VG-4511CA 153.6000M-GGCT3 Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators

An oscillator is an electronic circuit that can generate repeatable and accurate waveforms with a wide range of frequencies. It is the fundamental building block of electronic systems and is heavily used in radio frequency (RF) circuits, wireless systems, audio systems, power supplies, and more. The VG-4511CA 153.6000M-GGCT3 oscillator is a crystal-based, oscillator with excellent frequency stability, low phase noise, and tight tolerance.

Application Field

The VG-4511CA 153.6000M-GGCT3 is a popular oscillator which finds applications in a wide range of industries, such as telecoms, broadcast, automotive, and medical equipment. Its frequency stability ensures perfect timing between two distant devices or multiple systems so that they can communicate accurately and reliably. The low phase noise characteristic also makes it ideal for use in low-noise and low-noise RF circuits.

Additionally, the wide frequency range also makes it suitable for powering computer systems and allowing them to reach peak productivity while maintaining reliable and accurate operation. It can be used to generate synchronized signals, for instance, where the same frequency and phase are generated from multiple sources to ensure the accuracy of the data. Furthermore, it can also be used to generate audio frequencies which can be used for communication and audio/video production.

Working Principle

The VG-4511CA 153.6000M-GGCT3 oscillator works by converting electrical energy into mechanical energy using a crystal resonator. The resonator picks up electrical charge and vibrates at a certain frequency, and the oscillator circuit amplifies this signal and converts it back into electrical energy. This process is known as the "crystal oscillator circuit", and it produces a waveform whose frequency and amplitude remain consistent over a wide range of temperatures and time.

The crystal in the VG-4511CA has a thickness of 3.000 MHz, and its mounting is a glass board mounted type. The oscillator then drives a complementary metal oxide semiconductor (CMOS) integrated circuit to provide a highly efficient, low temperature, low jitter, long-term stable signal. The frequency is set by a TTL or ECL compatible, low noise, parallel-port input. The signal output is a TTL compatible, low power, and low jitter signal.

The VG-4511CA 153.6000M-GGCT3 oscillator is designed to withstand environmental changes and harsh conditions making it ideal for use in harsh conditions. The oscillator is uniquely immune to noise from strong external influences like electric fields, high temperature, and other external phenomena that can affect the stability of the crystal.

Advantages

The main advantage of the VG-4511CA 153.6000M-GGCT3 oscillator is its excellent frequency stability, low phase noise, and tight tolerance. Additionally, its wide frequency is ideal for powering computer systems and allowing them to reach peak productivity while maintaining reliable and accurate operation. Furthermore, it has a low power consumption, thus reducing the overall energy cost. Finally, it is highly resistant to environmental changes and harsh conditions making it ideal for use in harsh conditions.

Conclusion

The VG-4511CA 153.6000M-GGCT3 oscillator is an excellent crystal-based oscillator providing excellent frequency stability, low phase noise, and tight tolerance. It is capable of generating synchronized signals from multiple sources and can be used to generate audio frequencies which can be used for communication and audio/video production. Additionally, its low power consumption and high resistance to environmental changes and harsh conditions make it a go-to oscillator for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference