SG5032CAN 16.384000M-TJGA3

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Oscillators

SG5032CAN 16.384000M-TJGA3 is part of a family of ultra-stable, precision frequency-sourced oscillators. The crystal oscillator is particularly suited for large-scale integrated circuit operations, communications, and other precision timing applications.

Application Field

SG5032CAN 16.384000M-TJGA3 is designed for wireless and wireline communications equipment and other high-precision systems. It is primarily used in mobile phones, WiFi routers, base stations, access points, satellite communications systems, and other consumer electronic devices that require stable frequency signals. This type of oscillator is also used in wavelength-division multiplexing (WDM) applications where multiple signals must be generated with minimal drift. The oscillator can also be used in various computer controlled systems

Working Principle

The SG5032CAN 16.384000M-TJGA3 consists of an electrically conductive quartz crystal that is physically cut in two specific ways: one of the faces is cut into the crystal specifically to form a number of crystal plates; the other face is coated with a metal so that the quartz crystal becomes an electrical conductor much like any piece of wire. Quartz crystals are highly piezoelectric; when an electrical signal is applied to the crystal, it will vibrate at a specific frequency.

The quartz crystal acts as a resonator by oscillating at its resonant frequency when the correct driving signal is applied. This oscillating signal is derived from the quartz crystal manufacturing process, and is calibrated when the crystal is placed within its oscillator circuitry. The SG5032CAN 16.384000M-TJGA3 also features a built-in temperature-compensated crystal oscillator (TCXO) which allows the frequency to be adjusted and stabilized even at high and low temperatures.

The SG5032CAN 16.384000M-TJGA3 oscillator provides excellent stability and accuracy with a frequency range of 16.384000MHz and an active holdover time of greater than 40 milliseconds. The TCXO also enables improved performance of the oscillator under high-temperature and vibration and thus provides greater reliability.

Conclusion

In conclusion, the SG5032CAN 16.384000M-TJGA3 oscillator is a highly reliable and accurate frequency source. The quartz crystal is cut into specific shapes for maximum performance, and the built-in TCXO allows the oscillator to adjust and stabilize its frequency even under extreme temperature conditions. It is ideal for use in wireless and wireline communications, and other high-precision systems where accuracy and reliability is essential.

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