LP260F35CET

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The LP260F35CET crystal is commonly used in oscillators, filters, clocks and other communication applications. This crystal is manufactured by a special epitaxial growth process, which allows it to achieve high frequency performance and superb temperature stability. The rich and reliable features of LP260F35CET crystal make it an ideal choice for various applications.

LP260F35CET crystal is the perfect choice for many communication systems. This crystal offers excellent temperature stability, a wide frequency range of up to 522 MHz, and low distortion levels. It is ideal for use in oscillators, filters, clocks, and other communication applications. In addition, the LP260F35CET crystal can be used in high-frequency communication systems and instrumentation systems. This crystal can also be used to produce precision broadband RF signal sources.

The LP260F35CET crystal works by vibrating up and down with a specific frequency. A number of quartz plates are combined together and embedded in a single crystal. Each of these quartz plates will always vibrate at its own frequency and add to the signal of the crystal. The sum of these frequencies creates the desired signal.

The crystal is usually made up of four electrodes. The signal is generated when an external electrical impulse is applied to the electrodes. This external signal causes a mechanical vibration within the crystal and sets up an oscillator circuit. The vibrating crystal then generates a signal with a very slow rise time, making this crystal ideal for use in filters and oscillators.

The LP260F35CET crystal also offers excellent frequency control. This control is possible thanks to the crystal\'s high-order resonance, its low phase noise, and its low jitter. These features make this crystal ideal for high-precision frequency control applications, such as digital PLL applications.

The LP260F35CET crystal is an ideal choice for many communication systems. This crystal offers excellent temperature stability, a wide frequency range of up to 522 MHz, and low distortion levels. It is perfect for use in oscillators, filters, clocks, and other communication applications. This crystal also offers excellent frequency control thanks to its high-order resonance, low phase noise, and low jitter.

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