416F27111CKT

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Crystals are a unique form of matter that have special electrical and optical properties due to their lattice-like structure. Crystals are used in many electronic applications and are essential components in analog and digital electronic circuits where they are responsible for timing, frequency control and oscillation. The 416F27111CKT crystal is a type of ultra-precision crystal manufactured by Murata Electronics and used in various digital circuits.

Application Field

The 416F27111CKT crystal is a high-precision crystal that is ideal for use in microwave and radio frequency (RF) oscillator circuits where timing, phase and frequency accuracy is paramount. It is suitable for digital systems such as cellular phones, PDAs, PCs and automotive implementation as well as in radio systems such as Wi-Fi and Bluetooth. It is also suitable for industrial sensing, measuring, and data acquisition.

Working Principle

The 416F27111CKT crystal is an AT-cut quartz crystal that utilizes the piezoelectric effect to generate a signal of predetermined frequency. The quartz crystal is cut to a specific angle determined by the intended oscillation frequency. An electrical voltage applied across it causes the crystal to vibrate and generates a sinusoidal output frequency of a known value. This frequency is used to accurately time digital systems, as well as to synchronize data transmission and reception.

The 416F27111CKT crystal has a high Q factor, which determines the shape of the output signal, meaning that the signal retains the crystal\'s resonance frequency for a longer period of time, thus enabling longer range and better accuracy. It is designed for low-power applications and can be used at both low and high frequencies up to a maximum of 125 MHz. It has a drive level of 1 V and is designed for maximum phase noise performance.

Murata Electronics\' 416F27111CKT crystal is a high-performance component providing high accuracy and stability. It is ideal for use in digital systems where precise timing and frequency control is required. Its high Q factor ensures long-range accuracy and its low-power design makes it suitable for a variety of applications.

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