CPPC7LZ-A5BR-16.384TS

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CPPC7LZ-A5BR-16.384TS is an oscillator, which is widely used in various fields. The design of this device is based on a silicon crystal oscillator that has a frequency of 16.384MHz. It is an Excellent choice for applications requiring precise timing. It has low power consumption and can be used in mobile phones and notebooks.

The CPPC7LZ-A5BR-16.384TS oscillator has the characteristics of high stability, low jitter and excellent RF isolation. Because of its excellent frequency stability, it is also suitable for applications such as frequency synthesis, radio communication, and clock data recovery. The oscillator has a wide range of temperature stability, and it can maintain accuracy in a variety of environments.

The working principle of the CPPC7LZ-A5BR-16.384TS oscillator is based on the quartz crystal oscillator principle. The crystal oscillator uses a quartz crystal vibrator as a frequency control element and uses the piezoelectric effect to generate an oscillation. The oscillation frequency is determined by the resonance frequency of the quartz crystal. The quartz crystal is connected to a pair of resonant capacitors and two resistors. The capacitors and resistors form a tank circuit which resonates at certain frequencies. The resonance of the crystal is maintained by a feedback loop, so that a stable oscillation can be established.

The CPPC7LZ-A5BR-16.384TS oscillator features a wide temperature range, from -55°C to 125°C. It has an advanced frequency stability of ± 30ppm over temperature, vibration, humidity and aging. It can provide very accurate frequency control, which is suitable for applications such as frequency synthesis, RF communication, and clock data recovery. In addition, the oscillator also has a high level of isolation against environmental electromagnetic interference. This makes it ideal for use in wireless communications systems and automotive applications.

In conclusion, the CPPC7LZ-A5BR-16.384TS oscillator is an excellent choice for application requiring precise timing and frequency control. It has low power consumption, excellent frequency stability and vibration resistance, and high isolation from environmental electromagnetic interference. The oscillator is usually used in mobile phones, notebooks, frequency synthesis, radio communication, and other devices where an accurate clock signal is required.

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