NX5032GA-24.000M-STD-CSK-4

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Crystals are known for their piezoelectric property. This refers to crystals’ ability to produce a charge when subjected to pressure. It also enables them to produce oscillation when a voltage is applied. This property allows for the use of crystals in timing and frequency control. The NX5032GA-24.000M-STD-CSK-4 is a type of crystal oscillator.

The NX5032GA-24.000M-STD-CSK-4 crystal oscillator is a quartz crystal that is used to generate a highly accurate frequency. It is designed for use in temperature-compensated clock oscillator (TCXO) applications. The oscillator requires an external frequency source and can be used to provide high-accuracy frequencies in digital and analog applications.

The NX5032GA-24.000M-STD-CSK-4 is a programmable crystal oscillator suited for low jitter clock applications. It features an 24.000MHz frequency, 5V voltage, 1.6~5.5V temperature range and 25ppm@25°C stability. The oscillator also has a fast start-up time and power-down protection.

In terms of application field, the NX5032GA-24.000M-STD-CSK-4 can be used in a variety of applications, including computer peripherals, time and frequency control, radio and broadcasting equipment, and telecommunication systems. The oscillator can also be used for calibration frequency control, clock recovery, and frequency synthesis.

With regards to the working principle, the NX5032GA-24.000M-STD-CSK-4 crystal oscillator works by using the piezoelectric effect. Quartz is known to respond to mechanical stress by producing an electric charge. This charge is then applied to the quartz through a voltage source, causing it to vibrate. This vibration generates a sinusoidal waveform, which is used to generate a highly accurate frequency.

The NX5032GA-24.000M-STD-CSK-4 crystal oscillator is one of the most accurate quartz crystals available. Its high frequency stability and wide application range make it an ideal choice for a variety of applications. It is capable of providing reliable and accurate frequencies for a wide range of applications, allowing for improved performance and accuracy.

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