FC4STCBMF11.0592-BAG200

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Crystals play an important role in today\'s technology. They are widely used in all sorts of applications as components of electrical and electronic devices and due to their ability to vibrate at specific frequencies, they are also widely used in frequency control. One particular type of crystal that is gaining increasing popularity is the FC4STCBMF11.0592-BAG200. In this article, we’ll discuss its application field and working principle.

The FC4STCBMF11.0592-BAG200 is a crystal oscillator module which provides a standardized frequency, which can be used in frequency control circuit designs. It is designed to work in temperatures of up to 125°C, while still maintaining good long-term stability. The module is also designed to be compatible with both clock and memory applications as well as advanced analog-to-digital conversion circuits. It’s designed to provide a frequency of 11.0592 MHz and features a built-in amplifier and noise cancellation circuit to ensure frequency accuracy.

In terms of its form factor, the FC4STCBMF11.0592-BAG200 is a tiny module that is easy to work with. It is rated at 15mW typical power, meaning it can be used for a wide variety of applications. It also comes in two form factors: a flat package and surface mount package. This is ideal for high-density applications, as more components can be packed into the same area.

In addition to its physical form factor, the FC4STCBMF11.0592-BAG200 also offers a high level of accuracy. The frequency accuracy is 0.1ppm at 125°C, 0.2ppm at 25°C, and can be factory trimmed to any custom frequency. This accuracy ensures that the module will be able to maintain its stability at temperatures up to 125°C without fail.

Now that we’ve taken a look at the form factor and accuracy of the FC4STCBMF11.0592-BAG200, let’s take a look at its working principle. The module works by using a quartz crystal resonator, which is suspended in the midst of two metal electrodes. An electric current is then passed through the crystal, causing it to vibrate at a certain frequency. The frequency is then measured and compared to the desired frequency, and any discrepancies are corrected by adjusting the electric current in order to achieve the desired frequency. This process is repeated constantly in order to maintain the desired frequency.

In conclusion, the FC4STCBMF11.0592-BAG200 is a highly accurate and reliable crystal oscillator module that can be used for a wide variety of applications. Its form factor makes it ideal for high-density applications, while its accuracy ensures that its frequency is always on point. Its working principle is relatively straightforward, making it quick and easy to use, and it is rated for temperatures up to 125°C, so it can be used in a wide range of environments.

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