NX5032GA -13.56M-STD-CSU-2

Crystals contain extremely precise electrical components that make them an ideal choice for applications that require high levels of accuracy and stability. The NX5032GA -13.56MHz-STD-CSU-2 is a precision SAW crystal that offers excellent performance when used in a variety of electronics circuits and applications. This article covers the primary application fields and working principles of the NX5032GA -13.56MHz-STD-CSU-2.

Applications for NX5032GA -13.56MHz-STD-CSU-2

The NX5032GA -13.56MHz-STD-CSU-2 is a very popular crystal for use in RFID systems and other wireless technologies. This crystal is widely used in communication systems, ranging from mobile phone networks to home entertainment systems. It is also widely used in industrial and medical applications, due to its accurate performance and easy implementation. Additionally, it is a versatile tool for testing and developing new applications.

The NX5032GA -13.56MHz-STD-CSU-2 is perfect for applications that require a wide range of frequency accuracy and stability. It is particularly well-suited for applications that require low jitter, as it can provide accuracy to within a few parts per million. It can also be used in precision timing applications as well, such as in an embedded system or an industrial controller.

Working Principle of the NX5032GA -13.56MHz-STD-CSU-2

The working principle of the NX5032GA -13.56MHz-STD-CSU-2 is similar to other SAW crystals. It uses a combination of mechanical, electric and acoustic vibration to generate a frequency signal. This signal is then amplified to produce a higher-power output. The crystal is made up of a number of resonators that are connected together in a specific pattern to create a precise frequency response.

The NX5032GA -13.56MHz-STD-CSU-2 is a small device, measuring about 4.5mm x 4.5mm. To allow for its precise frequency accuracy, it has a high frequency stability factor. This factor is usually around about 10 parts per million or better. To ensure that it does not suffer from temperature or environmental drift, it also has temperature compensation circuitry built in.

The NX5032GA -13.56MHz-STD-CSU-2 is a GSM-optimized SAW crystal, which means that it has been designed to work with GSM (Global System for Mobile Communications) networks. As such, it can produce crystal frequencies that are within the range of 880 to 960MHz. It also includes extra tuning components that enable it to be tuned to frequencies as high as 18GHz.

Conclusion

The NX5032GA -13.56MHz-STD-CSU-2 is an excellent choice for many electronics applications. It is well-suited to a wide range of applications, including RFID, communication systems, and embedded applications. Its precise frequency accuracy, high frequency stability, and low jitter make it a great choice for precise timing applications. Finally, its ability to be tuned to frequencies as high as 18GHz makes it a versatile tool for testing and developing new applications. As a result, the NX5032GA -13.56MHz-STD-CSU-2 crystal is an ideal choice for many applications.