XLH736008.915200X

Oscillators: XLH736008.915200X Application Field and Working Principle

Oscillators are an important subject in electronics, a vast area of study. One type of oscillator is the volume-controlled oscillator, or VCO, which is employed in myriad applications, from test and measurement to signal processing and communication systems. In this article, we discuss the XLH736008.915200X VCO, its application field, and its working principle.

XLH736008.915200X Application Field

The XLH736008.915200X is a VCO designed for use in microwave frequencies. It offers high frequency stability and resolution, making it suitable for many applications, including radar and communication systems, automotive telecommunications, direct digital frequency synthesizers, and more. Its output frequency can be adjusted by controlling the applied voltage, which makes it suitable for frequency modulation and pulse width modulation in signal processing and communication systems. The device is also designed with low phase noise, low waveform distortion, and low current consumption.

XLH736008.915200X Working Principle

The working principle of the XLH736008.915200X is based on the principle of the quadratic voltage-controlled oscillator (QVCO). The basic idea of the QVCO is to use a varactor diode to control the frequency of the oscillator, using a DC voltage as input. The varactor diode is a semiconductor device that changes its capacitance in response to a voltage change. The capacitance changes of the varactor diode are applied to a voltage-controlled oscillator circuit to control the oscillator’s frequency. This is done by changing the effective capacitance of the oscillator’s tank circuit, which is used to generate the oscillations with the required frequency.

The XLH736008.915200X VCO uses this principle to generate high frequencies with low phase noise levels. The device has a wide frequency tuning range from 8.0 GHz to 9.2 GHz, and is designed to operate at low power levels, with a typical power consumption of 8 mA @ 3.3 V. The device is designed to operate with a supply voltage of 5 V, and has excellent temperature stability due to its chip design.

Conclusion

The XLH736008.915200X VCO is a useful device for applications in the microwave frequencies, offering excellent frequency stability, resolution, and temperature stability. It is designed with low phase noise, low waveform distortion, and low current consumption, making it suitable for frequency modulation and pulse width modulation in signal processing and communication systems. By employing the principle of the quadratic voltage-controlled oscillator, the device is able to generate high frequencies with low phase noise levels.