SIT1602BC-21-28S-48.000000G

Oscillators

The SIT1602BC-21-28S-48.000000G oscillator is used to generate a precise signal from base frequency and is able to produce various output frequencies from frequency synthesizers, television receivers, radio receivers, and also used in routers, computer systems, and in applications related to the Voice over Internet Protocol (VoIP).

Application Field

The SIT1602BC-21-28S-48.000000G is widely used in the manufacture of communications equipment, including communication satellite receivers, television receivers, radio receivers, and even in computer systems. It is also used to generate signals for frequency synthesizers which enable high accuracy and speed of communication. Additionally, this oscillator is used in voice recognition, security systems, and optics instruments. It is particularly useful for generating clock signals for high-speed digital processing, data buses and networks.

Working Principle

The SIT1602BC-21-28S-48.000000G works on the principle of oscillation. It produces a high frequency, high accuracy, and low jitter signal from a base frequency by recovering its original output signal from the disruptive output signal which results from the feedback loop. The oscillator utilizes three separate components to perform its working: the amplifier, the operational amplifier, and the oscillator chip. The amplifier first amplifies the base signal received from its input and provides the power source for the operational amplifier. The operational amplifier then amplifies the signal and tries to synchronize it with the feedback signal. Lastly, the oscillator chip filters the amplified signal eliminating any noise, distortion, or other signals which are not associated with the input signal.

The SIT1602BC-21-28S-48.000000G oscillator plays a major role when it comes to producing the precise frequency required for communication and operations in communication systems. It works accurately in a wide range of frequency, and is capable of providing modern communication systems with the clock signals needed for their operations. It provides stability, accuracy, and low jitter, which are required for communication networks, to communicate without any external interference.