NX5032GA-20.000M-STD-CSK-4 Crystals, Oscillators, Resonators

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Crystals are a type of small electronically powered component used in many devices for the purpose of signal control, frequency multiplication and frequency buffering. Crystals are commonly used for signal timing in computers, watches, and radio systems. One type of crystal is the NX5032GA-20.000M-STD-CSK-4. Understanding its application field and working principle is essential to understand the important role crystals can play in electronic systems.

Application field

The NX5032GA-20.000M-STD-CSK-4 crystal is a large-sized quartz crystal that is designed for spread spectrum clock oscillator applications. It specifically is designed to provide a frequency of 20.000 MHz and a sin waveform when used within the 5 to 32.768 MHz range. It also has excellent spectral purity, jitter performance, and a tight-tolerance frequency range. It is a crystal housed within a 2520 standard package and has an operating temperature range from -20 to 70¡ãC.

The NX5232GA-20.000M-STD-CSK-4 is ideal for a variety of applications, including for communication systems, power supplies, test instruments, and time growth and frequency locking applications. It is also commonly used for applications that require a robust frequency and jitter performance, such as telecommunications, GPS, wireless base stations and other communication systems.

Working Principle

Crystals such as the NX5032GA-20.000M-STD-CSK-4 rely on the phenomenon known as piezoelectricity to force a resonant frequency in a vibrating quartz crystal. This resonance is then used to generate a precise frequency when the crystal is connected to an oscillator circuit.

When the crystal is connected to the oscillator circuit, electrical current is applied to the crystal, and the crystal vibrates. As the crystal vibrates, it generates an oscillating voltage across its two terminals. This voltage is then buffered to provide a desired output frequency. The frequency is adjusted by changing the amount of current that is applied to the crystal.

The key to obtaining a low jitter oscillator and a precise frequency, is to have a strong crystal with a low series resistance. This is why the NX5032GA-20.000M-STD-CSK-4 is often used in more demanding applications. Its thicker construction and higher series resistance make it very strong, ensuring that it can handle higher levels of current and, as such, generates a more precise frequency.

The NX5032GA-20.000M-STD-CSK-4 is a prime example of how crystals are used for certain applications. The basics of its application field and working principle are essential to understand the importance of crystals and how they can be used in any electronic system.

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