SIT1602BC-71-30S-4.000000D

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Oscillators are electromagnetic devices that generate periodic signals for varied applications such as regulating communication between two electronic devices, providing clock signals for digital circuits, in frequency synthesizers, and radar applications. One such oscillator, the SIT1602BC-71-30S-4.000000D oscillator, has applications across industries and is built with specific working principles.

Application Fields

A broad range of industrial applications use SIT1602BC-71-30S-4.000000D oscillators. These oscillators are used in the telecommunication industry, for applications such as satellite production, phased-array radars, radio systems, and Wi-Fi routers. The oscillator is used in the aerospace industry as well, featured in navigation and communications systems. Automotive manufacturers often use the device to enhance the performance of components in cars. Additionally, the oscillator is useful in the audio-visual sector and for industrial automation.

Working Principle

A SIT1602BC-71-30S-4.000000D oscillator is a quartz oscillator that uses a quartz-crystal resonator to provide an electrical signal at various rates. When an external voltage is applied to the integrated circuit, it then oscillates due to the parallel rate of the quartz-crystal resonator. When the chip is piezoelectric, oscillations occur as the quartz-crystal resonator experiences a change in its mechanical properties. The frequencies produced by this oscillator are significantly more stable than those produced by other types.

As mentioned previously, the SIT1602BC-71-30S-4.000000D oscillator uses a quartz-crystal resonator to produce an electrical signal. This resonator is made of a quartz crystal plate and functions as a capacitance. The resonator’s capacitance is sandwiched between two electrodes, through which an oscillation current is passed. This creates an alternating current oscillation within a capacitor, causing it to oscillate at a certain frequency.

The oscillation frequency of the SIT1602BC-71-30S-4.000000D oscillator is determined by its load capacitance, the damping resistance, and the drive voltage. The oscillator’s behavior is also affected by external vibration, temperature, and other environmental factors. To ensure consistent performance, the resonator experiences a trimming process. This process involves applying a direct current bias and adjusting the oscillation frequency to the desired value.

Conclusion

The SIT1602BC-71-30S-4.000000D oscillator uses a quartz-crystal resonator to generate a periodic electrical signal. This signal is highly stable and has wide range of applications across industries such as telecommunication, aerospace, automotive, and audio-visual. The oscillator’s performance is affected by various external factors, making it necessary to trim the resonator for consistent results. Understanding the working principle of this oscillator and its many applications, allows industries to see the value of investing in the device.

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