SIT8209AC-2F-18S-155.520000X

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Oscillators are combination devices that generate signals of a specific frequency. The SIT8209AC-2F-18S-155.520000X is an oscillator designed for precision timing and frequency applications. It provides accurate time bases and is one of the most reliable and widely used oscillators available in the market.

The SIT8209AC-2F-18S-155.520000X oscillator is used in a wide variety of applications, including telecommunications, power supplies, motor control, and embedded systems. The oscillator is designed for high-accuracy timing and frequency applications, such as clock synchronization, frequency stability, and low-jitter synchronization. It uses a patented crystal technology to ensure a high level of accuracy and consistency.

The SIT8209AC-2F-18S-155.520000X oscillator operates using a dual-loop design. This design enables the oscillator to deliver a very accurate and stable frequency, while its low-jitter output provides high performance synchronization. The oscillator also has a low power consumption, making it ideal for use in battery-powered devices. It also has a wide range of frequency stability (±25 ppm) which makes it suitable for use in air-conditioning and UPS systems.

The SIT8209AC-2F-18S-155.520000X oscillator is designed to be used in harsh environments and is resistant to vibration and shock. The oscillator has a wide operating temperature range (-40°C to 125°C), making it suitable for use in automotive and industrial applications. Additionally, it is EMI-shielded, making it suitable for use in highly sensitive environments.

The SIT8209AC-2F-18S-155.520000X oscillator is a highly reliable and versatile device. It is ideal for use in precision timing and frequency applications, providing accurate time bases and frequency stability. The oscillator has a low power consumption and can operate in harsh environments, making it suitable for a variety of applications. Its dual-loop design makes it a reliable and accurate device for synchronization and frequency stability, while its low-jitter output ensures high performance synchronization.

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