XLL736156.250000X

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Oscillators

The XLL736156.250000X oscillator, commonly referred to as a “crystal oscillator”, is a type of oscillator which uses the vibration of a quartz crystal to generate an electrical signal. A quartz crystal has a natural resonance frequency that is dependent upon its physical characteristics, such as size and shape. The XLL736156.250000X is capable of operating within a wide frequency range, from ~1kHz to ~300MHz, enabling it to be used in many different applications.

Application Field and Working Principle

The XLL736156.250000X oscillator is widely used in a range of applications, including wireless communication, radio frequency (RF) operations, and data transmissions. With its extremely small size and low power consumption, the unit is particularly well suited to embedded systems where small form factor and low power consumption are essential. Its Circuit A-N conversion range is between 0-10V, power supply requirements are 5V DC with a maximum power consumption of 100mW, and the temperature range it can work in is between -40 and +85 degrees Celsius.

The XLL736156.250000X utilizes the principle of vibrating crystal oscillation technology so that the oscillation frequency and voltage applied to the crystal can be set to specific numbers. The crystal oscillator is composed of quartz crystals, an oscillator circuit, and an oscillator coil. The quartz crystal is the key component of the device and provides the necessary stable frequency control. The quartz crystal is sandwiched between two metal plates, the bottom of which is connected to the oscillator circuit. An oscillator coil is sandwiched between the two metal plates on the outside of the quartz crystal. The coil serves to increase the circuit\'s magnetic field and thus increase the frequency of the oscillation.

When the oscillation circuit is energized, the quartz crystal will vibrate at a defined frequency. The vibration is caused by the oscillation of the electric energy which induces the oscillation of the quartz crystal\'s molecules between two points of stable equilibrium. The oscillation of the quartz crystal causes the oscillation of the two metal plates, which in turn induces a voltage signal in the oscillator coil. This signal is then sent to the oscillator circuit, which in turn amplifies the signal and produces the required oscillation frequency.

By using specialized algorithms and digital signal processing techniques, the circuit is able to accurately control the output frequency of the signal. This allows an extremely precise frequency to be produced over even the widest range of temperatures. This makes the XLL736156.250000X an ideal choice for applications where stable frequency is essential, such as wireless communications, and data transmission.

The capabilities of the XLL736156.250000X make it a valuable tool for those looking to harness the power of oscillation technology in their applications. Not only does it provide a stable, precise signal, it also consumes very little power and allows for a range of frequencies to be produced. In addition, its small size and robust construction make it a great choice for applications which require a dependable and consistent oscillation.

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