CPPC7L-BR-23.04TS

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Oscillators are common components found in many types of electronic devices and circuits. The CPPC7L-BR-23.04TS is a special type of oscillator designed for specific purposes. In this article, we will examine the application field and working principle of this type of oscillator.

Application Field: The CPPC7L-BR-23.04TS is a specialized oscillator designed for use in frequency synthesis, frequency hopping, piezoelectric devices, and other applications where variable or precise frequency control is needed. It is an ideal choice for applications requiring a frequency as high as 250 MHz.

Working Principle: The CPPC7L-BR-23.04TS is based on a patented technique developed by the manufacturer, PiEzo. This technique uses a special combination of two quartz crystals to provide a stable frequency. The first crystal is a thermally controlled quartz crystal, and the second is a piezoelectrically tuned quartz crystal. The two crystals are connected in series, and the output of the oscillator is taken from the junction of the two crystals. The thermally controlled crystal controls the frequency of the oscillator, while the piezoelectrically tuned crystal provides fine-grain adjustments to the frequency.

The CPPC7L-BR-23.04TS is designed for use in a wide variety of applications, including frequency synthesis, frequency hopping, and piezoelectric devices. It provides a stable frequency and can be used in applications requiring frequencies as high as 250 MHz. The CPPC7L-BR-23.04TS is based on a patented technique developed by the manufacturer, PiEzo, which combines two quartz crystals to provide a stable frequency.

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