GL130F23IDT

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Crystals are solid materials which possess a highly ordered atomic and molecular structure, allowing them to vibrate at a specific frequency or range of frequencies. They are commonly used for timekeeping, in electronic circuits, or for other advanced uses such as oscillators and filters. The GL130F23IDT is an example of a crystal oscillator, a type of electronic component which converts an electrical signal into a specific frequency.

The GL130F23IDT is a 4-pin SMD inductive-loaded temperature compensated crystal oscillator (TCXO). This type of crystal oscillator is relatively easy to use and configure and comes in handy for many applications. Its small size (2x2x0.6mm) makes it ideal for applications where a small footprint is desired. Additionally, the 4-pin SMD pinout makes it very versatile in terms of mounting and board design.

The GL130F23IDT contains a temperature-stabilized quartz crystal that can be used to ensures a stable output frequency over a defined temperature range. It also features a low noise output, with an excellent spectral purity that can be used in sensitive radio applications. Furthermore, it offers excellent jitter characteristics and improved temperature stability, making it a good choice for applications such as clocks, computer modems, and satellite receivers.

The working principle of GL130F23IDT is relatively simple. The crystal oscillator contains a quartz crystal, which produces a signal at a specific frequency when a voltage is applied to it. The frequency signal is then processed by several components which correct for environmental factors, such as temperature, vibration, and pressure. The signal is then amplified and outputted as a clean, stable signal at a specific frequency.

The GL130F23IDT crystal oscillator is a reliable and cost-effective solution for a wide range of applications, including communication and broadcast receivers, vehicle tracking systems, digital signal processing, and computer modems. It provides superior stability over temperature and frequency, making it a suitable component for any application where low-jitter, high-density resonance is desired. Moreover, its small size makes it an optimal choice for applications where small footprints are required.

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