FCXO-24-10CGR

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FCXO-24-10CGR oscillators are highly precise clocks that are used as the heart of many communication systems, from high-speed digital signal processing (DSP) to wireless communication. These oscillators are extremely versatile due to their ability to withstand various temperatures, providing long-term stability over a wide range of temperatures and environmental conditions.

FCXO-24-10CGR oscillators are designed with a frequency density that is equivalent to that of crystal oscillators. This allows them to produce accurate frequency and phase responses, even when operating in a wide range of temperatures. The frequency range is also very wide, with the FCXO-24-10CGR oscillator able to maintain its accuracy across temperatures from -40°C to 85°C.

FCXO-24-10CGR oscillators are used in a variety of applications. In consumer electronics, they are often used to provide accurate timing for the clock and timer functions in digital devices. In communication systems, they are used for timing and synchronization of data transmission and storage. In automotive systems, they are used as timing elements for the Electronic Control Unit (ECU) to ensure proper engine performance and accurate emissions. In medical imaging and instrumentation, they are used as the clock for generating image data.

The working principle of the FCXO-24-10CGR oscillator is based on the electromechanical theory. A quartz crystal (or other piezoelectric material) is used as the resonator element in this oscillator. When an electrical current is applied to the crystal, the crystal will start to vibrate at its natural resonance frequency. The frequency of the vibration will be determined by the physical properties of the crystal. The vibrating crystal creates an alternating current signal that is then used to drive the oscillator circuit.

The oscillator circuit contains an amplifier, an integrator, and an output stage. The amplifier boosts the signal coming from the resonator and sends it to the integrator, which is essentially a differentiator. The integrator then filters the signal so that only the frequency of the oscillator is present at the output. The output of the integrator is then fed to the output stage, where it is amplified and transmitted to its destination.

The FCXO-24-10CGR crystal oscillator is a high-precision clock designed to provide long-term stability and accuracy over a wide range of temperatures and environmental conditions. Its frequency response is equivalent to that of a crystal oscillator, making it suitable for use in consumer electronics, communication systems, automotive systems, and medical imaging and instrumentation.

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