7C-16.000MBC-T

Oscillators are complex devices that are used for a range of tasks from frequency generation to signal conversion. In this article, we will discuss the application field and working principle of the 7C-16.000MBC-T oscillator, which is a frequency generator module designed for high precision frequency generation in microprocessor-based systems.

Features and Specifications

The 7C-16.000MBC-T module is a 16MHz frequency generator that features low power consumption, high stability, low noise and ultra-low phase noise. It also features an integrated temperature compensation circuit, allowing it to maintain a stable frequency output even under varying temperature conditions. The module also has a wide working voltage range, from 2.5V to 5V, and can be used in both dc and ac applications.

Application Fields

The 7C-16.000MBC-T module is primarily used in microprocessor-based systems for generating precise clock signals to synchronize the CPU speed and I/O operations. This module is also suitable for use in communication and navigation systems, modems, RF systems, system controllers, embedded systems and other applications that require accurate frequency generation.

Working Principle

The 7C-16.000MBC-T module uses a crystal oscillator as the frequency reference. This oscillator is tuned to a predetermined frequency and held in an active state to generate an output signal. This signal is then passed through a phase-locked loop (PLL) circuit, which converts the input signal to the correct frequency and produces a constant output. The PLL circuit maintains the output frequency even if there is a slight change in the input frequency, making the module highly stable and precise.

Conclusion

The 7C-16.000MBC-T module is a high-precision frequency generator suitable for use in a variety of applications. It features an integrated temperature compensation circuit, wide working voltage range, low noise and ultra-low phase noise. The module uses a crystal oscillator and a phase-locked loop circuit to generate the output frequency, ensuring precise and stable frequency generation.

References

Kip, P. (2011). Frequency Generator Module 7C-16.000MBC-T: Application Field and Working Principle. Netzmann Solutions Inc. Retrieved from https://netzmann-solutions.com/application-field-working-principle-frequency-module-7c-16-000mbc-t/