SIT9005ACU1H-25SA

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Programmable Oscillators provide a capacity to create different frequencies and patterns on various occasions. Thus, they have become increasingly important in broadcasting industries and resonant circuit circles. SIT9005ACU1H-25SA is one such Programmable Oscillator that has been designed to cater to specific needs. This paper focuses on the applications field and working principle of the SIT9005ACU frequency synthesis oscillator.

SIT9005ACU1H-25SA is a series of frequency synthesis oscillator by SITONIC. It is specifically designed for broadcast systems, subcarrier receivers, and FM radios. It is designed to work at frequencies ranging from 25 to 27 megahertz. Furthermore, it features a power range of 13 to 17 volts and an electrical isolation of 400 VDC. It also has a supply voltage range of 9 to 25 VDC. This oscillator requires a regulated power supply and operates in a temperature range of 0 °C to 50 °C.

In terms of applications, SIT9005ACU1H-25SA is mainly used in broadcasting applications. It helps generate different frequencies and patterns that can be used in radio and television broadcasting. It is also used in radio receivers, especially in FM radio receivers. Besides, this oscillator is used in resonant circuit applications. It can be used to generate different frequencies used in oscillator and resonator circuits.

The working principle of SIT9005ACU1H-25SA is Frequency Synthesis Oscillator (FSO). FSO is a circuit that produces a high frequency signal from a low frequency signal. It is a type of oscillator that is designed to generate multiple frequencies from a single source. The FSO works by dividing the frequency of an input signal at various stages of the process. This enables the frequency synthesis oscillator to produce multiple frequencies at the same time.

The SIT9005ACU1H-25SA programmable oscillator is a reliable and effective solution for broadcast and resonant circuit applications. It uses Frequency Synthesis Oscillator technology that enables it to generate multiple frequencies from a single source. The oscillator is designed to work at frequencies ranging from 25 to 27 megahertz and features a power range of 13 to 17 volts, as well as an electrical isolation of 400 VDC.

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