7Q-16.368MCG-T

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Oscillators are important devices for providing signal outputs with determined waveforms over a range of frequencies. One type of oscillator, 7Q-16.368MCG-T, is widely used in a variety of applications due to its excellent performance and reliability. This article will discuss the application field and working principle of 7Q-16.368MCG-T oscillators.

7Q-16.368MCG-T oscillators bring users great flexibility and convenience as they can operate in a wide range of frequency bands, from 10kHz to 1GHz. Furthermore, these oscillators are capable of offering a variety of output amplitudes, from 10mW to 2W, depending on the specific application that the device is used for. Additionally, the output frequency stability of these oscillators can reach up to ±50 PPM, which makes them quite suitable for signal transmission applications where lower frequency stability is desired.

7Q-16.368MCG-T oscillators are widely used in the fields of communications, navigation, radar, medical imaging, instrumentation, and military applications. For example, the oscillators can be used in the base station of a mobile phone system to generate the signal required for connection between the base station and the user. They can also be used in satellite telecommunication systems for signal transmission between the satellite and the ground station. Furthermore, these oscillators can be used for navigation by generating a signal from which the position of an aircraft or ship can be calculated.

The working principle of 7Q-16.368MCG-T oscillators is based on the concept of crystal control. A quartz crystal is connected to the oscillator and its electrical properties are used to control the output frequency of the oscillator. Inside the quartz crystal, there are two plates with a gap between them. When a voltage is applied, electric charges get accumulated at the gap until the attractive force between the plates exceeds the capacitance of the gap. At this point, the quartz crystal oscillates and generates a signal with a specific frequency. This frequency is then controlled by altering the voltage applied to the crystal.

7Q-16.368MCG-T oscillators have proven to be reliable devices for a variety of applications due to their excellent performance and wide operating frequency range. Furthermore, these oscillators offer low power consumption and low phase noise. With their crystal control mechanism, they are capable of providing accurate and stable output signals over a wide range of frequencies, making them suitable for various signal transmission applications.

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