XLH735026.700000I

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Oscillators are electronic circuits that generate periodic electrical signals by using either an external signal or an internal transconductance amplifier as a source of oscillation. In years, oscillators have emerged as a powerful tool for scientific experiments and product design. XLH735026.700000I oscillator is one of them.

XLH735026.700000I oscillator is a monolithic, high-stability, ultra-low-noise oscillator that operates in a range of 1.6GHz~4.4GHz. It operates in a temperature range of −20°to +70°C with an ultra-low noise level of −140dBc/Hz @a 100kHz offset. The oscillator is packaged in a compact QFN-14L package with low power consumption, making it suitable for applications in communication systems, electronic instrumentation systems and automotive navigation systems.

The working principle of XLH735026.700000I oscillator is based on the oscillation concept of positive feedback. The oscillator consists of two parts, an amplifier and a resonator. The amplifier works to provide the input signal that amplifies the output signal, while the resonator consisting of an inductor and a capacitor, generates the oscillation frequency. The output is then fed back to the input to provide the positive feedback necessary to sustain the oscillation.

The XLH735026.700000I oscillator incorporates a voltage controlled crystal oscillator that enables the user to set the output frequency accurately and quickly. Since the frequency response of the oscillator is very good, users can easily adjust the output frequency of the oscillator. In addition, the oscillator also features programmable phase noise, meaning that users can fine-tune the frequency of the signal to reduce noise. This makes the use of the oscillator very versatile, allowing for different applications.

Moreover, the XLH735026.700000I oscillator boasts an ultra-low power consumption of only 2.5mA, making it ideal for use in portable devices such as cell phones and PDAs. In addition, the oscillator also has a very low jitter of approximately 10ps that prevents disturbances from noise in the system. This makes this oscillator the ideal choice for high-speed signal transmission applications.

Lastly, the XLH735026.700000I oscillator has very good frequency stability that ensures the accuracy of the output. With frequency stabilities of less than + or –50ppm, the oscillator can maintain its output stably over a variety of environmental conditions. This ensures that the output signal is accurate and consistent regardless of the operating environment.

In conclusion, the XLH735026.700000I oscillator is a highly reliable and stable oscillator for a variety of applications. It offers excellent frequency stability, ultra-low power consumption, and high-performance phase noise characteristics that makes it the perfect choice for communication, instrumentation, and automotive navigation systems.

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