XLP735193.767300X

Oscillators are components responsible for signal generation and manipulation. The most common type of oscillator is the XLP735193.767300X. This product is a great choice for anyone who wants to generate signals with a specific frequency range and low noise.

The XLP735193.767300X oscillator offers excellent performance. It has a high repeatability, low jitter and superb PSRR performance. It is also power and frequency stable and offers excellent spectral purity in the 1GHz – 7GHz frequency range. The convenience of this oscillator is apparent, with its wide supply voltage range of 4.5V to 5.5V, while the operating temperature range varies from -40°C to +85°C.

The application field of the XLP735193.767300X oscillator extends to applications such as cellular base stations, wireless communications systems, high-end 3D gaming and secure communications. These applications require a consistent and reliable source of frequency or timing signals. Thanks to it\'s low jitter and superb PSRR performance, the XLP735193.767300X offers a perfect solution for such situations. Compared to other oscillators on the market, this is one of the most reliable products available.

The working principle of the XLP735193.767300X oscillator is based on an integrated resonator circuit. This circuit consists of a crystal oscillator connected to the input and output of an amplifier. The amplifier is used to amplify the output signal, while the crystal oscillator is responsible for generating an oscillation signal. When a clock signal is inputted, the frequency of the oscillator is determined by the resonator. Once the frequency is set, the oscillator will begin to generate a constant signal.

In summary, the XLP735193.767300X oscillator is an excellent option for anyone who is looking for reliable and consistent signal generation. It has a wide application field, a wide supply voltage range and excellent frequency and timing stability. Its integrated resonator circuit makes it easy to generate a consistent signal at a wide range of frequencies, allowing for reliable operation in a wide variety of applications.