SIT9005ACL1G-30NH

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Programmable oscillators are a popular choice in many system design applications. They come in different shapes, sizes and configurations, the most notable being the SIT9005ACL1G-30NH. This oscillator is capable of providing a comprehensive array of benefits, depending on the application and environment. In order to understand how to best utilize the SIT9005ACL1G-30NH, it is important to understand the application fields and working principles behind it.

Applications

Basic application-level benefits of the SIT9005ACL1G-30NH oscillator include: general purpose timing, frequency output, digital switching and resonator input capabilities. These functional benefits are relevant in a wide range of industries, including: industrial devices like traffic sensors, medical technology and industrial process control, safety critical applications such as automotive and automotive electronics, and RF telecom applications.

Industrial process control applications are arguably the most popular usage for the SIT9005ACL1G-30NH. This oscillator can provide a seamless flow of accurate timing, reliable switching and a low power consumption rate- all beneficial features in process controller development. All of these features help to alleviate some of the common issues that occur when trying to control and process large amounts of data without any significant delay or problem.

The SIT9005ACL1G-30NH is also suitable for automotive, automotive electronics, and safety critical applications. With its tight tolerance of ±25ppm and its ability to perform within a wide variety of temperature ranges, which include -40°C to +85°C and extended temperature components, it guarantees fast start up and better performance in any situation.

Within the telecom application range, the SIT9005ACL1G-30NH is ideally suited for use as a reference oscillator for frequency synthesizers. Due to its frequency stability across an array of voltage sources, it can provide a very accurate reference of the oscillator passing through the circuit, without introducing any significant noise or distortion.

Working Principle

The oscillator is run using a crystal and working at 3.3 VDD, providing superb timing and stability while providing frequency protection levels of 30nH. The programmed frequency range starts at 1MHz and extends up to 120MHz with a tight tolerance of ±25ppm. The oscillator also features a reset option, allowing the frequency to be quickly reset in order to start a new program.

The SIT9005ACL1G-30NH works with both the internal and external crystals. The internal crystal is factory calibrated and it can be programmed with a PLL (Phase-Locked Loop) for wide range frequency tuning. The internal crystal also allows for the tuning of the frequency with additional accuracy, typically up to ±1%.

As for the external crystal, the oscillator can accept it as an input source and also has the capability to switch to this option in the case of a system failure. The external crystal usually is soldered to the oscillator and can be preprogrammed to provide accurate frequency switching and stability.

The SIT9005ACL1G-30NH is capable of outputting the required frequencies with an industry-standard CMOS output. It can configure itself to generate a single output or a dual output, with a maximum frequency of 120MHz and low noise or distortion. Any required duty cycle can be adjusted as needed, as well as the drive strength of the output.

Conclusion

The SIT9005ACL1G-30NH oscillator offers sophisticated automation and can support a wide range of system design applications. Due to its tight tolerance and frequency ranges, this oscillator is an ideal choice for process control, automotive, automotive electronics, and telecom applications. It provides an accurate reference source for frequency synthesizers and can be used in both internal and external modes. With its advanced CMOS output, dual output, adjustable duty cycle and low noise, this oscillator is sure to meet virtually any system requirement.

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