CM309S-49.152MABJTR

Crystals: CM309S-49.152MABJTR Application Field and Working Principle

Crystals are an essential part of modern electronics, having more than a century of history. They are most commonly used in the form of quartz crystal oscillators, which are used in computers, cellular phones, radios and many other electronic circuits. The CM309S-49.152MABJTR crystal is one example of such a quartz crystal oscillator.

The CM309S-49.152MABJTR is a tiny device that is designed to provide high frequency quartz crystal oscillation suitable for a wide variety of electronic applications. It is a high precision, low power, low cost, quartz crystal oscillator that is capable of operating within a frequency range of 49.152 MHz to 49.172 MHz. The CM309S-49.152MABJTR is suitable for use in many different applications, including consumer electronics, automotive electronics, medical devices, test and measurement equipment, and aerospace systems.

The function of the CM309S-49.152MABJTR is to produce a periodic digital signal with a precisely predetermined frequency. This is accomplished with a small quartz crystal, which is made up of ordered atoms that vibrate in a unique pattern. The crystal in the oscillator is connected to two contact electrodes on each end, and an alternating current is passed through it. The crystal will then vibrate at a natural frequency dependent on its size and shape. This frequency creates an electrical signal that can be used in various electronic components.

In any quartz crystal oscillator, including the CM309S-49.152MABJTR, the crystal is placed in a circuit composed of inductors, capacitors and resistors. This circuit is designed to generate a signal with a very specific frequency. The exact frequency is determined by the values of the components used in the circuit and the size and shape of the crystal. This signal can be used as a timebase for various electronic circuits or to clock digital logic circuits.

The exact frequency at which the CM309S-49.152MABJTR operates is important in many applications. For example, in communication systems, a signal needs to operate at a specific frequency in order to be compatible with other components. In digital systems, accurate timing is critical, and an inaccurate signal can lead to system failure. In order to ensure the highest level of accuracy, both temperature and frequency must be stabilized over time. To accomplish this, the CM309S-49.152MABJTR is designed to be resistant to both temperature and frequency variations.

The CM309S-49.152MABJTR is a high precision, low power, low cost quartz crystal oscillator suitable for a wide variety of electronic applications. It produces a periodic digital signal with a precisely predetermined frequency, which can be used for timebases, clocking digital logic circuits, or for compatibility in communication systems. The oscillator is also resistant to temperature and frequency variations, ensuring the highest level of accuracy in any application.