ABLS-24.576MHZ-B2F-T

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 have been used in electronic circuit design since the invention of electronic components, providing a frequency reference for circuits that require precise timing or frequency control. The ABLS-24.576MHZ-B2F-T crystal is an example of one such frequency reference available and is typically used in mobile communication, wireless LAN, and other electronic circuits requiring precise timing frequency and reliable oscillator. A crystal is a piezoelectric material cut in a particular shape and size, in the case of ABLS-24.576MHZ-B2F-T the crystal is a SMD ceramic resonator with three terminals. Its application field includes the radio base station, digital and analog surround sound, broadcasting equipment, video equipment, ultrasound, and industrial transceivers. The working principle of this crystal is based on the phenomenon of piezoelectricity which converts electrical energy into mechanical energy and vice versa. This phenomenon occurs when a crystal is subjected to a mechanical stress or when it is exposed to an electric field. In the application of ABLS-24.576MHZ-B2F-T, the crystal exposed to an electric field is generally referred to as a quartz oscillator. An oscillator is a device that generates an alternating current or voltage, a sinusoidal wave, to generate the required frequency. When an AC charge is applied to a quartz crystal, it vibrates at a specific frequency determined by its size and shape. The electrical output of the oscillator can be converted into multiple useable outputs, such as a reference voltage for calibration, audio modulation, and triggering of electronic logic circuits. ABLS-24.576MHZ-B2F-T provides a frequency reference voltage of 24.576MHZ, making it an attractive choice for mobile communication and other applications that require a stable and consistent frequency reference. The design of the crystal oscillator is an intricate process, required to ensure the device operates in an optimal manner. To construct a quartz oscillator, the crystal must be mounted in a holder and connected to an electrode, labeled Y1 and Y2. Connected to these electrodes is a tuning capacitor and resistor. The capacitor affects the frequency of the oscillator, and the resistor provides damping to reduce noise. The oscillator must be adjusted for the desired frequency and other characteristics. The parameters can be set to the desired values using different methods, such as voltage trimming or frequency trimming. Once the settings have been adjusted and the device is ready for operation, a stable output is generated.In summary, the ABLS-24.576MHZ-B2F-T crystal is an example of a quartz crystal which uses the phenomenon of piezoelectricity to generate an oscillating current or voltage in order to produce a stable frequency suitable for a variety of applications. The device consists of a tuning capacitor, resistor, and electrodes connected to the crystal, which can be adjusted in order to fine tune the output. ABLS-24.576MHZ-B2F-T is used in mobile communication, wireless LANs, and other circuits requiring precise timing and frequency control.

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