SG-210SDB 3.6864MB3

Oscillators

SG-210SDB 3.6864MHz oscillators are versatile, cost-effective components used widely in various embedded systems, networking, telecommunications and other applications for precision timing solutions. Oscillators are utilized in electronics systems to generate a precision frequency required by the system to function. Although the oscillator’s use is pretty much defined, it is important to understand the principles of operation and circuitry in order to select the right component for a particular application.

Application Field

SG-210SDB 3.6864MHz oscillators can be applied in a wide range of different electronic systems, including embedded systems, network routers, modems, switches, transceivers, discrete event timers, robotics and medical diagnostics equipment, among others. As its 3.6864MHz frequency output is ideal for clocking events or logic operations in a given system, it is commonly used in various low-rate and high-rate signal processing systems. Additionally, it serves as a reference frequency in timekeeping-related applications.

Working Principle

SG-210SDB 3.6864MHz oscillators work on the principle of positive feedback: a small amount of the device’s output energy is fed back into its input, amplifying the signal. A component called an amplifier is used to increase the strength of the signal, and a capacitor is used to ensure that the signal has a consistent frequency. Depending on the type of analog or digital circuit, different types of oscillators are available to suit a specific application’s needs. These include RC (resistor-capacitor), LC (inductor-capacitor), crystal and MEMS (microelectromechanical systems) oscillators.

Conclusion

SG-210SDB 3.6864MHz oscillators are used widely in many different applications to provide precision timing solutions. They are ideal for low-rate and high-rate signal processing systems, and their frequency output of 3.6864MHz is perfect for clocking events or logic operations. In order to understand the principles of operation and circuitry, however, it is important to take into consideration the type of analog or digital circuit in which it will be used.