7W-57.849MBD-T

Oscillators are regularly used to produce signals at a certain frequency. They can be broadly divided into two categories: harmonic oscillators and relaxation oscillators. 7W-57.849MBD-T belongs to the harmonic oscillators category.

7W-57.849MBD-T is an IC voltage-controlled or temperature-controlled quartz crystal timing circuit with a crystal frequency of 57.849MHz. It is often used for many timing related applications such as radio frequency (RF) communication systems that requires low power, low jitter, and high-precision clock-timing signal.

The working principle of 7W-57.849MBD-T is that it uses an external quartz transducer and an internal power amplifier to generate an oscillating signal at the corresponding frequency. Specifically, the quartz transducer vibrates the crystal crystal, and then the signal will be amplified by the power amplifier, and then the signal will be output.

Generally speaking, 7W-57.849MBD-T is ideal for use in radio frequency communications and clock timing applications that require precision and low power consumption. It is commonly used in systems such as automotive data communication systems and industrial control systems. It can also be used in other applications such as wireless local area networks and mobile telecommunication networks.

In addition, the 7W-57.849MBD-T also features extremely low jitter, up to 0.5ppm, and superior frequency stability, as well as excellent temperature control and long-term stability. Furthermore, its ultra-low power consumption ensures that the device can be easily powered by batteries for portable and mobile operations.

In conclusion, 7W-57.849MBD-T is an IC voltage-controlled or temperature-controlled quartz crystal timing circuit with a crystal frequency of 57.849MHz. It features an extremely low jitter, up to 0.5ppm, and superior frequency stability as well as excellent temperature control and long-term stability. It is ideal for use in radio frequency communications and clock timing applications that require precision and low power consumption.