530EC25M0000DG

The 530EC25M0000DG is an oscillator that functions to provide precise and stable clock signals for various electronic systems, such as computers, networks, and telecommunications equipment. It has a wide variety of usage, including providing reference clocks for microprocessors, communication chipsets, switches, gateway devices, routers, PBXs, servers, and storage systems, among others. It also can be used to provide precise reference time and synchronization in telecommunications systems.

The 530EC25M0000DG oscillator is a quartz crystal-based clock generator that works by converting an electrical signal into a mechanical vibration that is used to produce a precise, stable frequency. It has a fixed frequency of 25 MHz and outputs a square wave signal with a 50% duty cycle for TTL logic levels. It is also capable of generating a 50% duty factor spread spectrum clock signal.

The oscillator features a low power consumption of approximately 5mA at 3.3V, a low phase noise, and excellent frequency stability. It also has a wide operating temperature range of -40°C to +85°C, and can withstand various vibration and shock requirements. The chip size is small, 5.0 x 3.2 x 1.8mm, making it an ideal solution for miniature systems and limited space applications.

Because it is very reliable and offers a precise and stable clock output, the 530EC25M0000DG oscillator has a wide range of applications, such as in network applications, telecommunications, data processing, audio and video applications, embedded systems, and automotive electronics. It is also used in ATE systems, ATMs, medical and industrial electronics, computers, medical instruments, and test systems.

The 530EC25M0000DG oscillator is an ideal clock generator for applications that require precision, high frequency stability, and low power consumption. It can easily be integrated into systems where long-term stability and robustness are required. It is a reliable and cost-effective solution for clock synchronization requirements in various applications.