XLH735160.000000I

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Oscillators are devices that generate electrical signals with constant frequency and amplitude. The XLH735160.000000I oscillator is a highly stable, wide-range, high-output oscillator designed for timing precision control in a wide range of applications. It offers a variety of design features and performance parameters, making it ideal for a variety of applications including timing precision control, frequency synthesis, frequency sources for radio broadcasting and navigation, telecommunications, and medical instrumentation.

The XLH735160.000000I oscillator provides total frequency control with exceptional linearity, low phase noise, good frequency stability over temperature as well as high accuracy and repeatability. It has excellent short-term stability, with a phase noise of 0.05°/Hz at 100 kHz offset from the carrier frequency. It is available in either single-ended output or differential-ended outputs depending on the application. In addition, the XLH735160.000000I oscillator is available with a variety of features such as programmable accuracy, programmable frequency range, fast frequency switching, and time-temperature stability.

In terms of its application field, the XLH735160.000000I oscillator can be used for precision timing applications in a variety of industries. It can be used for synchronization of devices in telecommunications networks, synchronization of remote nodes in distributed control systems, and for high-accuracy timing applications in medical instrumentation and scientific research. Additionally, it can be used to generate high-stability frequency sources for radio broadcasting and navigation, as well as for signal sources in consumer electronics and industrial control systems.

At the core of the XLH735160.000000I oscillator is its highly stable oscillator circuit. The circuit consists of two main components – a frequency-selective feedback loop and an active driving element. The frequency-selective feedback loop is made up of two circuits – a “positive” and a “negative” compressing circuit. The positive compressing circuit provides a voltage to the active driving element, while the negative compressing circuit subtracts a portion of the voltage supplied to the active element. This reduces the driving voltage and keeps the oscillator at a stable frequency.

The active driving element in the oscillator circuit is a voltage-controlled, current-controlled or constant-current oscillator. This element incorporates a larger or smaller time delay to the oscillator circuit, depending on the input signal. This signal can be either a signal externally provided by an operator, or it can be determined by the feedback loop inside the oscillator circuit, ultimately allowing for frequency control. This oscillator circuit provides a highly stable output, with extremely low phase noise – a prerequisite for today’s precision timing applications.

The XLH735160.000000I oscillator can be used for a variety of applications requiring high-accuracy timing control. Its excellent phase noise, temperature-stable, and repeatable frequency-lock characteristics makes it ideal for timing precision control in telecommunications networks, distributed control systems, high-accuracy timing applications in medical instrumentation, and generation of stable frequency sources for radio broadcasting and navigation. By utilizing the XLH735160.000000I oscillator\'s advanced features, design engineers can build precise timing solutions at a fraction of the cost of traditional solutions.

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