EG-2121CA 62.5000M-LHPAL3

Oscillators are an essential element in signal circuits, and they are used to create a specific frequency. The EG-2121CA 62.5000M-LHPAL3 oscillator is a type of crystal oscillator designed to provide a wide range of frequency outputs and excellent short-term stability. In this article, we will discuss the application field and working principle of the EG-2121CA 62.5000M-LHPAL3 oscillator.

The EG-2121CA 62.5000M-LHPAL3 oscillator is commonly used in several applications including precision timing solutions, frequency synthesis, embedded systems, communications, and instrumentation. It is designed for use in crystal oscillator circuits, providing stable output frequencies over pressure, temperature, and time changes. The EG-2121CA 62.5000M-LHPAL3 is especially useful for extreme temperature applications due to its excellent short-term stability.

The EG-2121CA 62.5000M-LHPAL3 is an Oscillator designed to use a quartz crystal as its frequency determining element and a Circular Rated Current of 10 microAmps at its operating frequency. The oscillator has an operating frequency of 62.5000M and a minimum of -36dB Crosstalk. It is constructed with two metallic layers enclosed in a protective plastic package.

The working principle of an EG-2121CA 62.5000M-LHPAL3 oscillator is quite simple. A quartz crystal is used to create a sequence of electrical impulses or vibrations at a specific frequency, which is then used to generate a stable output frequency. The output frequency is determined by the crystal\'s precise characteristics, such as its size and thickness, and is usually very precise and reproducible. The crystal oscillator also contains capacitors, resistors, and other components to filter, shape, and amplify the signal to produce a stable output frequency.

In summary, the EG-2121CA 62.5000M-LHPAL3 oscillator is a type of crystal oscillator designed for use in several applications, including precision timing, frequency synthesis, embedded systems, communications, and instrumentation. The oscillator uses a quartz crystal to create a sequence of electrical impulses or vibrations at a specific frequency to generate a stable output frequency. It is constructed with two metallic layers enclosed in a protective plastic package and contains capacitors, resistors, and other components to filter, shape, and amplify the signal to produce a stable output frequency.