FC5BQCCMC24.0-T1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals are widespread in our daily life and are widely used in various electronic components and circuits. FC5BQCCMC24/0-T1 is one of the most popular crystal series and has made great contribution to the modern electronic field. As the necessary components in the circuit, this crystal has special features, including low current consumption, ultra-small size, high frequency stability and more. This crystal series are often used in wireless communication and other related fields for frequency controlling, oscillation and frequency generation.

In order to meet the requirements of various applications, FC5BQCCMC24/0-T1 crystal series are designed with several types and sizes, ranging from the miniature series (FC5BQCCMC24/0-T1X14) to the standard series (FC5BQCCMC24/0-T1 X1). Its main feature is the small size and large capacity, which makes it suitable for use in a wide range of field devices. This series also applies to high frequency and low noise applications. Its short lead time and low power consumption are also attractive properties.

The working principle of FC5BQCCMC24/0-T1 crystal series is based on mechanical vibration caused by electrical signal. The quartz crystal oscillator is composed of two parts: quartz crystal and amplifier. The quartz crystal acts as a vibrator to vibrate in response to the current signal, which produces a frequency determined by its own physical parameters. The amplified signal is then output as a high-precision frequency signal. This crystal series is organized in two modes: tuning fork and parallel resistor.

The tuning fork crystal mode applies two pairs of electrodes: the main electrode pair and the other pair placed in the middle of the crystal body. Reciprocal vibration of the piezoelectric material is generated when a signal of a certain frequency is applied across the electrode layers. This mode of vibration yields low temperature coefficient, giving a high frequency stability. Furthermore, the tuning fork crystal is often mounted on the circuit board, saving space and cost.

Parallel resistor crystal is a common mode which applies four internal electrodes. The remaining two electrodes are placed at the ends of the crystal body and connected to an external parallel impedance circuit. The parallel structure increases the capacitance value and helps the crystal to achieve stability and high frequency accuracy. Meanwhile, the parallel resistor crystal generally has a higher temperature coefficient but the frequency stability can be improved by external circuit design.

In conclusion, FC5BQCCMC24/0-T1 crystal series are popular components in wireless communication, navigation, aircraft receivers and more. With superb features of ultra-small size, low current consumption, high frequency stability and quick turnaround, it provides users with a valuable solution for frequency controlling and frequency generation. It is important to know the working principle and types of the crystal before selecting a suitable one.

The specific data is subject to PDF, and the above content is for reference