ECS-196.6-18-5PXEN-TR

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Crystals are the most fundamental building blocks for communication systems, providing a ultra-stable reference for communication and power delivery. Crystals come in a variety of shapes and sizes, and vary in frequency, spectral purity and robustness. One of the most popular and reliable types of crystals is the ECS-196.6-18-5PXEN-TR.

The ECS-196.6-18-5PXEN-TR is an ultra-reliable high performance crystal designed for wireless applications such as cell phones, Wi-Fi radios, Bluetooth, RFID, GSM and 3G. The crystal is constructed from a package of metals, ceramics and epoxies, and is well-suited for high volume production and assembly. The crystal is exceptionally stable over temperature, voltage and frequency, with a typical frequency stability of 0.2 parts per million (ppm) over the operating temperature range.

In terms of applications, the ECS-196.6-18-5PXEN-TR crystal is most commonly used in wireless devices such as cell phones, Wi-Fi radios, Bluetooth, RFID, GSM and 3G. The crystal is ideal for high frequency applications, due to its robustness over temperature, frequency and voltage variations. Additionally, the crystal is well-suited for mass production, as it is exceptionally stable over temperature, frequency and voltage. Thus, it is the preferred choice for large scale production of wireless devices.

The working principle of the ECS-196.6-18-5PXEN-TR crystal is based on a principle known as resonance. When a crystal is subjected to an alternating electric field, it begins to vibrate at its resonant frequency. As it vibrates, the frequency of the alternating electric field increases, until it reaches the resonant frequency of the crystal. At this point, the crystal will generate a signal at the resonant frequency with a very small amount of power dissipation. This signal will remain constant and stable over time, voltage and temperature variations, making the crystal an ideal reference source for communication and power delivery.

In conclusion, the ECS-196.6-18-5PXEN-TR crystal is a valuable and reliable tool for wireless devices. It is well-suited for mass production and provides ultra-stable reference signals for communication and power delivery applications. With its excellent frequency stability and robustness over temperature and voltage, the crystal is ideal for high frequency applications, and is the preferred choice in the field of wireless device production.

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