ABL-16.384MHZ-B4Y-T

Crystals

Crystals are quartz crystal oscillators that allow for a precise frequency and time base. The abbreviation ABL-16.384MHZ-B4Y-T stands for Atomtec ABL-16.384MHz-B4Y-T crystal oscillator. It is a popular crystal used in various types of electronics like radio modules, GSM phones and other radio applications.

Application Field

Atomtec ABL-16.384MHZ-B4Y-T crystal oscillators are mainly used in short-wave radio modules. It is also used in other electronic equipment, like GSM phones, satellite phones, FM transmitters and receivers, computer networks, and digital HD receivers.

Atomtec ABL-16.384MHZ-B4Y-T crystal oscillators have a wide range of potential uses. It is used for the generation of high-precision timebases and frequency references. It is also used in embedded systems, telecommunications and digital signal processing.

The crystal oscillator is a key component in embedded systems, as it is responsible for providing the clock signal for the system. This is critical for systems that require synchronization between multiple devices, such as a multi-processor system.

Working Principle

Atomtec ABL-16.384MHz-B4Y-T crystal oscillator works on the principle of harmonic oscillation. It consists of a quartz crystal, connected to two electrodes. When the crystal is placed between two electrodes and subjected to an alternating voltage, it vibrates at a particular frequency. The frequency of vibration is determined by the physical size of the crystal, and can be set and adjusted accurately.

When the crystal is subjected to a voltage, it creates a vibration along its length. This produces a current which creates a signal. The signal generated is harmonic, meaning it is made up of a frequencies which are multiples of the primary frequency. This process is known as the overtone series.

Atomtec ABL-16.384MHz-B4Y-T crystal oscillator can produce frequencies from 40MHz to over 160MHz, with a frequency stability of +/- 10 PPM. It is also capable of generating a signal with low jitter and is thus able to provide a stable timebase for other digital electronics.