7W-14.7456MBC-T

Oscillators

Oscillators are circuits used to generate a periodic signal whose characteristics define the quality of the output parameter. As a result, specialized oscillaotrs are available in a variety of applications, from precision instrumentation to RF communications.

7W-14.745MBC-T Application Field and Working Principle

The 7W-14.745MBC-T oscillator is a high-performance, temperature-compensated oscillator (TCXO) that has a frequency stability of 0.1 ppm over a wide temperature range. This oscillator is used in applications such as 5/10/100 Base-T Ethernet, automotive systems, industrial control, instrumentation, off-site communication, and other communication systems.

The working principle of the 7W-14.745MBC-T oscillator is based on the use of a quartz element that is electrically connected to the circuit. The quartz element is constructed from quartz crystals that vibrate at a specific frequency when energized. This is known as the oscillation frequency and it is typically around 14.745Mhz. The quartz element is connected to two electrical circuits and is held in place with a special type of plastic. This plastic helps protect the quartz element from external interference.

The output frequency of the oscillator is determined by the number of quartz crystals that are used in the design. The higher the number of quartz crystals used, the higher the frequency. The 7W-14.745MBC-T oscillator uses six quartz crystals to ensure its stability and accuracy. The frequency control of the oscillator is achieved by varying the voltage applied to the quartz crystals and changing the capacitance or resistance in the circuit.

The temperature stability of the oscillator is also determined by the number of quartz crystals used. The higher the number of quartz crystals used, the better the temperature stability. This is due to the fact that each quartz crystal vibrates at a different frequency at different temperatures. By controlling the voltage applied to the quartz crystals the temperature stability of the oscillator can be increased. This is known as temperature compensation.

In addition to being used in communication systems, the 7W-14.745MBC-T oscillator can also be used in industrial control and instrumentation. The oscillator can be used to control the speed of motors or to generate signals for measuring the temperature, pressure, and other parameters in industrial applications. The oscillator can also be used in RF applications as a frequency reference.

The 7W-14.745MBC-T oscillator is an excellent example of an oscillator that is suitable for multiple applications. Its high frequency stability and temperature compensation make it ideal for applications in communication systems, industrial control, and instrumentation. The oscillator is also robust and reliable, ensuring that it will provide high-quality output in demanding applications.