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Oscillators

XLP730C50.000000X oscillator is an electronic device used to generate a stable frequency or continuous time-varying signals. It performs a fundamental role in most modern electronic devices, such as cellular phones, personal computers, communication products and so on. It is both used as a stand-alone component in signal chain design and as a part of electronic system.

Application Field

XLP730C50.000000X is a type of quartz oscillator that uses a quartz crystal piezoelectric resonator to determine the frequency. It is designed to provide accurate and stable wiring system frequency and stabilized timing signal for a variety of electronic items in different applications. It can be used as an oscillating clock signal in a personal computer or in communication network, such as GSM, CDMA and WCDMA. It also plays an important role in operation and timing control in TV broadcasting systems, cryptographic systems, navigation systems and digital Cameras.

Working Principle

When an external voltage is applied to the quartz crystal element, the current passing through the quartz crystal causes the crystal to oscillate at a frequency which is determined by its physical characteristics and operating parameters. This frequency is extremely stable, and it is the key element in designing the oscillator. XLP730C50.000000X uses a quartz crystal element to oscillate at a frequency of 50.000000 MHz with a high degree of accuracy. The oscillator\'s crystal is housed in an external case and connected to an external circuit board.

When the quartz crystal oscillates, it produces a signal that is then sent to the external circuit board which amplifies the signal to the required level and adjusts its frequency with the aid of electronic components such as capacitors, resistors and transistors. The amplified signal is then sent to the output port as a stable and frequency-accurate signal.

In short, the working principle of XLP730C50.000000X consists of a quartz crystal resonator to determine the frequency, an external circuit board to adjust and amplify its signal, and capacitors, resistors and transistors to control its frequency and obtain the required output. It is an ideal component for applications requiring accurate frequency control with low power consumption.

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