402F1921XIJR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are an important class of solid materials, possessing a broad range of properties that makes them useful in a variety of applications. One type of crystal, known as the 402F1921XIJR crystal, has recently become popular in the electronics market as its properties make them ideal for use in components such as oscillators and microelectronics. This article will discuss the application field and working principle of the 402F1921XIJR crystal.

The 402F1921XIJR crystal is an artificial piezoelectric crystal that has many properties which make it ideal for use as a component in various electronics applications. These properties include its low noise, consistent frequency, and low heat dissipation, which are all important for the reliable performance of any electronic device. The 402F1921XIJR crystal is also resistant to shock and vibration, making it suitable for use in devices that are subject to shock or vibration from their environment.

The application field of the 402F1921XIJR crystal is wide and varied. It is most commonly used as an oscillator in electronic clocks and watches, as this crystal is able to produce a consistent, reliable frequency when subjected to a constant voltage. The 402F1921XIJR is also used in radio receivers and transmitters to convert a frequency into a voltage, and it is used in various microelectronic devices to produce signals which are then used to control the functionality of a device. Additionally, these crystals are often used in the automotive industry, as they can be used to detect vibrations in an engine or to measure the acceleration of a vehicle.

The working principle of the 402F1921XIJR crystal can be explained as follows. When a DC input voltage is supplied to the crystal, a small electric signal is produced across the two terminals of the crystal. This electric signal is then converted by the crystal into an acoustic wave, which is then spread throughout the crystal and converted back into an electric signal. The electric signal created by the acoustic wave is then changed and amplified, allowing the frequency of the crystal to be used for a variety of practical applications.

The 402F1921XIJR crystal is an important component in a variety of electronic devices and components. Their properties make them ideal for use as an oscillator in a wide range of devices, from clocks and watches to automotive applications and microelectronics. The working principle of the 402F1921XIJR crystal involves converting DC input voltage into an acoustic wave, which is then transformed back into an electric signal. This signal can be used to produce the desired frequency of the crystal, making the 402F1921XIJR crystal a valuable component in many different industries today.

The specific data is subject to PDF, and the above content is for reference