AX7MBF1-66.6667C

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Oscillators are electrical circuits or components that produce a repetitive and periodic alternating current or voltage waveform. Oscillators come in a wide variety of applications, shapes, sizes, and power levels, but all have the same purpose—to generate a waveform with the desired characteristics. The AX7MBF1-66.6667C is one type of oscillator with unique features and capabilities useful in a range of applications.

The AX7MBF1-66.6667C is a low-cost quartz oscillator with a frequency stability of 0.50ppm, +/-18ppb frequency drift rate and low phase noise levels. The device is capable of operating at frequencies between 65.71 and 66.71MHz in 50mW. It uses the AT-cut crystal to achieve a wide operating frequency range and a tight frequency stability. The device is also compliant to Relevant Environmental and EMC Regulation and RoHS certified.

The AX7MBF1-66.6667C offers excellent jitter and phase noise performance for a wide range of applications. The device has excellent harmonic and sub-harmonic suppression and output signal is sinusoidal with low amplitude distortion. This device is ideal for use in frequency synthesis, SONET communication systems, telecommunications systems, radio receivers and adaptive radar systems.

The working principle of the AX7MBF1-66.6667C is based on the Quartz Crystal Resonator. A Quartz Crystal resonator working resembles that of a tuning fork. A quartz crystal is cut into thin rectangular bars with a particular set of dimensions known as the AT-cut. The bar is then attached to two metal electrodes. An alternating current input is then applied to the crystal. The quartz crystal vibrates at its resonant frequency, determined by the geometry of the plate. When the detector signal exceeds a given level, a signal is produced in the form of a sine wave.

The AX7MBF1-66.6667C uses the AT-cut crystal to produce a wide operating frequency range and a tight frequency stability. The two metal electrodes and the crystal form an electrical circuit, which functions as a resonator. A feedback circuit is used to sense the output frequency of the oscillator. Any discrepancy between the actual frequency and the set frequency is detected by the feedback circuit and is used to adjust the input signal. The resulting frequency is then adjusted accordingly.

The AX7MBF1-66.6667C features robust shock and vibration resistance, high frequency stability, low drift, and excellent noise isolation. The device utilizes advanced circuit design, low power consumption, and a low phase noise, making it suitable for a wide range of applications. This device is designed to meet or exceed EMC standards and can provide reliable performance even in harsh environmental conditions.

The AX7MBF1-66.6667C is a reliable, cost-effective oscillator with the ability to produce accurate and stable sine wave output for a wide range of applications. The device is designed for use in a wide variety of systems, including frequency synthesis, SONET communication systems, telecommunications systems, radio receivers, and adaptive radar systems. With its advanced features and capabilities, the AX7MBF1-66.6667C is one of the most reliable and cost-effective oscillators on the market.

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