CX3225SB12000D0GPSCC

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Crystals are an essential part of modern electronics, used in virtually every device and appliance. Crystals generate a controlled frequency and linear frequency deviation, and can also be used to scale, synthesize, and divide signals. The CX3225SB12000D0GPSCC is a particularly versatile crystal and highly versatile when it comes to applications.

Application Fields

The CX3225SB12000D0GPSCC offers many features and applications. Generally, this crystal can be used in RF, microwave and other high-frequency applications. This crystal offers excellent stability, with the frequency remaining accurate to within ±50 parts-per-million over the -40 to +85°C temperature range, and ±100 parts-per-million over the -55 to +125°C range.

The CX3225SB12000D0GPSCC can also be used in data communication systems, including cellular base stations, radios, and antennas. The crystal\'s stability and wide frequency range make it well suited for use in CDMA, TD-SCDMA and Wi-Fi applications. It is also used extensively in digital television, CD, DVD and Blu-ray applications.

The CX3225SB12000D0GPSCC is one of the few crystals suitable for use in deep space applications, as its stability and accuracy are able to withstand the extreme conditions found in space. In addition, the CX3225SB12000D0GPSCC is an ideal choice for instrumentation, frequency division and synthesis, as well as metrology and calibration.

Working Principle

The CX3225SB12000D0GPSCC works using the same principle as most other crystals. An oscillating circuit is created using an amplifier, electrodes and an inductor. This circuit is then connected to a quartz crystal, which changes the frequency of the oscillation. As the current varies, the crystal will expand and contract, and the frequency will change accordingly.

The CX3225SB12000D0GPSCC is also able to generate frequencies up to 12 MHz, allowing for the use of higher-speed devices and applications. The crystal also offers adjustable temperature stability, allowing for accuracy over a wider temperature range. The precision of the crystal allows for reliable measurements and can be used for high-precision timing and synchronization.

The CX3225SB12000D0GPSCC offers a number of features and advantages, making it one of the most versatile crystals available. It offers excellent stability and accuracy, as well as adjustable temperature stability and wide frequency range, making it ideal for use in a range of applications.

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