SIT1602BC-83-33N-14.000000T

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Oscillators

Oscillators are electronic devices that generate a periodic time-varying signal using active or passive components. These signals are commonly used in applications such as regulating the flow of electricity in networks or the emission of regulated radio frequencies through antennas. The SIT1602BC-83-33N-14.000000T is an example of one oscillator, a type of electronic component used to generate electrical signals or oscillations.

Application Field

The SIT1602BC-83-33N-14.000000T is a dual-channel pulse oscillator typically used in mission critical systems. It can offer a variety of stability levels—ranging from ±20 ppm to ±60ppm—and is able to operate reliably and accurately over a range of frequencies. This type of oscillator has been designed to meet the stringent requirements of servers, routers, switches, base-stations and other telecommunication and networking equipment. Due to its low noise and low phase jitter characteristics, it is very suitable for the improvement of signal noise ratio and signal transmission quality.

Working Principle

The SIT1602BC-83-33N-14.000000T is based on the principle of independent, dual lc oscillators. It consists of two parts—an amplifier and a frequency divider—connected in series. Both parts are typically composed of an oscillator circuit and a driver circuit. The oscillator circuit in each part is a high quality LC resonant circuit composed of capacitors and inductors that serve to control the oscillation frequency. This oscillator circuit has two outputs—one to the driver circuit and another to the frequency divider—that drive the connected device. The driver circuit then amplifies the output signal from the oscillator and sends it to the connected device. This process is repeated each time the frequency divider divides the frequency of the oscillator circuit.

Summary

The SIT1602BC-83-33N-14.000000T is a dual-channel pulse oscillator typically used in mission critical systems. It has been designed for use in telecommunication and networking equipment such as servers, routers, switches, base-stations, and can offer a variety of stability levels. This type of oscillator uses an LC resonant circuit composed of capacitors and inductors to control the oscillation frequency. This signal is driven through an amplifier circuit and then sent to the connected device through a frequency divider. The oscillator works by repeating this process each time the frequency divider divides the frequency of the oscillator circuit.

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