XLP73V098.304000I

Oscillators

XLP73V098.304000I is a type of oscillator used widely in many electronic and electrical applications. It stands for the type of frequency stabilization and amplification element of the electrical circuit, with frequency stability and power-saving features which has long-term stability and high frequency stability. The oscillator is often used in the production and control system of various types of test instruments, as well as in the control and testing of complex systems.

Application Field

XLP73V098.304000I is widely used in various applications, including civil aviation equipments, internal combustion engine controls, medical instrumentations, industrial and home automation, communication system, motor control, radio receivers and transmitters, power supplies, etc. In the laboratory, this oscillator is widely used in multi-function instruments, counting operations, measurement instrumentation, signal and frequency operations, power systems and many other scientific research and industrial production tasks during the applications.

Working Principle

XLP73V098.304000I is a basic component of electrical circuits, which usually consists of four parts: a power supply, an oscillator, an amplifier and a frequency selection element. When the power supply starts, the oscillator begins to generate a low-frequency AC signal through the oscillator-amplifier module. This signal is sent to the frequency selection element for frequency stabilization, which finally results in a stable signal. The oscillstor-ampllfier module can be divided into two circuit blocks: the oscillator and the amplifier. The oscillator produces a stable oscillation that can be used as a clock signal, while the amplifier increases the amplitude of the oscillation to produce a signal of the necessary level for use in a circuit.

XLP73V098.304000I oscillators are used in a wide range of applications, as they provide a cost-effective and reliable solution for frequency stabilization. Their wide range of features, such as high stability, low power consumption, good linearity and low cost, make them suitable for many different application fields.