SG-8002CA 101.0000M-PCCB

Oscillators play an important role on the modern electronic boards, serving as signal sources which are used to generate a specific frequency signal to a specific circuit. The SG-8002CA 101.0000M-PCCB Oscillator is a miniature SMD oscillator module that is highly demanded in the market today due to its superior features and reliability. It belongs to the frequency range of 100.0MHZ to 100.16MHZ, with a 6-bit digital skew available. The following outlines its application field and working principle.

Application Field:

The SG-8002CA 101.0000M-PCCB is mainly used for commands which require high performance and accuracy. It is suitable for a wide range of circuits which demand a stable frequency source, including CPU Interface, Microprocessor Clock Circuit, Video/Audio/Computer Products, High Speed data transmission, and Utilization of High Frequency SRA networks. Some of the important characteristics of this oscillator module include low jitter, low power consumption, fast switching speeds, and excellent phase noise performance.

Working Principle:

The SG-8002CA 101.0000M-PCCB oscillator module works by using an oscillator circuit board that consists of a quartz crystal resonator, integrated circuits (ICs), and capacitors. The quartz crystal is first excited with an electrical source in order to create a stable oscillating signal. This oscillating signal is controlled by the ICs to produce a specific output frequency. The capacitors work to stabilize the output signal and guarantee the accuracy of the output. These components are also used to manage power consumption, temperature drift, aging, and spectral purity.

Conclusion:

The SG-8002CA 101.0000M-PCCB Oscillator is a reliable and efficient signal source for the circuits which need to generate highly accurate frequencies. Its wide range of applications includes CPU Interface, Microprocessor Clock Circuit, Video/Audio/Computer Products, High Speed data transmission, and Utilization of High Frequency SRA networks. Its working principle mainly relies on the quartz crystal resonator, integrated circuits, and capacitors which are used to generate and stabilize the output signal.