XLH736049.090902I

Oscillators are electrical circuits used to generate a continuous or repetitive signal, while XLH736049.090902I is a popular model of oscillator with a range of diversity, application and working principles.

Application field
XLH736049.090902I has wide range application. It can be used for generating electronic signals in many kinds of applications, such as audio frequencies, power electronics, radio and microwave communication, digital signal processing, radio frequency identification (RFID) and many other applications in science and engineering areas.

In particular, XLH736049.090902I has been widely used in radio broadcast applications, such as digital and analog broadcasting, FM and AM, satellite radio broadcasting systems. Its real-time direct access (RDA) capability ensures the stability and accuracy of the broadcasts. In the medical area, it can be used for monitoring and regulating various medical conditions by providing a stable, digital signal.

For consumer applications, the model has been adopted to generate AC power for DC appliances, e.g. air conditioning system, household appliances, security and surveillance systems, as well as motion and force sensing equipment.

Working principle
XLH736049.090902I employs the operational principle of a voltage controlled oscillator (VCO). This means that the oscillation frequency may be varied by controlling the input voltage. In addition, this oscillator has integrated voltage-to-frequency conversion with internal frequency control. The voltage controlled oscillator needs external components to generate and control the frequency of the output signal, including voltage sources, amplifiers, buffering capacitors and transistors.

The voltage-controlled oscillator comprises two connected transistor circuits, a voltage-controlled oscillator and an amplifier. Together, the two form a feedback loop, where the output of the amplifier is connected to the input of the oscillator, and the output of the oscillator is connected to the input of the amplifier. Thus, the controlled voltage is applied to the oscillator, and the oscillator maintains a steady output frequency.}

In order to generate a stable frequency output, the voltage-controlled oscillator must be biased correctly. A timing capacitor tunes the frequency of the oscillator by controlling the amount of charge stored and released at each cycle, thus changing the time required for the oscillator to complete one cycle. By controlling the timing capacitor, the operating frequency of the oscillator can be varied across the entire range defined by the device.

XLH736049.090902I is designed to deliver an optimized level of performance at all input voltage levels, making it an ideal choice for power and frequency-critical applications.