VG-4513CB 153.6000M-GGCT

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Oscillators are electrical circuits that help regulate a certain range of frequencies, usually for data transmission or for other types of communication purposes. The VG-4513CB 153.6000M-GGCT is an oscillator design that suits a variety of applications. This article will analyze the different applications and working principles of the VG-4513CB 153.6000M-GGCT oscillator.

The VG-4513CB 153.6000M-GGCT is a low-profile, quartz crystal-based oscillator. It is designed to offer reliable frequency stability and ensures that correct function over temperature range from -25 degrees Celsius to +85 degrees Celsius. This oscillator has an input frequency ranging from ±3ppm to ±8ppm from the nominal frequency, and a frequency tolerance of ±30ppm. It is designed for lower power consumption and a highly reliable performance, which makes it ideal for a number of applications.

The VG-4513CB 153.6000M-GGCT can be used in various types of electronic devices, such as for clock generation in cellular phones, wireless LANs, and wireless Personal Area Networks. It is also suitable for short-distance, error-free transmission of audio and video signals. This oscillator can also be used in digital oscilloscopes, frequency counters, and other test and measurement equipment. The VG-4513CB 153.6000M-GGCT is also suitable for use in remote monitoring and other industrial control applications.

This device is designed to utilize a quartz crystal as its resonator, which has a limited frequency range and an accuracy of ±20 parts per million per crystal. It features a series resonance frequency of 153.6000M-GGCT, and the frequency can be adjusted within a ±2.0 ppm range. It also has a low input voltage of 3.0V and a low current consumption at 40mA. The oscillator also has a Low Pulling Range of ±10 ppm and a High Pulling Range of ±20 ppm, which allows it to run at defined frequencies.

The VG-4513CB 153.6000M-GGCT works through feedback from the crystal and utilizes a sine wave generator to create electrical current. The oscillator generates a signal at the frequency determined from the crystal, which is then used to drive the electrical system. The frequency of the electrical signal is then held constant due to the feedback from the crystal. Through the oscillator’s electronic components, the frequency and accuracy of the generated electrical currents can be regulated and improved.

In conclusion, the VG-4513CB 153.6000M-GGCT is a low-power, reliable crystal oscillator that is suitable for use in a variety of applications. Its frequency stability and accuracy make it suitable for applications such as clock generation, audio and video signal transmission, and various industrial and test and measurement systems. It uses feedback from the quartz crystal to produce electrial current and regulate its frequency, allowing for long-term stability and accuracy.

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