NX3225SA-13.56M-STD-CSR-3

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Crystals are essential components in the electronics industry, serving a variety of roles and functions. The NX3225SA-13.56M-STD-CSR-3 is a crystal oscillator that is mainly used in RFID systems. It is capable of producing a frequency signal of 13.56MHz and is especially useful for applications that require low signal frequency accuracy.

RFID systems employ radio waves to accurately identify objects and thus represent a major milestone in tracking and identification technology. The NX3225SA-13.56M-STD-CSR-3 crystal oscillator is the perfect component to drive such systems as it is capable of producing a very accurate frequency signal; a significant advantage over other oscillators. The signal stability tends to be between -20 and +20ppm, which is consistent with the excellent standards that are often associated with crystals.

The biggest advantage of using this crystal oscillator is its incredibly low power consumption when compared to other oscillator solutions. According to the manufacturer, the output power of the NX3225SA-13.56MHz-STD-CSR-3 is a mere 0.05mW, representing one of the lowest power draws for a component of this type. This crystal oscillator is also incredibly compact, making it a great fit for space-restricted applications.

The working principle of the NX3225SA-13.56M-STD-CSR-3 crystal oscillator is based on the resonance property of quartz material. The quartz resonator is placed inside a sealed container that electrically isolates it from the external environment. Electric signals are then sent to the electrodes located on the quartz plate, causing it to vibrate at a frequency that is determined by the size of the plate. This vibration is then amplified and converted into an AC output that produces the desired frequency signal.

The NX3225SA-13.56M-STD-CSR-3 crystal oscillator is a critical component for RFID systems, as it provides the necessary accuracy and stability for proper operation. Due to its low power consumption and small form factor, it is also suitable for various applications where space is a major concern. Additionally, its use of the resonance property of quartz material makes it a reliable and mature technology in the field of crystal oscillators.

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