SG-8018CE 100.000000MHZ TJHPA

Introduction
The SG-8018CE 100.000000MHZ TJHPA is an oscillator used in oscillating circuits. This oscillator has an operating voltage of 5V to 15V, a frequency of 100.000000MHZ and a frequency stability of +/-0.2 parts per million. This oscillator is used in high-performance applications and as an alternative to other oscillators for driving high frequency and precision timing requirements.

Application Field
The SG-8018CE 100.000000MHZ TJHPA is used for various applications, such as communication systems, military and aerospace systems, timing applications, synchronizing, and transmission systems. It can be used as an alternative to other oscillators providing more precise timing. This is particularly useful for applications that require high accuracy and stability.

In addition, the SG-8018CE 100.000000MHZ TJHPA can be used in high frequency digital signal processing or clock generation. For these applications, the oscillator needs to be able to produce accurate pulses at a high frequency. Also, this oscillator is used for various timekeeping applications, such as quartz clock and watch mechanisms.

Working Principle
The SG-8018CE 100.000000MHZ TJHPA works on the principle of crystal oscillators. Crystal oscillators produce an electrical signal at a fixed frequency due to the mechanical properties of certain materials. With the SG-8018CE, the frequency is fixed at 100.000000MHZ. The oscillator uses a quartz crystal, which acts as a resonator and provides a stable and consistent frequency.The quartz crystal consists of two plates connected to each other and the circuit. The plates are separated by a small gap and have a certain capacitance between them. When a voltage is applied to the crystal, it creates an electric field in the gap, which shifts the frequency of the crystal due to the piezoelectric effect. This shift in frequency is used to generate the output signal.

Conclusion
In conclusion, the SG-8018CE 100.000000MHZ TJHPA is an oscillator used for high-performance applications. It uses a quartz crystal to generate an electrical signal with a fixed frequency. This oscillator is suitable for a range of applications, such as communication systems, military and aerospace systems, timing applications, synchronizing, and transmission systems. This oscillator is also used for precision timing requirements, digital signal processing and clock generation.