XLH735013.560000X

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Oscillators are feedback circuits used for creating voltage waveforms from a DC source or from another AC waveform. The XLH735013.560000X is an oscillator specifically designed for use in RF range applications.

The XLH735013.560000X features a silicon amplification transistor for switching, allowing it to operate at higher power levels than competing devices. It also incorporates an isolation transformer to provide protection for the output stage. The result is a low phase noise and high frequency stability oscillator, making it ideal for providing high performance when used in RF range applications.

The working principle of the XLH735013.560000X is based on the concept of positive feedback. In a positive feedback circuit, the output of the circuit is fed back to the input of the circuit and the gain is increased. This causes the output voltage or frequency to increase until the negative feedback limits the oscillator\'s gain and causes it to oscillate at a certain frequency.

The frequency of the oscillations can be controlled by adjusting the gain of the amplifier. The XLH735013.560000X has a wide range of control options including frequency range and gain range, enabling a user to fine tune the oscillator for use in the required application. The frequency range can be adjusted over a range of 0.3MHz - 800MHz.

The XLH735013.560000X also has a wide range of electrical and environmental specifications, such as low noise, low harmonic distortion, low phase noise, and low voltage levels. This makes it well suited for sensitive and demanding applications in the RF range, including radio, navigation, satellite, and microwave communication. Its high operating temperature range of -55°C to +85°C makes it suitable for use in extreme environments.

The combination of performance, low power consumption, and ease of configuration makes the XLH735013.560000X an attractive and versatile oscillator for RF range applications. Its wide frequency range, high gain, and low phase noise give it excellent accuracy and reliability when used in high-performance systems.

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