saves time, development cost and to further eliminate the needs to do additional circuit design for system developers

Content：

low-cost reference clock, test and measurement equipment, underwater landform detection and network system, low-earth orbit satellite, oil and gas exploration, smart grid, portable battery-powered communication system, radar, broadcasting, IoT master clock, high-precision server, telecommunications base station