XUP736150.000JU6I

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Oscillators are devices that generate waveforms. Oscillators range from simple sine-wave oscillators to radio-frequency oscillators used for wireless communication. XUP736150.000JU6I is a type of oscillator. In this article, the application field and working principle of XUP736150.000JU6I oscillator will be discussed.

XUP736150.000JU6I oscillator is a high-stability, temperature-compensated crystal oscillator, designed for applications in harsh environments. It is available in 5x7 mm and 3.2x5 mm hermetic packages. The device has a high tolerance to voltage, temperature, and shock. It offers an operating frequency range from 0.25 to 200 MHz with low jitter performance and wide output voltage range.

XUP736150.000JU6I is designed for applications in the avionics, telecom, and military industries. It is suitable for use as a clock source in communication systems such as WLAN and GSM/CDMA as well as in phase-locked loops and satellite communications systems.

The working principle of XUP736150.000JU6I oscillator is based on a quartz crystal resonator. A quartz crystal has piezoelectric properties, which means that when voltage is applied to it, it vibrates at a very precise frequency. In the XUP736150.000JU6I device, this frequency is generated by the interaction of the crystal with an amplifier, a voltage-controlled oscillator (VCO) and a phase-locked loop (PLL).

The crystal oscillator is the heart of the XUP736150.000JU6I oscillator. It is connected to a series LC network, which forms an electrical oscillator. The output of the crystal oscillator is then input into the VCO, which is a high speed multiplier. This VCO, in turn, is connected to the PLL, which is used to ensure the long-term stability of the oscillation frequency. The PLL also allows the oscillator to be frequency-locked and adjusted to an external reference frequency. Finally, the amplified signal is sent to the output.

The XUP736150.000JU6I oscillator is an advanced device designed for demanding applications. It offers high stability and tolerance to temperature, voltage, and shock. It is suitable for use in communication systems and phase-locked loops. The working principle of the device is based on a quartz crystal resonator. The crystal is connected to a series LC network and the output is then fed into a high speed voltage-controlled oscillator. This oscillator is then connected to a phase-locked loop, which ensures the long-term stability of the frequency and allows it to be frequency-locked and adjusted to an external reference frequency. Finally, the amplified signal is sent to the output.

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