CWX825-10.0M

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Oscillators are electronic devices that generate a signal with steep rise and fall times that remain in a stable periodic waveform. The most common type of oscillator is the quartz crystal oscillator, which utilizes a quartz crystal in a mechanical feedback loop to achieve reliably constant frequency and stability.

The CWX825-10.0M is a quartz crystal oscillator, designed for high frequency, precision timing, and stability. It is available in a variety of frequencies ranging from 10 to 25MHz and with various operating voltages. It is highly efficient, consuming only 2.7 Watts of power at 5V and 3.3V, making it ideal for use in handheld devices, medical equipment, automotive electronics, industrial instruments, and similar applications.

The CWX825-10.0M oscillator comprises of two main components: a quartz crystal resonator and an amplifier circuit. The crystal resonator is made up of several transistors which allow the oscillation frequency to be precisely controlled. The amplifier is designed to maintain the signal strength which is then output. The oscillator generates a digital output signal with a constant frequency and waveform.

The oscillator has three main applications. The first is for timing or clock applications. The digital output signal of the oscillator can be used to direct the timing operations of digital devices or systems. Secondly the oscillator can be used in frequency control applications, such as tuning broadcast systems or for regulating the frequency of motor speed control systems. Lastly, oscillators can be used in audio applications where the oscillator needs to generate a signal with a constant frequency and waveform in order to control the sound wave shape.

The CWX825-10.0M quartz crystal oscillator is capable of operating with a high frequency, precision, and stability. Its low power consumption makes it a great choice for use in a variety of applications, such as timing, frequency control, and audio applications. Its ability to generate a digital output signal with a constant frequency and waveform also makes it incredibly useful for applications that require precise timing operations and frequency control.

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