XLL730B00.000000X

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Oscillators are common electrical components used to generate repetitive electrical signals. The type of oscillator used depends on the required output signal type and frequency. XLL730B00.000000X is an oscillator designed for an ultra low power consumption and low frequency output.

Application field of XLL730B00.000000X oscillator

XLL730B00.000000X is designed to offer precise low frequency output in applications requiring high stability and precision such as remote transceiver and wireless communication networks. The oscillator provides a fixed frequency up to 150 kHz, enabling a stable operation for many low power communication systems. Such oscillators can be used in short-distance wireless communication devices, such as wireless local area networks (WLANs) or Bluetooth-enabled devices, to maintain stable communication frequency.

The XLL730B00.000000X oscillator is also suitable for remote industrial control systems due to its high stability at low frequencies. The device is often chosen in such applications for its low power consumption and wide operating temperatures range of -40°C to +105°C. Applications include shutdown systems, remote laser signal emitters and various industrial control systems.

The oscillator can also be used in portable consumer electronic products. Due to its low power capabilities, it is often chosen for use in compact digital cameras, portable media players and low power GPS applications.

Working principle of XLL730B00.000000X oscillator

The oscillator works by controlling the frequency of an alternating current signal through an active RC filter, most commonly a type of LC circuit. The oscillator works by a process known as positive feedback, where energy in the form of the current or voltage is fed back into the input of the circuit following amplification. This energy is then redirected and amplified further in a repetitive cycle, generating an oscillation of the input signal.

At the core of the XLL730B00.000000X oscillator is a tiny crystal made of a crystalline material such as quartz. This crystal functions as an active component inside the oscillator circuit, and serves to convert the positive feedback between two terminals into an oscillating electrical signal.

In the XLL730B00.000000X oscillator, the crystal is connected between two terminals of the oscillator circuit. The crystal acts as a frequency-selective filter, which allows certain frequencies to pass through the crystal while blocking other frequencies. This selectiveness allows the XLL730B00.000000X oscillator to operate at a specific frequency, which is determined by the crystal’s frequency control setting.

The oscillator circuit also includes a variable resistor which can be used to adjust the frequency of the output signal. The resistor is adjustable to allow either up or down tuning of the oscillating frequency.

To start the oscillating process, a momentary current or voltage is applied to the two terminals of the oscillator circuit. The crystal in the oscillator absorbs this energy and converts it into the desired electrical signal. The combination of the crystal’s frequency control settings, the adjustment of the resistor and the positive feedback process enable the XLL730B00.000000X oscillator to generate the desired output frequency.

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