CPPC7LZ-A7BP-14.318TS

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Oscillators: CPPC7LZ-A7BP-14.318TS application field and working principle

Oscillators are used in a variety of scientific fields in order to provide accurate signals with a steady frequency or time base. CPPC7LZ-A7BP-14.318TS oscillators, in particular, are commonly used in telecommunications, where they are deployed to provide accurate frequency referencing when data is transferred between multiple systems. In addition to this, CPPC7LZ-A7BP-14.318TS oscillators are often used in broadcast television, as they can serve as a reference point for synchronization purposes.

The technical specification of the CPPC7LZ-A7BP-14.318TS oscillator includes a wide frequency range of 14MHz to 318MHz and a highly accurate temperature stability of ±0.1%. This low-noise oscillator is also equipped with a low jitter precision IE output and operates from a frequency supply of 3MHz. Additionally, CPPC7LZ-A7BP-14.318TS oscillators feature a programmable amplitude level and are capable of providing a linear output that is highly resistant to unwanted interference.

The working principle behind CPPC7LZ-A7BP-14.318TS oscillators is relatively straightforward. This type of oscillator is composed of three main components: an amplifier, a resonator, and an electronic feedback loop. The amplifier amplifies the signal of a resonator, such as a quartz crystal or tuning fork, and transmits this signal back to a resonator, creating a constant frequency. This process occurs at a steady rate and is sustained by the frequency supply and amplitude level.

CPPC7LZ-A7BP-14.318TS oscillators are exceptionally useful for achieving a high level of accuracy and stability when it comes to the reference frequency and timing of data transfers. In addition to this, this type of oscillator is also extremely compact and can be easily integrated into various systems. As a result, CPPC7LZ-A7BP-14.318TS oscillators have become increasingly popular in the telecommunications sector.

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