XLH736100.000000I Crystals, Oscillators, Resonators

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Oscillators

The XLH736100.000000I is an oscillator used to generate and modulate high-frequency signals with a high degree of stability over both time and temperature. The device is widely used in a variety of applications such as frequency synthesis, transmission and reception of radio signals, and clock or timing generation.

Oscillators are typically designed as either a linear oscillator or a non-linear oscillator. A linear oscillator is one that operates in linear time invariant systems, where the frequency of the output signal is determined by the physical property of the components used in the circuit. A non-linear oscillator is one that operates in non-linear time invariant systems, where the frequency of the output signal is determined by physical and electrical parameters of the system.

The XLH736100.000000I is a non-linear oscillator. This type of oscillator uses physical and electrical parameter selection to determine the frequency of its output signal. The device has the ability to select between a range of frequencies between 60kHz and 1MHz, allowing for multiple frequency selections within a single oscillator. It also has the ability to alter its frequency by changing the voltage applied to it, giving the device an adjustable frequency range. This feature makes it particularly attractive for applications such as frequency synthesis.

In addition to the adjustable frequency, the XLH736100.000000I also provides adjustable Duty Cycle. This feature allows the user to control the length of time that the output signal is active before becoming inactive. This can be set to any value between 0% to 100%, allowing for precise control of the signal\'s length. This feature is useful in applications like transmission and reception of radio signals, where it is important to have an accurate timing signal.

The working principle of the XLH736100.000000I is based on the conversion of an alternating current input signal into a unidirectional signal. The input signal is fed into the device through an input terminal and is converted into a unidirectional output signal by a set of internal oscillator components. The output signal is then modified by the user-selected parameters such as frequency and Duty Cycle to create the desired output signal. This output signal is then used for a variety of applications, such as frequency synthesis, transmission and reception of radio signals, and clock or timing generation.

The XLH736100.000000I is a highly reliable oscillator and is suitable for a variety of applications due to its adjustable frequency range, adjustable Duty Cycle, and high degree of stability over temperature and time. Its ability to adjust the output frequency and Duty Cycle makes it a versatile solution for frequency synthesis, transmission and reception of radio signals, and clock or timing generation applications.

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