CPPFXC7LZ-A7BR-16.384TS

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Introduction of CPPFXC7LZ-A7BR-16.384TS Oscillator

CPPFXC7LZ-A7BR-16.384TS is a type of oscillator which is included in the Oscillators category. It is an advanced frequency control option which has a wide range of application fields and its working principle has been proven to be reliable and efficient. The oscillator is designed with a frequency span of 16.384Mhz and operates with a supply voltage range from 3.3V to 5.5V. It also has an operating temperature rating of -40°C to 85°C.

Features of CPPFXC7LZ-A7BR-16.384TS Oscillator

CPPFXC7LZ-A7BR-16.384TS oscillator has a variety of features which makes it an ideal choice for applications in various fields. First of all, it has a robust design with a built-in frequency tuning ability. It is capable of supporting multiple operating frequencies and can be customized to address the specific needs of the user. Additionally, it is a low power option, which helps it achieve better energy efficiency. Finally, the oscillator has a high tolerance to environmental noises and temperature changes, making it suitable for various applications.

Applications of CPPFXC7LZ-A7BR-16.384TS Oscillator

CPPFXC7LZ-A7BR-16.384TS oscillator is utilized in various applications. It has been widely used for communication applications such as LCD, Ethernet, cellular systems, and set-top boxes. Additionally, it is also used in the medical industry for ultrasound imaging and monitoring. It is also used in the automotive field, where it is used in speed and direction control systems, airbag control modules, and power inverters among other applications. Furthermore, the oscillator is also used in data storage applications, where it is used in hard disk and solid-state drives.

Working Principle of CPPFXC7LZ-A7BR-16.384TS Oscillator

CPPFXC7LZ-A7BR-16.384TS oscillator works on the principle of frequency control. This oscillator utilizes an active crystal circuit to produce and stabilize frequency. In this circuit, a quartz crystal is connected in series with a series of resistors and capacitors. By tuning the parameters such as the frequency, the capacitor and resistor values, the oscillator can be adjusted to produce the desired frequency. Once the circuit is tuned to the optimal frequency, the oscillator will be able to control the frequencies with better accuracy and precision.

Conclusion

CPPFXC7LZ-A7BR-16.384TS oscillator is an advanced frequency control option which is ideal for various applications. It is robustly designed with built-in frequency tuning capabilities and has a wide range of frequency range. Additionally, it is low power which makes it energy efficient. The oscillator is also highly tolerant of environmental noise and temperature changes, making it suitable for various applications. The oscillator works on the principle of frequency control utilizing an active crystal circuit which is tuned to achieve the optimal frequency.

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