SIT1602BC-82-28N-30.000000T

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Oscillators form the basis of the majority of signal generators and include those used in frequency synthesis, clock generation, and testing. SIT1602BC-82-28N-30.000000T is one such oscillator that has applications in a variety of fields. This article provides an overview of the applications of the device as well as its working principle.

Applications

The oscillator is versatile and can be used for generating and controlling signals for frequency synthesis, clock generation, and test/measurement applications. It is mainly used in the radio frequency (RF) and wireless communication sectors, as its frequency can be finely tuned and adjusted when used for RF signal generation. The oscillator has been used for supplying a continuous frequency clock in a telecom network, providing the frequency acquisition and control for GPS receivers, and providing a low-phase-noise local oscillator for spacecraft radars.

The device has also been used in a variety of wireless radios – from narrowband to wideband designs. Its remarkable frequency stability and control capability makes it ideal for transceivers operating in both stand-alone and distributed systems, including wireless Local Area Networks and Wide Area Networks.

Additionally, it has also been employed in WLAN and Bluetooth applications, as well as in automotive, industrial, and consumer electronics. The oscillator’s small size and form factor makes it suitable for handheld devices, making it a popular choice for use in GPS, temperature sensors, and other Internet of Things applications.

Working Principle

SIT1602BC-82-28N-30.000000T is a high-performance quartz crystal oscillator operating at a frequency of 30 MHz. The device uses a quartz crystal as its resonator to produce a consistent, reliable frequency signal. The quartz crystal is sandwiched between layers of metal electrodes that are connected to electronics on the circuit board.

These electrode layers and electronics detect any changes in frequency and adjust the circuit’s tuning to maintain a constant frequency signal. The quartz crystal requires an external voltage in order to function, and the frequency is determined by the capacitance of the electrodes. When the electrodes are shorted together, the oscillator produces a signal at the crystal’s natural frequency.

The output signal is provided via pins on the circuit board. The oscillator has a temperature stability of ±20 ppm and a frequency stability of ±100 ppm, making it suitable for use in a variety of applications in the RF and wireless communication sectors.

Conclusion

SIT1602BC-82-28N-30.000000T is a high-performance quartz crystal oscillator with applications in a wide variety of fields. It is used primarily in the radio frequency and wireless communication sectors and is suitable for transceivers operating in both stand-alone and distributed systems. The oscillator uses a quartz crystal as its resonator to produce a consistent, reliable frequency signal, and its temperature stability and frequency stability make it ideal for wireless radios from narrowband to wideband designs.

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