FL2400097 Crystals, Oscillators, Resonators

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Crystals, in general, refer to a solid material composed of atoms, ions, molecules or anions that are bonded together in a uniform, repeating pattern creating a crystal structure, and the FL2400097 crystal is no different. Fused quartz is the primary material of the FL2400097 crystal, and although quartz is transparent, it is also a piezoelectric material, meaning it produces voltage when mechanical pressure is applied, which is why it one of the most popular materials for frequency control and timing solutions.

The FL2400097 crystal is ideal for systems in need of excellent frequency stability between -40°C and 85°C, low ESR and aging, and low mechanical and opposite electrodes drive levels, making it suitable for automotive, industrial, and portable applications.

The working principle of the FL2400097 crystal is relatively simple and can be broken down into four main steps. Firstly, the crystal oscillator begins by vibrating at a particular frequency, producing oscillating voltage and current. This voltage and current are then fed into an amplifier to boost their signal, and the amplified signal is in turn fed into a filter to remove any unwanted noise. The oscillations from the filter are then fed through a voltage-controlled oscillator circuit that adjusts and smooths out the original frequency, ensuring precise tuning.

The FL2400097 crystal also features a temperature-compensated crystal oscillator (TCXO), which helps to further stabilize the oscillations and prevents thermal drift. Lastly, the signal is fed through a digital-to-analog converter and is become an analog signal ready for use.

The FL2400097 crystal is capable of providing superior output stability and temperature stability, making it an ideal choice for automotive, industrial, and portable junction applications. Furthermore, the FL2400097 crystal’s excellent frequency stability and low ESR makes it suitable for systems in need of precise frequency control and timing solutions.

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