AOCJY-16.384MHZ-E-SW

Introduction

AOCJY-16.384MHZ-E-SW is an oscillator, which is designed based on MEMS oscillator technology. With its special features, this oscillator has proven to be very effective in many applications. This article will discuss its application field and working principle in detail.

Application Fields

The AOCJY-16.384MHZ-E-SW oscillator can be used in a wide variety of applications, such as clocks, frequency synthesis, instrumentation, and communications. It can also be used for timing control in digital systems, such as microprocessors. In addition, this oscillator is also suitable for low jitter clocks in synchronous digital systems, such as SDH/SONET networks.

Due to its precise frequency control and low-noise performance, this oscillator is also widely used in the field of telecommunications, such as the Satellite Telecommunications Industry. In addition, this oscillator is also often used in navigation systems and GPS receivers, where high frequency accuracy is needed. The oscillator can also be used in the field of medical instrumentation, providing stable timing for important applications.

Working Principle

The AOCJY-16.384MHZ-E-SW oscillator utilizes MEMS oscillator technology. This technology is based on the two-dimensional difference in mass between two surfaces, forming a small pendulum. The mass of the pendulum causes the pendulum to oscillate between the two surfaces.

The output of the AOCJY-16.384MHZ-E-SW oscillator is generated by a MEMS MEM oscillator module, which is incorporated into the oscillator package. The oscillator output is the result of two oscillators connected in a bridge configuration, with one oscillator being used as the reference and the other as the output. The output frequency is determined by the reference frequency and can be varied by controlling the amplitude of the output.

In addition to its MEMS oscillator module, the AOCJY-16.384MHZ-E-SW oscillator also incorporates other components for increased accuracy and stability. These components include temperature compensation circuits and Voltage-Controlled Oscillator (VCO) circuits which help to keep the output frequency within a tight tolerance range. Additionally, the oscillator includes a crystal trimmed trimming circuit which helps to guarantee long term stability of the output frequency.

Conclusion

The AOCJY-16.384MHZ-E-SW oscillator is a very effective oscillator designed based on MEMS oscillator technology. It has a wide range of applications, from clocks to frequency synthesis, and is suitable for use in digital systems, telecommunications, navigation systems, and medical instrumentation. Its working principle is based on MEMS oscillator technology, which utilizes the difference in mass between two surfaces to generate an oscillating output. Additionally, it includes components such as temperature compensation and VCO circuits and a crystal trimmed trimming circuit to improve the accuracy and stability of the output.