SIT8209AC-3F-25S-100.000000X

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Oscillators are essential components in any dynamic system. They are used to generate and maintain precise and stable frequency outputs for various tasks such as frequency synthesis, in-circuit testing, and data acquisition. SIT8209AC-3F-25S-100.000000X is a series of oscillators suitable for various applications requiring a wide variety of frequencies. It is used to generate and maintain a specific frequency output for a wide range of applications including medical, industrial, and aerospace.

Features of SIT8209AC-3F-25S-100.000000X

The SIT8209AC-3F-25S-100.000000X oscillators offer several features including:

• Frequency stability — The frequency can be adjusted in steps of 0.00000001 Hz over a range of 100 to 200 Hz with a differential change of 50 to 100 Hz
• Wide frequency range — The oscillators operate over a wide range of frequencies from 1.0 to 40 MHz
• Low jitter — The oscillators feature low jitter outputs for smooth and precise frequency measurement
• Wide temperature range — The oscillators are designed to operate in temperatures as low as -55°C and as high as 125°C
• Power-saving — The oscillators can work under low power conditions in order to reduce power costs and conserve energy.

Application Field and Working Principle of SIT8209AC-3F-25S-100.000000X

The applications of the SIT8209AC-3F-25S-100.000000X oscillators largely depend on the frequency range. Generally, these oscillators are used in a wide range of applications including medical, industrial, and aerospace. Medical applications may include pulse generation for diagnosis and treatments. Industrial applications involve frequency synthesis for industrial practices such as welding, cutting, and stamping. Aerospace applications may utilize the oscillators for navigation, guidance, and control systems. These oscillators are also used in radio frequency identification (RFID) systems, communication networks, and mobile devices for synchronization of data.

SIT8209AC-3F-25S-100.000000X oscillators consist of a quartz crystal, a capacitor, and an amplifier. The quartz crystal is cut to a specific length which has a resonance frequency dependent on the lattice structure of the crystal. When the crystal is exposed to an alternating current, vibrations cause a strain on the crystal. This strain forces the crystal to vibrate at its resonance frequency. The capacitor is used to control the frequency of vibration by providing an impedance to the crystal while the amplifier amplifies the vibration to a desired level.

The combination of the quartz crystal, capacitor, and amplifier generates and maintains a specific frequency. The oscillators are designed to provide a wide range of frequencies while maintaining a low jitter output, which is essential for precision frequency measurement. Additionally, the oscillators feature a wide temperature range and a low-power option which allows the oscillators to be used in a wide variety of applications.

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