MA-505 10.2400M-C0

Crystals are an important type of electronic parts used in various electronic circuits. The MA-505 10.2400M-C0 crystal is a common example of a crystal used in modern applications. This article will discuss the application field and working principle of the MA-505 10.2400M-C0 crystal.

The MA-505 10.2400M-C0 crystal is a low-jitter, temperature-compensated crystal designed for high-frequency signal generation and reception applications. It has a frequency of 10.2400MHz, a low-jitter of 10.5pS, and a stability of 10.5ppm. It has an operating temperature range from -45°C to +85°C. It is designed for applications requiring ultra low-phase noise or low-jitter performance. It is commonly used for communications and navigation systems, radio-frequency circuits, GPS receivers, and other time-sensitive applications.

The working principle of the MA-505 10.2400M-C0 crystal is based on the resonance of two quartz plates. The crystal consists of two quartz plates parallel to each other, with electrodes on the two faces of the quartz plates. When a voltage is applied to the electrodes, an electromagnetic field is created between them. This field causes the electrons in the quartz lattice to vibrate at a certain frequency, creating a standing wave of resonance. This standing wave determines the resonant frequency of the crystal, which is 10.2400MHz in the case of the MA-505 10.2400M-C0 crystal. This frequency is maintained even when the applied voltage is removed. The frequency of the crystal can be adjusted slightly by applying a small voltage to the electrodes.

The MA-505 10.2400M-C0 crystal is mainly used in communication and navigation systems, radio-frequency circuits, GPS receivers, and other time-sensitive applications. It is also used in frequency-counting circuits, frequency-divider circuits, and oscillator circuits. The low-jitter performance of the crystal makes it ideal for high-speed and high-precision applications. It is also widely used in crystal oscillators, which are used to generate high-frequency signals.

The MA-505 10.2400M-C0 crystal is a popular choice for many different applications due to its high frequency stability, low-jitter performance, and temperature compensation. Its frequency stability allows is to be used in a variety of time-sensitive applications. Its low-jitter performance makes it ideal for high-speed and precision applications. Additionally, the temperature-compensated design ensures consistent performance and accuracy regardless of the environmental conditions.

In conclusion, the MA-505 10.2400M-C0 crystal provides a reliable and accurate signal source for a variety of applications. Its high frequency stability, low-jitter performance, and temperature compensation make it ideal for many different applications, such as communications and navigation systems, radio-frequency circuits, GPS receivers, and other time-sensitive applications. Furthermore, the crystal is widely used in oscillator circuits and crystal oscillators to generate high-frequency signals.