CS10-13.560MABJ-UT Application Field and Working Principle

Introduction

CS10-13.560MABJ-UT is a kind of precision crystal oscillator, it\'s characterized by its compact size, low power consumption, and high accuracy as well as stability. The application fields and working principles of this crystal oscillator are discussed in the following sections.

Application Fields

The CS10-13.560MABJ-UT crystal oscillator has a wide range of application fields, especially in the communications industry, such as mobile phones, base stations, and other communication networks. Moreover, it can also be used in other areas where the accuracy or stability of time or frequency are required. The clock oscillators, voltage-controlled oscillators, and receivers manufacture by CS10-13.560MABJ-UT can significantly improve the performance of the related systems.

Working Principle

The CS10-13.560MABJ-UT crystal oscillator is mainly composed of a quartz crystal and an amplifier circuit. When a certain voltage is applied to the crystal, mechanical stresses in the crystal cause the crystal to vibrate at a particular frequency. This vibration frequency is determined by the size and shape of the crystal. The amplifier circuit is then used to amplify the vibration of the crystal, thus generating an oscillating signal of the desired frequency.

Advantages

The key advantages of the CS10-13.560MABJ-UT crystal oscillator include its low power consumption, high accuracy, and high stability. As compared to other oscillators, this oscillator also features a small size and lightweight, which makes it easier to install in various electronic circuits. Moreover, its narrow temperature range (<±5ppm, ±20ppm) enables it to maintain its high accuracy in even extreme temperatures.

Conclusion

Overall, the CS10-13.560MABJ-UT crystal oscillator is a reliable and accurate device for clock oscillators, voltage-controlled oscillators, and receivers. It has a wide range of applications in the communications industry, and its low power consumption, high accuracy, and high stability make it a valuable asset for various electronics circuits.