CX3225SB26000D0FFFCC

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Crystals are commonly used in modern electronic circuits for the purpose of timing and frequency manipulation. They offer highly accurate and reliable oscillations and can maintain the same frequency over a wide range of temperatures. The CX3225SB26000D0FFFCC is a well-engineered crystal used in many of today’s applications.

The CX3225SB26000D0FFFCC is a high performance crystal. It is designed for use in modern digital systems and offers an economical solution to frequency and timing needs. The crystal is a fundamental frequency crystal, meaning that it produces sine wave oscillations of a particular frequency; this frequency is determined by the resonator’s mechanical construction. The CX3225SB26000D0FFFCC is rated for frequencies between 26.500 and 27.500 best operating temperature range of -40 to +85 degrees Celsius. At these temperatures and frequencies, the crystal can be expected to provide accurate and repeatable timing.

The CX3225SB26000D0FFFCC is used in a wide variety of electronics for timing and frequency needs. It is most commonly used in digital systems like mobile phones, television sets, computers, and other digital devices. These devices need precise timing in order to keep their internal clocks synchronized, and the CX3225SB26000D0FFFCC offers a cost-effective solution. The crystal is also used in digital audio systems, power electronic circuits, and embedded systems as well.

The CX3225SB26000D0FFFCC has several advantages compared to traditional oscillators. One is its wide operating temperature range and its high accuracy over that range. It is also extremely reliable, providing consistent and stable performance even under harsh conditions. The crystal also requires no additional circuitry or power, making it easy to integrate into existing designs. Finally, the crystal is extremely small and lightweight, making it ideal for use in space-constrained applications.

The CX3225SB26000D0FFFCC utilizes a common, yet highly effective, working principle. The crystal is composed of two quartz plates that are carefully tuned to be slightly out of phase with each other. As an alternating current is passed through the crystal, the plates vibrate and generate an oscillation of a specific frequency. This frequency is controlled by the geometry of the resonator and the operating temperature. As the temperature changes, so does the frequency of the oscillation.

The CX3225SB26000D0FFFCC is an excellent choice for timing and frequency needs in digital systems and embedded circuits. It offers a competitively-priced, high performance solution that is reliable and accurate. Its wide operating temperature range and low power consumption make it an ideal choice for a variety of digital and analog devices and circuits. Its small size and light weight make it suitable for space-constrained applications.

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