CB3LV-3C-7M3730

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Oscillators

Oscillators are components or circuits utilized to produce an alternating current or voltage signal. Apart from their use in communications, oscillators are widely utilized in electronic circuit systems to accurately synchronize analog signal processing operations. The CB3LV-3C-7M3730 is one such oscillator, and it is capable of providing frequency flexibility and exceptional performance.

CB3LV-3C-7M3730 Application Field

Today, the CB3LV-3C-7M3730 oscillator is used in many applications, including digital and analog TVs, DVD recorders and players, calculators, digital cameras, camcorders, FM receivers, and many more. It is a widely used device as it is capable of providing the cost savings advantage of a quartz oscillator without compromising good phase jitter or EMI performance. These oscillators also require a low input power for operation, and this allows users to design power efficient and low cost systems.

CB3LV-3C-7M3730 Working Principle

The working principle of the CB3LV-3C-7M3730 oscillator is based on the transverse vibrational mode of a quartz resonator. The quartz crystal acts like a motor with one coil winding connected to a positive voltage and the other connected to ground. When the voltage is increased, the crystal vibrates, generating energy to the two windings. This energy is then transferred to output phase shifters on the two windings, compensating the delay and producing two sinusoidal signals in phase with one another. The two signals are then combined to form a single output signal.

In order to maintain good phase jitter, the oscillator has an internal temperature compensation mechanism. This compensates for the frequency changes associated with fluctuations in temperature. Additionally, CB3LV-3C-7M3730 oscillators feature low start-up and stop times, making them ideal for use in highly dynamic systems.

The CB3LV-3C-7M3730 is an advanced oscillator that provides excellent performance for a variety of applications. With its highly reliable design, it is an excellent choice for any application requiring precision synchronization and timing.

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