CCLD-033-50-156.250 Crystals, Oscillators, Resonators

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Oscillators

Oscillators are electronic circuits that offer a continuous, consistent oscillation at a certain frequency, generating a repetitive electric signal. CCLD-033-50-156.250 is one type of oscillator, and it is used in a range of applications. Understanding the functionality and principles of this type of oscillator can help in better use and application.

Application Field

CCLD-033-50-156.250 are commonly used in transceivers, especially when synchronization with the broadcast signal is necessary. One of the most important and practical applications of this type of oscillator is in the digital television signal, where it allows proper synchronization of the incoming DVB stream. Furthermore, oscillators of this type are used in automotive radar systems and navigational systems.

CCLD-033-50-156.250 can also be used to transfer data from a set location to another. It is used to modulate signals and shape them in a way so that a particular message can be sent to its final receiver. It is also commonly used in medical ultrasound equipment, where it produces high-frequency waves used for scanning the body.

Working Principle

The main principle of CCLD-033-50-156.250 is based on the use of a quartz crystal and an associated small capacitor. The crystal is stored between the two pieces of a high-conductivity material, and when electric current is run through the crystal, it produces an oscillating voltage. The oscillation is converted into an electrical signal, which in turn modulates the incoming broadcast signal.

CCLD-033-50-156.250 can be configured to have different frequency ranges, thus making them suitable for various applications. The frequency range that oscillators can generate is determined by the type of crystal used and its physical characteristics. A specific type of crystal creates an oscillation of a certain frequency, thus making it a better choice for specific applications.

In order to make sure the oscillation is synchronized with the input signal, the oscillator needs to maintain contact with the signal modulation through a feedback loop. This is done by measuring the amplitude, frequency, and phase of the incoming signal and allowing the oscillator to follow it. This feedback loop ensures that the oscillation is synchronized with the incoming signal.

CCLD-033-50-156.250

CCLD-033-50-156.250 oscillators offer a great blend of reliability, accuracy, and affordability. The quartz crystal can be tuned to several different frequencies and can easily handle a wide range of loads and power ratings. This makes them perfect for not just automotive radar systems, but also for other applications such as data transmission and medical imaging equipment.

Oscillators of this type are also able to maintain a very high level of accuracy over a long period of time. They are also extremely durable and can withstand hazardous conditions such as temperatures and humidity. As such, they are highly advantageous for use in critical systems such as those found in the medical and automotive industry.

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