XLH736064.478000X

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Oscillators

XLH736064.478000X is a type of oscillator integrating advanced technologies and research. Under the high frequency test environment of -40dBc to -70dBc, XLH736064.478000X can provide maximum phase noise level of -150dBc/Hz at an output level of -10 dBm, -- a remarkable performance statistic that surpasses most oscillators currently on the market. XLH736064.478000X comes with a multitude of features that optimizes its application field for a variety of applications including microwave communication systems, radio modulation systems, and clock recovery systems

Application Field

XLH736064.478000X can provide precision timing signals in a split second and as a result is excellent for applications involving radar and satellites. The oscillator is also regularly used as part of radar and communication systems such as point to point link and long distance high power communication. This makes it a great choice for microwave equipment, high-speed telecommunications, and various other digital signal processing systems. With its ability to resist frequency modulation up to 1 MHz, XLH736064.478000X is particularly suitable for aviation and navigation radio communication, RF signal detection, BDRM (Baseband Digital Radio Modulation) and spectrum analysis in various fields.

Working Principle

The working principle of XLH736064.478000X is based on pull-in range and frequency stability under different temperature and voltage. When applied voltage and frequency signal input, the frequency wave signal output can be obtained from the oscillator, which is a series wave within certain range and is very stable, featuring good accuracy. At the same time, the device can easily withstand voltage up to 30V and temperature as low as -10°C, which makes it absolutely necessary for applications operating in extreme temperature and voltage conditions.

XLH736064.478000X is comprised of controllable GM oscillators, micromachined oscillators, high power oscillators, clock oscillators, phase noise oscillators, synthesized open loop oscillators, crystal oscillators, and space qualified oscillators. This ensures that the oscillator can be calibrated and used for various applications, including aerospace applications.

The device is also equipped with dedicated circuitry to detect the external frequency altering signals such as acceleration, vibration and temperature to detect the frequency changes and make relevant adjustments. By doing so, the oscillator can remain in the same frequency range regardless of our environmental conditions. Specifically, when the temperature changes, the proprietary temperature compensation module will automatically adjust the internal oscillator settings, allowing the oscillator to remain stable.

XLH736064.478000X is an advanced oscillator technology that provides reliable performance, fantastic stability, as well as a long life span because of its robust design and operating conditions.

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