TSX-3225 40.0000MF10Y-T6

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Crystals such as the TSX-3225 40.0000MF10Y-T6 are widely used throughout many industries in various applications and form a key part of the electronics components available today. In this article we will take a closer look at the application field, working principle and characteristics of this particular crystal for broad use.

Introduction to the TSX-3225 40.0000MF10Y-T6

The TSX-3225 40.0000MF10Y-T6 is an example of a surface mount quartz crystal, with a wide frequency for use within the range of 10 to 40MHz. It is available in a range of packages and has several different varieties of capacitance, temperature, frequency and phase noise versions available. The standard version is considered to be the industrial standard for crystals of this type, and is widely used across various industries such as automotive, medical, communications and computing.

Application Field

Due to its wide frequency range, the TSX-3225 40.0000MF10Y-T6 is capable of being used in a variety of applications. It is a preferred choice for use in micro-controller and transistor applications in terms of achieving higher performance and a better signal. It is also very stable, providing a steady transmission of signals without fluctuations in frequency or amplitude. This makes it a suitable choice for medical and telecommunications applications as both of these require minimal over-modulation or flickering.

The availability of this particular surface mount quartz crystal in various packages makes it a useful choice for use with a number of different types of circuit boards. The fact that the crystal can be mounted onto the board easily means that it does not require complex wiring or connections, making it more reliable and efficient. This can also reduce the space taken up by the installation, making it ideal for applications where size is a factor.

Working Principle

The TSX-3225 40.0000MF10Y-T6 works on the same principle as most quartz crystals. Quartz crystals are made up of a number of piezoelectric layers, which vibrate when a voltage is applied across them. This vibrational frequency is then transmitted to the outside through the electrodes connected to the crystal, producing the desired frequency. These crystals also contain temperature compensation features, which allow them to adjust their frequency according to the temperature they are exposed to.

The frequency of the output frequency is determined by the physical structure of the crystal, which consists of two metal plates and a quartz plate in between them. As the plates vibrate, the quartz crystal shakes and produces a frequency equivalent to its resonant frequency. The frequency produced is highly accurate and can be adjusted with high precision, allowing for increased accuracy and reliability within the signals generated.

Characteristics

The TSX-3225 40.0000MF10Y-T6 has a wide range of features and characteristics which make it an efficient and reliable choice for various applications. The fact that it has such a high frequency range makes it suitable for multiple applications, and its wide variety of packages make it easy to install into a variety of circuit boards. Furthermore, its temperature compensation feature allows for improved reliability, even during extreme environmental conditions.

The crystal is also incredibly accurate and stable, providing a reliable transmission of signals without any fluctuations. This can be beneficial to medical and telecommunications applications, as over-modulation and flickering can lead to incorrect readings from the end equipment. Additionally, the crystal is highly durable and resistant to damage from mechanical or electrical shocks, making it a reliable and safe component to use for a range of purposes.

Conclusion

The TSX-3225 40.0000MF10Y-T6 is an example of a surface mount quartz crystal, with a wide frequency range ideal for use within the range of 10 to 40MHz. It is available in a range of packages and is highly accurate and stable, providing a reliable transmission of signals without any fluctuations. This makes it an ideal choice for a variety of applications such as automotive, medical, communications and computing, as well as industrial uses. Due to its temperature compensation feature, it can be used in extreme conditions without any issues, making it the perfect choice for reliable crystal applications.

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