XLH535020.480000X

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Oscillators: XLH535020.480000X Application Field and Working Principle

XLH535020.480000X oscillators are commonly used in consumer and industrial electronics to control time, frequency and motion. Specialized oscillators are also used in automotive, aeronautical and communication systems as timepulse and frequency reference oscillators. As a versatile oscillator, XLH535020.480000X offers a wide variety of features for mainstream and high-end applications.

Features

XLH535020.480000X oscillators are characterized by their mechanical configuration and various parameters, such as frequency, frequency stability, drive voltage, load capacity, temperature coefficient, output voltage, and start-up time.

• Frequency: 10 MHz ~ 25 MHz
• Frequency stability: +/-50 ppm
• Drive voltage: 3.3V or 5V
• Load capacity: 10 ~ 70pF
• Temperature coefficient: -100 ~ +75 ppm
• Output voltage: 1.8 ~ 5V
• Start-up time: 5ms max.

XLH535020.480000X oscillators are also available with shock and vibration resistance and temperature ranges commonly found in industrial, automotive, marine, and military applications. It supports low-power operation, adaptative frequency control and multiple phase-lock loops, and is compatible with a variety of interface protocols.

Application fields

XLH535020.480000X oscillators are widely used in a variety of consumer and industrial electronics applications because of their versatile features. Some of their key application areas are:

• Network communication systems and routers
• High-speed data acquisition and processing
• Automotive, aeronautical and communication systems
• Industrial monitoring and control systems
• Audio and video equipment

Working principle

XLH535020.480000X oscillators are based on the principle of electrical resonance. They consist of three main components: a resonator, an amplifier, and a feedback circuit. The resonator, usually made of quartz, works as an electrical LC circuit. The amplifier boosts the signal from the resonator and the feedback circuit controls the output frequency.

The resonator and amplifier form the basic building blocks of an oscillator system. The amplifier amplifies the signal coming from the resonator and the feedback circuit determines the output frequency. The resonance frequency is determined by the value of capacitance and inductance of the resonator. The amplifier is designed to provide sufficient gain for the oscillator system to reach a state of synchronization, known as oscillation. The feedback circuit determines the value of the output frequency, which depends on the gain of the amplifier and the values of capacitance and inductance of the resonator.

XLH535020.480000X oscillators are designed to provide stable and repeatable performance over a wide range of operating conditions. They are well-suited for a variety of consumer and industrial electronics applications because of their versatility, reliability, and performance.

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