CPPFXC4LT-A7BR-160.0PD

Overview of CPPFXC4LT-A7BR-160.0PD Oscillators

CPPFXC4LT-A7BR-160.0PD oscillators are robust oscillator products with applications ranging from clock oscillators to RF solutions. They are designed for frequency control, communications, and timing applications. These oscillators are divided into three categories: Frequency Control Oscillator, RF, and Clock Oscillator. Each category provides a variety of products with high accuracy, high immunity, low power consumption, and high frequency stability.

Applications of CPPFXC4LT-A7BR-160.0PD Oscillators

CPPFXC4LT-A7BR-160.0PD oscillators are extensively used in frequency control and RF applications such as clock/signal/timing control, RF transceiver, and clock generation. These oscillators are used for clock synchronization, audio/video synchronization, motor and servo control, and other complex frequency control applications. They are also used in communication applications such as telephone networks, Satellite, broadcast, Wi-Fi, and Radios. In addition, they are used in timing and control applications such as industrial automation, automotive, and machine control systems.

Working Principle of CPPFXC4LT-A7BR-160.0PD Oscillators

CPPFXC4LT-A7BR-160.0PD oscillators generate an output signal that alternates in a periodic form. It is based on the steady-state Ferranti effect. This oscillator works on the Capacitor-discharge principle, where the amount of charge stored on a capacitor is discharged through a resistor at a rate determined by the resistor\'s capacitance. The voltage across the resistor will gradually drop until it reaches a point that the capacitor can no longer hold the charge. This will force the capacitor to begin discharging, and the process starts all over again. As the capacitor is being discharged, a signal is generated which is used to generate the oscillations. This signal is then amplified and shaped by a transistor to produce the output waveform.

Summary of CPPFXC4LT-A7BR-160.0PD Oscillators

CPPFXC4LT-A7BR-160.0PD oscillators are designed for frequency control, communications, and timing applications. They are divided into three categories: Frequency Control Oscillator, RF, and Clock Oscillator. These oscillators are extensively used in frequency control and RF applications and are also used in communication applications such as telephone networks, Satellite, broadcast, Wi-Fi, and Radios. In addition, they are used in timing and control applications such as industrial automation, automotive, and machine control systems. The oscillators generate an output signal that alternates in a periodic form based on the steady-state Ferranti effect and works on the capacitor-discharge principle.