CPPLC5LT-A5B6-120.0TS

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Oscillators are vital for industrial, commercial, medical and security applications because they are used to create a signal with a precise frequency. Oscillators give off a specific frequency throughout a prolonged time period without interruption, providing an accurate reference signal. CPPLC5LT-A5B6-120.0TS oscillator is a type of oscillator designed that specialize in producing high performance and stability for high reliable electronic and communications systems. Focusing on the application field and working principle of CPPLC5LT-A5B6-120.0TS oscillator can provide a better knowledge for evaluators and end users seeking oscillator solutions.

Application

CPPLC5LT-A5B6-120.0TS oscillator is a type of crystal oscillator with high performance and stability included in a small package. It is mainly suitable for frequency control of carrier communication systems, navigation systems, timing detection systems, embedded control systems, RF transceivers, FPGAs, DSPs, clock devices, and digital cameras . This type of oscillator is an ideal choice for those applications that require precise frequency stability and a high level of reliability.

Working Principle

The crystal oscillator is a type of oscillator which works by a quartz crystal. A quartz crystal is a piezoelectric material that vibrates at a precise frequency when an electric field is applied. The quartz crystal used in the CPPLC5LT-A5B6-120.0TS oscillator is cut in a specific way, and then mounted in a cavity to amplify its output. The frequency of the crystal will determine the frequency of the oscillation produced. A circuit is used to control the power supply to the crystal and amplitude of the oscillation, resulting in a precise and predictable output frequency.

A key component in the oscillator is the oscillator circuit. This circuit consists of several components, including a quartz crystal, capacitors, transistors, and resistors. The crystal oscillator circuit adds and subtracts two capacitors in series to create an oscillating circuit, producing the desired frequency. The circuit consists of several transistors, which are used to control the power and the amplitude of the signal, and resistors, which act as a dampener in order to reduce the peak-to-peak amplitude of the oscillator. This type of circuit is used in the CPPLC5LT-A5B6-120.0TS crystal oscillator.

The CPPLC5LT-A5B6-120.0TS oscillator has the added benefit of having low power consumption, as its frequency is generated primarily from the quartz crystal. It is also designed to work in extreme temperatures and is highly reliable. The high stability of this type of oscillator also helps it to maintain its accuracy over long periods of time and in different environments.

Conclusion

CPPLC5LT-A5B6-120.0TS oscillator is a type of crystal oscillator used in many industrial, commercial, medical, and security applications. It is designed to provide a signal with a precise frequency with high accuracy, stability, and reliability over a prolonged period of time. It is suitable for a variety of applications, including frequency control for carrier communication systems, navigation systems, and timing systems. This type of oscillator works by utilizing a quartz crystal and oscillator circuit, and is known for its low power consumption and extreme temperature tolerance.

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