ABLS2-19.6608MHZ-D4Y-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, including quartz crystals and piezoceramics, are microelectromechanical systems (MEMS) that convert mechanical strain or vibration to an electrical signal. They are essential components in electronic devices and circuit applications.

An ABLS2-19.6608MHZ-D4Y-T crystal acts as a resonator, where the oscillation frequency is determined by the piezoelectric material used along with its capacity loading. The ABLS2-19.6608MHZ-D4Y-T crystal functions by applying an alternating current signal to create oscillations within a crystal. The alternating current signal creates an electro-magnetic field, which causes the crystal to vibrate at a certain frequency. This frequency is determined by the size, shape, and material properties of the crystal.

The ABLS2-19.6608MHZ-D4Y-T crystal is primarily used in memory storage and computer communications applications. In these applications, the crystal oscillator serves as a timing source, supplying a stable and accurate frequency source used to generate and synchronize digital data streams. This crystal is also used in other applications such as RF transceiver circuits, wireless IMUs, wireless communicators, optical communication systems, microwaves, and other critical frequencies.

Quartz crystals have superior frequency stability and low noise levels, which make them ideal for serving as reference oscillators. This frequency stability is achieved by tightly controlling the shape and dimensions of the quartz crystal and the materials used to create the crystal resonators. The ABLS2-19.6608MHZ-D4Y-T crystal is an example of a quartz crystal with superior frequency stability and low noise levels.

One of the primary components that enable the crystal to reach a specified oscillation frequency is the quartz crystal itself. Quartz is a piezoelectric material, meaning that when an electric current is passed through it, the quartz crystal will produce an electrical voltage, which can be used to drive oscillations. The resonators on the ABLS2-19.6608MHZ-D4Y-T crystal are formed from quartz and spaced evenly across the crystal chip in order to achieve the targeted frequency. The resonators are connected to electrodes, which produce a capacitance when an electric current is applied. This capacitance causes the crystal to oscillate at a specific frequency, which is proportional to the ratio of the applied voltage and the capacitance.

The ABLS2-19.6608MHZ-D4Y-T crystal is also equipped with an environment sensor to detect changes in the surrounding environment. This information is used to adjust the frequency of the crystal in order to maintain optimal performance. This is done by sending the processed environment data to the crystal oscillator. The crystal oscillator then adjusts the frequency output accordingly.

In addition to being used as a reference oscillator, the ABLS2-19.6608MHZ-D4Y-T crystal can also be used as a timing source for other functions. It can be used to drive the frequency divider, counter and buffer circuits in order to generate the desired frequencies. It can also be used to trigger interrupts, indicating the start and end of a data transmission. The crystal’s frequency stability enables it to precisely control the transmission of digital signals between components.

In summary, the ABLS2-19.6608MHZ-D4Y-T crystal is a quartz crystal that is used in a wide variety of applications. It acts as a resonator, oscillating at a specified frequency determined by the size, shape and materials used in the crystal. It is used as a reference oscillator in memory storage and electronic communications applications, and it can also be used as a timing source for other components, controlling the transmission of digital signals between elements. It is equipped with an environment sensor in order to maintain optimal performance.

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