EG-2102CA 212.5000M-PGPAL3

EG-2102CA 212.5000M-PGPAL3 Oscillators are versatile oscillators capable of operating at a wide range of temperatures.EG-2102CA 212.5000M-PGPAL3 Oscillators are designed to provide extremely low phase noise and low jitter performance, enabling reliable operation even in demanding applications. Such oscillators are widely used in a variety of applications where precise and highly stable frequencies are required, including military, avionics, and data communications.

The working principle of the EG-2102CA 212.5000M-PGPAL3 oscillator is based on the principle of frequency control. This type of oscillator utilizes an active feedback loop to regulate the frequency generated by the oscillator. The active feedback loop ensures that the frequency is maintained even under changing environmental conditions and in the presence of external influences, such as temperature fluctuations.

The EG-2102CA 212.5000M-PGPAL3 oscillator operates in a range of temperatures from -55℃ to +110℃ and can handle a power input of up to 5V in some cases. The oscillator employs a PECL (Positive Emitter-Coupled Logic) output to ensure accurate and stable frequency generation. The PECL output also ensures quieter operation, minimizing additional noise created by the oscillator.

The EG-2102CA 212.5000M-PGPAL3 oscillator is capable of delivering high-resolution signal with variation of 0.1 PPM or less in wide temperature range. The oscillator also has excellent phase noise characteristics and low jitter performance, with performance better than -140 dBc/Hz. This ensures that the generator produces a highly accurate signal without introducing additional noise or errors into the system.

The EG-2102CA 212.5000M-PGPAL3 is an ideal choice for applications requiring precise and stable frequency generation over a wide range of temperatures. It is used in a variety of applications such as military, avionics, and data communications. It is also used in radio-frequency tracking applications, where it can produce stable and accurate frequency signals with minimal disruption to the system.