XLH536133.330000I

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XLH536133.330000I is a type of Oscillator, and it is widely used in many kinds of electronic devices. This oscillator is usually found in voltage-controlled oscillators, phase-locked loops, radio frequency (RF) transmitters, modulators, and frequency synthesizers.

The device has the following features: it is an ultra-low power, all-silicon oscillator operating in the 7-500 MHz frequency range; it supports multiple output formats and provides up to 35 dB of output dynamic range; it provides on-chip matching of output impedance and fast settling response. The oscillator has an ultra-low input capacitance of only about 4 pF typical, which is well-suited for long-line-length applications.

XLH536133.330000I is designed to offer an exceptionally high frequency accuracy and stability with low temperature drift. The device comes with a built-in temperature sensor that can detect temperature variations of the operating environment and automatically adjust its oscillation frequency to keep it at an optimum level. This makes the device ideal for applications where precise control of frequency is essential.

The working principle of the oscillator is based on a voltage-controlled oscillator (VCO) circuit. This is a type of oscillator in which the output frequency is controlled by an applied voltage. In XLH536133.330000I, the voltage-controlled oscillator circuit is tuned to the desired output frequency by adjusting the bias current to the device to set the oscillation frequency accurately.

The output frequency is then determined by the applied voltage, and the voltage can be easily regulated by the voltage regulator that is included in the device. This allows for precise control of the output frequency of the oscillator without the need to manually adjust the bias current.

XLH536133.330000I oscillators are typically used in applications requiring high frequency stability and accuracy. They are widely used in frequency synthesizers, magnetic sensors, RF sensing, radio communication systems, and even medical equipment. The device is also suitable for use in any application where a high level of precision is desired.

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