ECX-L23CM-312.500 Crystals, Oscillators, Resonators

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Oscillators are widely used in today\'s electronic engineering applications. ECX-L23CM-312.500 is an oscillator of which the turn frequency, stability, and temperature range are highly suitable for a variety of industries. This oscillator features excellent linearity characteristics and can be used in a wide range of operating frequencies up to 150MHz. In this article, we will discuss the application field and working principle of the ECX-L23CM-312.500 oscillator.

The ECX-L23CM-312.500 oscillator can be used in many industrial applications such as broadcast equipment, communications systems, digital signal processing systems, and medical equipment. It is typically used to produce stable clock signals that control the operation of electronic components. They are also used in some instrumentation and control systems for precise timing and synchronization, as well as generating periodic waveforms for data acquisition, signal conditioning, and other analog signal processing.

The ECX-L23CM-312.500 oscillator features high frequency accuracy, low noise levels, and low phase noise. This is due to the use of a high-quality quartz crystal which has an outstanding frequency stability over temperature variations, and can provide accurate frequency adjustment that may be required in some applications. The ECX-L23CM-312.500 is also capable of providing very low jitter, as well as excellent linearity characteristics, further contributing to its reliability and performance. These features make it well suited for many industries requiring precision timing and synchronization.

The ECX-L23CM-312.500 oscillator has an operating temperature range of -40°C to 120°C. This makes the device suitable for uses in extreme environments which require the oscillator to operate reliably in harsh conditions. The device is RoHS compliant, has a low power consumption level, and is also CE approved for both commercial and industrial applications. Furthermore, the ECX-L23CM-312.500 also features several protective measures to ensure its reliable operation.

The working principle of the ECX-L23CM-312.500 oscillator is based on a quartz crystal resonator in combination with a precision-engineered oscillator circuit. A quartz crystal is characterized by Piezoelectricity, which is the ability of a crystal to generate an electrical field when subjected to mechanical stress. The quartz crystal is driven by an AC voltage source, and this excitation causes the crystal to vibrate at its resonant frequency. The oscillation of the crystal is converted to a stable voltage signal, which is then used to generate a stable clock signal.

The ECX-L23CM-312.500 oscillator uses a feedback mechanism to ensure its stable operation. This feedback consists of a frequency-detecting circuit which is used to adjust the voltage supplied to the quartz crystal. The voltage is adjusted until the power supply reaches the desired set frequency, which is then used to stabilize the oscillator and maintain its accuracy over temperature variations. This ensures that the oscillator will always output the required clock signal.

In summary, the ECX-L23CM-312.500 oscillator is an excellent choice for many industrial applications requiring precise timing and synchronization. The device features a wide operating temperature range, high frequency accuracy, low noise levels, and low phase noise. Its feedback mechanism ensures that it is able to provide a stable clock signal over temperature variations. All of these features make the ECX-L23CM-312.500 a reliable and dependable choice for many electronic engineering applications.

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