8W-13.513MBD-T

Oscillators

Oscillators are signals generated based on the performance of electronic components. A quick summary of the core components of oscillators includes frequency and amplitude, as well as waveform manipulation. Oscillators can be broadly divided into two kinds: analog and digital oscillators. 8W-13.513MBD-T is an example of a digital oscillator.

8W-13.513MBD-T is an integrated quartz oscillator module developed by SAW(Surface Acoustic Wave) technology. Its frequency can be up to 17MHz, suitable for wireless system applications.Its built-in clock is a simple free-running oscillator,which eliminates the problem of temperature drift and frequency stagnation in traditional quartz oscillators. The oscillators have low power consumption, small size, high accuracy, wide operating temperature range and fast warm-up.

The application fields of 8W-13.513MBD-T oscillators are wide and varied. Its main application fields include communication systems, data transmission systems, processor driven systems, clock and timing control and instrumentation control systems. It is also used as a critical component in military equipment, automotive audio system and navigation instruments.

The Working Principle of 8W-13.513MBD-T Oscillators

The 8W-13.513MBD-T oscillator is a type of digital oscillator which is constructed from a quartz crystal resonator and a small storage device. The oscillator consists of a thin quartz crystal, typically mounted on a pair of electrodes. When an electric signal is applied to the crystal, the quartz vibrates in its particular vibration mode, which then causes the output signal to oscillate at the frequency of the quartz crystal.

The main component of the 8W-13.513MBD-T oscillator is the quartz crystal which is made of piezoelectric material. When a voltage is applied to the crystal, it begins to vibrate in it natural frequency, which is referred to as the resonant frequency. This oscillated signal is then converted to digital signals by a storage device (such as a microcontroller). These digital signals are then transmitted to the application by a simple interface.

The quartz crystal is an integral part of the operation of the crystal oscillator and is very important in determining the frequency of the oscillator. The crystal has a unique property of resonating at a particular frequency when a voltage is applied. This resonant frequency is determined by the physical structure of the crystal. The resonant frequency of the 8W-13.513MBD-T oscillator can be adjusted by changing the size and shape of the crystal.

The 8W-13.513MBD-T oscillators are capable of generating very precise and accurate signals. They are also much more robust than other types of oscillators and able to operate over a wide range of temperatures. This makes them ideal for applications where accuracy and reliability of a signal is critical.

Overall, the 8W-13.513MBD-T oscillators are widely used for many applications due to their accuracy and reliability. Their flexibility, robustness, and simple construction makes them the perfect choice for a range of applications in both digital and analog systems.