CPPLC7L-A7B6-130.0TS

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Oscillators are electrical and electronic devices that create uninterrupted periodic electrical signals. This type of equipment is typically used in radio communication, radar, Remote Control and other communication systems. CPPL C7L-A7B6-130.0TS is a precision oscillator specifically designed for use in electronic circuits. This oscillator is designed for help in frequency control, timing and accuracy requirements. It has an advanced internal structure that is ideal for applications that require a higher degree of stability.

Based on the oscillator type, CPPL C7L-A7B6-130.0TS is a parallel-resonant crystal oscillator (PRCO) type of oscillator. PRCOs consist of a tank of quartz crystals, capacitor and a resistor. These components work together to create a frequency range, which is the natural operating frequency of the oscillator. Since quartz crystals are very stable in nature, they are ideal for use in oscillators, as their natural operating frequency will remain unchanged over time.

The CPPL C7L-A7B6-130.0TS oscillator is designed to provide a wide range of frequencies. It offers a frequency range of 1MHz to 300MHz. This oscillator has a variety of output types, such as TTL, CMOS, and etc. It features a high degree of long-term stability, good jitter performance and low noise. The low phase noise of this oscillator makes it an ideal choice for communications applications.

As mentioned earlier, the CPPL C7L-A7B6-130.0TS is an oscillator designed for use in electronic circuits. It is typically used in applications such as radio communication, RADAR, Remote Control, Satellite TV reception, microwave communication, Global Positioning System (GPS) and other navigation systems. The high performance and reliability of the CPPL C7L-A7B6-130.0TS make it ideal for these applications.

The normal operating principle of the CPPL C7L-A7B6-130.0TS oscillator is based on two properties of quartz crystal: stiffness and mass. When driven by an alternating voltage, the quartz crystal will oscillate in a vibratory mode. Its natural frequency of vibration is determined by the resonance of its mass and stiffness.The oscillator circuit amplifies the output of the quartz crystal and converts it into a waveform of the desired frequency. The frequency is further adjusted and regulated to enable the oscillator to maintain the output frequency over time.

In summary, CPPL C7L-A7B6-130.0TS is a precision oscillator specifically designed for use in electronic circuits. It features high performance, reliability and long-term stability. It offers a wide range of frequencies, excellent jitter performance and low noise. The normal operating principle of this oscillator is based on the resonance of mass and stiffness of quartz crystal and is ideal for applications such as radio communication, RADAR, Remote Control, Satellite TV reception, microwave communication, Global Positioning System (GPS) and other navigation systems.

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