CB3-2C-16M3840

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Oscillators: CB3-2C-16M3840 is an oscillator designed to provide the main reference frequency for the operation of the computer. It is a low power oscillator that works on the principle of digital frequency synthesis. This type of oscillator is commonly used in industrial, communication and consumer products.

The CB3-2C-16M3840 oscillator is based on a quartz crystal resonator circuit. The quartz crystal resonator is made of a piezoelectric material that produces a vibrating signal when an electric signal is applied to it. The frequency of the quartz crystal resonator is determined by the physical characteristics of the crystal and is typically quite stable over a wide range of temperatures. This stability is the main reason why it is used for the reference frequency in computers.

The CB3-2C-16M3840 oscillator works by using a programmable frequency synthesizer. This type of synthesizer takes the quartz crystal resonator circuit and uses a special algorithm to create a precise frequency from a crystal’s natural frequency. The programmable frequency synthesizer can generate a wide variety of frequencies depending on the desired application requirements.

The application field of the CB3-2C-16M3840 oscillator includes embedded systems, digital audio and wireless systems. In embedded systems, the oscillator is used as a reference frequency for a microcontroller or digital signal processor. In digital audio and wireless systems, the oscillator works to generate precise digital signals and create a modulation scheme for radio signals.

The main advantages of the CB3-2C-16M3840 oscillator are low power consumption, low jitter and long-term stability. Its small size and lowprofile design also make it a popular choice for applications in embedded systems, where the size of the oscillator is important. Additionally, its low jitter ensures that digital signals remain accurate over the course of the device’s lifetime.

The working principle of the CB3-2C-16M3840 oscillator is based on a quartz crystal resonator circuit that is programmed with a digital synthesizer. The quartz crystal resonator circuit produces a stable signal that is used to create an accurate frequency. The programmable frequency synthesizer is used to adapt the quartz crystal signal to the desired frequency for a particular application.

In conclusion, the CB3-2C-16M3840 oscillator is a versatile device that can be used in a wide variety of embedded systems, digital audio and wireless systems. Its low power consumption, low jitter and long-term stability make it an ideal solution for applications that require precise control of frequency and modulation schemes. It works on the principle of digital frequency synthesis and is based on a quartz crystal resonator circuit.

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