CM309E16000000BQIT

Crystals

Crystals are organic miniatures formed by the mineral components of rocks and minerals, but they also include any other structure characterized by the arrangement of atoms in a geometric pattern. Characterized by their regularity, clarity and beauty, crystals have since been used in a variety of ways in ancient civilizations – from decorative amulets, to forming the basis of healing therapies.

One of the more popular types of crystal is the CM309E16000000BQIT, a quartz crystal that is the most favoured choice of crystals used in specialized electronic products. This particular type of crystal has been used in a number of applications, ranging from frequency-control elements used in oscillators, to quartz watches and clocks.

Application Field

CM309E16000000BQIT crystals have wide applications in the industry and are often used in electronic devices, from mobile phones and tablets, to computers, televisions, and radio systems. Due to their high accuracy and stability in frequency, they can be used in oscillators to obtain stable and precise signals. A regular change in capacitance will allow a steady oscillation in the crystal, which is then converted into a digital signal. This signal can then be used to time mechanical devices, radios and alarms.

Aside from oscillators, these crystals can also be used to generate electrical signals that push forward mechanical devices, like in clock systems or to generate alarms or indications. They are also commonly used in microprocessor-controlled (MCU) systems, such as in automobile systems or other industrial applications.

Working Principle

As mentioned, quartz crystals are used to generate and receive signals. When an alternating electrical current is passed through a quartz crystal, the crystal will vibrate at its resonant frequency, which is determined by its shape and size. This is due to the piezoelectric effect, which is the property of crystals to produce electricity when being subject to mechanical stress.

The vibrations created by the quartz crystal, along with the electrical signal associated with it, can then be used for a variety of purposes. An oscillator is an electrical circuit that uses the vibrations of the quartz crystal to generate a signal with a consistent and precise frequency. This signal can then be used to time mechanical and electrical devices. Furthermore, these crystals can also be used in amplifier circuits, in order to get more efficient power from digital signals.

In summary, CM309E16000000BQIT crystals are a type of quartz crystals that are highly popular in the industry and are being used in a variety of applications across different fields, from oscillators, to clocks and microprocessor-controlled systems. Their functionality is based on the Piezoelectric effect, which is the property of crystals to generate electric signals when being subject to mechanical stress, such as vibrations.