ECX-L33CM-200.000 Crystals, Oscillators, Resonators

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Oscillators are devices used to generate periodic oscillatory signals with the help of simple circuits. ECX-L33CM-200.000, a well-known oscillator, is widely used in medical, automotive, industrial, avionic, and communication applications. This section will explore the use, application field, and working principle of the ECX-L33CM-200.000.

Use

ECX-L33CM-200.000 is designed to maintain frequency stability over a wide temperature range. It is a temperature compensated crystal oscillator (TCXO) which ensures long-term stability, high-frequency accuracy, and wide frequency range. The device also offers excellent frequency resolution, impact resistance, and low power consumption.

Application Field

ECX-L33CM-200.000 is widely used as a clock source in numerous medical, automotive, industrial, avionic, and communication applications. The oscillator is used as a timing reference in applications such as cell phones, navigation systems, radio station clocks, smart meters, internet communication systems, maritime communication systems, and GPS systems.

Additionally, the oscillator is also utilized as a master clock in medical imaging equipment, such as CT scanners and X-ray machines. In the automotive industry, the device is used in suspension systems, airbags, and fuel injection controllers. ECX-L33CM-200.000 is also employed in industrial automation systems for controlling automated processes. In telecommunications, the oscillator is used for controlling transmissions between antennas and base stations.

Working Principle

The working principle of the ECX-L33CM-200.000 oscillator is based on the principle of piezoelectricity. When a crystal is cut in a specific angle, it acts as a polarized material that vibrates when an electric field is applied. The crystal oscillator then utilizes this vibratory motion to generate a stable clock signal of a given frequency. The frequency of the oscillator is determined by the mechanical dimensions of the crystal.

The device also has an amplifier and a feedback circuit, which amplifies the signal generated by the crystal and feeds it back in the form of a square wave. The signal is then further amplified and output in the form of a clean clock signal, while the temperature compensation circuit ensures that the frequency remains stable over temperature.

In conclusion, ECX-L33CM-200.000 is a temperature compensated crystal oscillator which is widely used in numerous medical, automotive, industrial, avionic, and communication applications. It is designed to maintain frequency stability over a wide temperature range and offers excellent frequency resolution, impact resistance, and low power consumption. The oscillator works on the principle of piezoelectricity and is utilized to generate a stable clock signal of a given frequency.

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