ASV2-16.384MHZ-C-L1-T

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Oscillators are used in a variety of ways, but one of the most common is in radio communication systems. The ASV2-16.384MHZ-C-L1-T oscillator is especially designed for use in satellite systems, with an emphasis on high-end, precise frequency generation. This oscillator is designed to provide ultra-stable signals over a wide frequency range, up to 16.384MHz, and can be used in both fixed frequency and frequency-agile operation.

The ASV2-16.384MHZ-C-L1-T oscillator is based on the proven X-Ray Diffraction Oscillator (XRD) architecture. This advanced design works by using an X-ray diffraction pattern, or crystal lattice, to create a cross-coupled electrical field which is then amplified and fed back to create oscillations. This oscillator is designed for low phase noise, low cross-talk, and low power consumption.

The ASV2-16.384MHZ-C-L1-T oscillator is especially suited for applications where high stability and precision are key requirements. It is well-suited for use in satellite communication systems, as well as cellular and land line networks. It can also be used in a variety of instrumentation and test applications, including frequency counter calibration, audio synthesis, and scientific research.

The ASV2-16.384MHZ-C-L1-T oscillator is designed for use in environments with a wide range of temperatures and humidity levels. It has a wide operating temperature range from -20 to +70°C and is designed to continue to operate even in higher humidity environments. It has an anti-vibration design, a laser-welded header, and features built-in EMI/RFI shielding for enhanced performance.

The ASV2-16.384MHZ-C-L1-T oscillator is an ideal choice for a wide range of applications that require high stability and precision. It uses advanced XRD design and has a wide operating temperature range with anti-vibration design and built-in EMI/RFI shielding. It is designed for use in communication systems, instrumentation and calibration, and scientific research and is an excellent choice for any situation that requires high-end frequency generation.

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