SIT9005ACE2G-30SE

Programmable oscillators, such as the SIT9005ACE2G-30SE, are special types of oscillators that can be programmed to achieve specific values. They are ideal for applications that require precise and repeatable frequency output characteristics over a wide range of operating conditions. In this article, we’ll take a look at the applications of the SIT9005ACE2G-30SE and its working principle.

Application of SIT9005ACE2G-30SE

The SIT9005ACE2G-30SE is a programmable oscillator from surface mount crystal oscillators (SMD quartz oscillators), offered by an Australian manufacturer (SIT). The SIT9005ACE2G-30SE is highly suitable for any application that requires a frequency range of acceptance from DC to 3GHz. For example, this programmable oscillator can be used for test and measurement applications, for Next-Generation mobile network technology concept evaluation and development, for Telecommunications/Networking/Industrial/many more applications, just to name a few.

The SIT9005ACE2G-30SE offers crystal easy programmability over its full frequency range of 1 to 3GHz in combination with higher stability, low phase noise and a fair power consumption. These are all essential qualities that make it a great choice for applications such as Frequency Synthesizer, Signal Generator/Synthesizer, Wireless Transmitter/Receiver, RF/Microwave Synthesizer and Radar System.

Moreover, this programmable oscillator also has attractive overall characteristics, such as low-power consumption, low distortion and high reliability, making it ideal for a number of telecommunication, industrial and military applications. Its wide tuning range and wide frequency stability temperature range make it the perfect choice for frequency and temperature protection applications.

Working Principle of SIT9005ACE2G-30SE

The SIT9005ACE2G-30SE works by using a dual-loop system to control its frequency and temperature characteristics. This system uses a programmable loop and a fixed-gain loop within the device to achieve the desired frequency and temperature output characteristics. In this system, the programmable loop adjusts the frequency of the oscillator to match the desired frequency (programmed in a known frequency ratio). At the same time, the fixed-gain loop uses an integrated temperature sensor to keep the frequency of the oscillator at a predefined value over a wide temperature range.

The dual-loop system also provides a wide dynamic range of operation. This means that the oscillator can operate over a large range of frequencies and temperatures, with a tight level of control over the output frequency. This allows the SIT9005ACE2G-30SE to be used in a variety of applications, from high-frequency telecommunications to large scale industrial systems.

Conclusion

The SIT9005ACE2G-30SE is a programmable oscillator that is used for a variety of applications. It has a wide frequency range of acceptance from DC to 3GHz, and offers high stability, low phase noise and low power consumption. The oscillator is equipped with a dual-loop system to control its frequency and temperature characteristics, giving it a wide dynamic range of operation. The combination of high frequency range, low power consumption and wide temperature range makes the SIT9005ACE2G-30SE a great choice for many applications.