KX2013B0032.768000 Crystals, Oscillators, Resonators

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Oscillators: KX2013B0032.768000 Application Field and Working Principle

Oscillators are essential components of electronic devices and circuits designed for a wide range of applications. Compact yet highly efficient, oscillators are used for generating a periodic waveform without needing external control or stimulating signals. One of the most popular oscillators that are in widespread use is the KX2013B0032.768000 oscillator.

The KX2013B0032.768000 oscillator is a low-cost communication and timing device. It is widely used in cellular phones, GPS modules, Wi-Fi base stations, and other devices that require precise frequency control. It is also used in industrial and consumer applications such as consumer electronics, portable electronic devices, medical instrumentation, automotive systems, and avionics.

The KX2013B0032.768000 oscillator is designed with a crystal-based circuit and has a frequency range of 25MHz to 25.6GHz. It has a high frequency stability of 50ppm (parts per million) over a wide temperature range ranging from -20oC to +70oC. The device is also very low-noise and has low power consumption, making it suitable for devices that require minimal energy to keep running. In addition, the KX2013B0032.768000 oscillator also features built-in EMI filters and surge protection, ensuring that the device works reliably under harsh conditions.

The most important feature of the KX2013B0032.768000 oscillator is its ability to generate a precise frequency. It accomplishes this by relying on its built-in quartz crystal, which is vibrationally tuned to a precise frequency. The quartz crystal is placed between two electrodes in an oscillator circuit, and its resonance frequency is determined by its size and shape. The electrodes are connected to a feedback network, which amplifies the signal generated by the quartz and creates an oscillation. This signal is then amplified and sent out to the circuit in which it is used.

The KX2013B0032.768000 oscillator is an excellent choice for precision timing and communication applications. Its low-noise and low-power consumption capabilities, as well as its reliable surge protection and EMI filters, make it well-suited for designing sophisticated, reliable, and energy-efficient devices. In addition, its high frequency stability and wide temperature range make it a must-have component for projects that require accuracy and consistency.

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