CB3-2I-33M0000

Oscillators generally refer to the combination of electronic circuits. An oscillator is an electronic device that produces periodic signals. All around us, oscillators are used to keep time, generate frequencies, enable communication, control motors, and perform many other important tasks. The CB3-2I-33M0000 is an example of a type of oscillator and this article will discuss its application field and working principle.

Application Field:

The CB3-2I-33M0000 oscillator is a vibrational resonator crystal suitable for the use in digital communication systems such as cordless phones, mobile handsets, and other wireless applications. The oscillator is divided into two types: quartz-based and temperature-compensated quartz (TCXO). The CB3-2I-33M0000 oscillator is based on quartz and is ideal for applications that require high frequency stability even in challenging conditions. The oscillator can work over a wide temperature range and can be used in both indoor and outdoor conditions.

Working Principle:

The working principle of the CB3-2I-33M0000 oscillator is based on the mechanical resonance of crystal. A crystal contains an array of atoms bonded together in a precise pattern. When subjected to an alternating voltage, this crystal generates a relatively long-term stable oscillation signal. The oscillator then amplifies this signal and outputs a signal at a specific frequency. This frequency is determined by the type of crystal, frequency tolerance, and the characteristics of the amplifier.

The crystal in the CB3-2I-33M0000 oscillator is encapsulated and hermetically sealed in a ceramic package which provides additional protection against any environmental influences. The oscillator is also designed to minimize any phase-noise interference. This makes it suitable for use in applications that require precise timing signals such as PLCs, motors, and remote controls.

In summary, the CB3-2I-33M0000 oscillator is ideal for use in a wide range of digital communication applications, where it provides ideal frequency stability even in challenging conditions. The oscillator works using the mechanical resonance of a crystal, which is amplified and outputted at a specific frequency. The crystal is encapsulated and sealed in a ceramic package to provide additional protection against any environmental influences, thus making it suitable for use in a wide range of applications.