Q 48,0-JXS21-10-10/15-T1-FU-WA-LF

Crystal oscillators (Q tiles) utilize a quartz crystal and passive components to undergo oscillation at one frequency. These oscillators are used to generate a stable, repetitive frequency or clock signal. Q 48,0-JXS21-10-10/15-T1-FU-WA-LF crystals, in particular, are useful for frequency modulation and Time Division Multiplexing (TDM).

The application field and working principle of the Q 48,0-JXS21-10-10/15-T1-FU-WA-LF can be understood by considering the main components of this type of crystal oscillator. Quartz crystals are the core of the crystal oscillator. They are made of a quartz material and can be cut in a variety of shapes. Quartz crystals are piezoelectric, meaning they generate a voltage when under mechanical stress, and they deform when under a voltage. The quartz crystal has a physical resonance frequency and two electrodes which allow it to store and release electrical energy at this frequency.

In order for the quartz crystal to oscillate, passive components such as capacitors and inductors are connected to the crystal to form a piezoelectric oscillator. The design of the components, input power and parasitics have to be kept in mind to ensure proper operation of the system. The quartz crystal works together with the passive components to tune the system to the desired frequency and to ensure that the output is stable and accurate.

Q 48,0-JXS21-10-10/15-T1-FU-WA-LF is an ideal choice for applications that require accuracy and stability. It is popularly used in high precision data transmission systems and other frequency-sensitive applications. It can be used for frequency modulation, Frequency Division Multiplexing (FDM), and Time Division Multiplexing (TDM). Furthermore, it is highly reliable and has a long service life.

In conclusion, Q 48,0-JXS21-10-10/15-T1-FU-WA-LF is a popular choice for frequency-sensitive applications that require precision and stability. It works with a quartz crystal, passive components, and input power to achieve high accuracy and frequency stability. It is important to consider the design of components, input power, and parasitics to ensure proper system operation.