XLH53V090.000000X

Oscillators: XLH53V090.000000X Application Field and Working Principle

An oscillator has multiple uses, but the most common and widely used is in the field of timing and frequency control. The XLH53V090.000000X oscillator, first introduced by Synergy Semiconductor, is a highly reliable and stable quartz crystal oscillator designed to meet the industrial and military specifications for frequency control applications. The oscillator uses a bi-transistor linear oscillator circuit design and offers excellent frequency control characteristics.

Application Field

The XLH53V090.000000X oscillator is ideal for applications that require high frequency control accuracy and stability. It is commonly used in timing, instrument calibration, phase-tracking, frequency synthesis, and battery powered applications. This oscillator is well-suited for use in a wide variety of products and applications including those in GPS receivers, telecommunications, automotive electronics, medical and industrial instrumentation, consumer electronics, aerospace, and avionics.

Working Principle

The XLH53V090.000000X oscillator operates by using an inverted-U bi-transistor linear oscillator circuit design. This design uses two transistors and an inductor to generate a sinusoidal output signal. The transistors are connected to an inductor and a capacitor that control the frequency of the output signal. The two transistors act like a switch, turning the inductor on and off in a controlled manner to create an alternating current (AC) signal. As the transistors switch, part of the signal is fed back to the capacitor to produce a stable output frequency.

The frequency of the output is dependent on the size of the inductor and capacitor, as well as the speed of the switching. The transistors and the inductor act as an oscillator, producing an electric current in a consistent pattern, which corresponds to a certain frequency. This frequency can then be adjusted by adjusting the size of the inductor and capacitor to achieve the desired frequency.

The XLH53V090.000000X oscillator has an accuracy of ±10ppm (at 25°C) and a frequency stability of ±20ppb. It also has extremely low aging and temperature stability of 0.02ppm/year and ±1ppm/100°C respectively. This makes it well-suited for industrial and military applications that require high accuracy and stable frequencies.

Conclusion

The XLH53V090.000000X oscillator is an excellent choice for applications that demand high accuracy and stability. It is ideal for use in timing, instrument calibration, phase-tracking, frequency synthesis, and battery powered applications. It offers excellent frequency control characteristics and features a bi-transistor linear oscillator circuit design. The oscillator provides an accuracy of ±10ppm and a frequency stability of ±20ppb, making it well-suited for industrial and military specifications.