402F48011CKT

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Crystals

Crystals play an important role in many industries, from electrical and electronic components to computing and telecommunications systems. One example of an electronic device is a 402F48011CKT Crystal, commonly referred to as a Crystal Oscillator. This type of crystal is extremely useful for high frequency applications. It is used in many electronics systems for frequency control, signal processing, and timing applications.

A 402F48011CKT Crystal is an small, quartz crystal oscillator, housed in a standard 8-pin DIP (dual-inline package). The 8-pin DIP allows for easy connection to the target electronic circuit or system. It features a wide range of frequencies, from 5.5MHz to 25MHz, with maximum second harmonic levels as low as -80dBc. It also has excellent start-up, startup stability, and SSB phase noise characteristics.

The 402F48011CKT Crystal is used in a variety of applications, including: microcontrollers, digital signal controllers, and digital signal processors; microprocessor-based systems and applications such as medical instrumentation, telecommunications and radio broadcast systems, radio tracking, and radio navigation systems; and even satellite communication systems. Its low-power consumption, wide frequency range, and good long-term performance make it well suited for these applications.

The basic concepts behind the operation of the 402F48011CKT Crystal are the same as in all types of crystal oscillators. The quartz crystal serves as a resonator, which it does by vibrating at a particular frequency, when it is stimulated by an alternating electric signal. Through the feedback loop formed by a simple RC (resistor-capacitor) circuit, the crystal oscillator generates a continuous stream of pulses, whose frequency, typically fixed, is determined by the specific characteristics of the crystal. As the crystal oscillator is excited by an alternating voltage, it generates an output signal in the form of periodic pulses. When the output of the oscillator is applied to the input of the oscillator, the resulting feedback loop causes the crystal to vibrate at its resonant frequency, forming a steady output signal, called a sinusoidal wave. The frequency of the output signal is determined by the characteristics of the crystal.

The 402F48011CKT Crystal is a reliable, low-power, and cost-effective crystal oscillator with a wide range of frequencies. Its features such as low second harmonic levels, excellent start-up performance and long-term stability make it a perfect solution for many high frequency applications. By using this standard 8-pin DIP, designers of electronic systems can enjoy the benefits of a reliable and cost-effective frequency control solution.

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