EG-2121CA 100.0000M-LGPNL3

Oscillators are electronic devices that generate repeatable, accurate and stable timing signals. The EG-2121CA 100.0000M-LGPNL3 is an oscillator produced by Parametric Technology Corporation (PTC), a leader in precision timing products for industrial, military and aerospace applications. This oscillator specifically is designed for precise clock management and control management for high-performance computing systems. It has been designed to meet or exceed the requirements of clocks for ARM processors and DSPs, as well as any precision-critical application.

The EG-2121CA is a silicon based XO oscillator that has a frequency of 100.0000MHz. Operating in a range from 0 to 70°C, this oscillator has a frequency stability of ±50ppm from -20 to 70°C. It also has a very low jitter of 0.25ps, making it ideal for clock management and precision-critical applications. An additional feature of this oscillator is its very low current consumption of 4.5mA typical at 5V.

This oscillator operates on a LPFCLK1-23O signal and has a frequency tolerance of ±100ppm. It is equipped with an internal quartz crystal and a proprietary crystal oscillator cell technology that provides a low jitter oscillator solution. It has a single output and operates at industrial temperatures. It has an integrated ESD protection circuit and is designed with integrated power supply trimmers, allowing for easier tuning and stability.

The EG-2121CA oscillator is suitable for systems that need precise clock management and control. It is capable of creating a low jitter and highly accurate clock source that helps improve the performance of the computing system and ultimately provides the best possible operational accuracy. Its low jitter and very low current consumption make it ideal for a wide variety of applications.

The EG-2121CA oscillator is suitable for any application where precise clock and control management is required. It can be found in military and aerospace applications, as well as in applications that require precise timing. Its low current consumption and very low jitter make it ideal for a wide variety of precision-critical applications.