ECX-P35BN-62.500

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Oscillators, like The ECX-P35BN-62.500,are devices that generate an electrical signal with a specific frequency. They are used in a wide range of applications from sensing and monitoring to communications and control systems. The ECX-P35BN-62.500 is a highly accurate, reliable, and stable oscillator designed for use in precision timing applications. It has a wide operating temperature range of -40 to 125 degrees Celsius and its operating frequencies range from 10 MHz to 62.5 MHz. It is also capable of withstanding high vibration and shock.

The working principle of the ECX-P35BN-62.500 oscillator is based on the principle of an electrical resonator. An electrical resonator is a circuit consisting of an inductor, capacitor, or a combination of the two, that oscillates based on the natural resonant frequency of the circuit. In the ECX-P35BN-62.500, the resonator is a quartz crystal which is connected in a Pierce oscillator circuit. The quartz crystal is a mechanical component that vibrates at a specific frequency when an applied voltage is used to sustain the vibration. This generated frequency is then amplified by the circuit to an output frequency.

The ECX-P35BN-62.500 is an oscillator that has been designed for use in precision timing applications. It has an exceptionally low jitter and drift rate, and is designed to ruggedize power line frequency ripple and minimize power supply fluctuations. It is ideal for use in applications where accuracy and reliability are of utmost importance such as medical, aerospace, and communication equipment. It is also useful in critical military and commercial applications such as clock synchronization, positioning systems, cellular base stations, and tracking systems.

The ECX-P35BN-62.500 oscillator is reliable and stable and can provide a high degree of accuracy and reliability for a wide range of applications. It can be used in systems with varying operating frequencies and temperatures without compromising on performance. It is also capable of withstanding high levels of vibration and shock, making it a reliable choice for precision timing applications.

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