ECS-50-S-5P-TR

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Crystals are crystalline solids used for their unique electrical and optical properties. They are commonly used in electronic applications, such as oscillators, radios, and other wireless communications products. Crystals are also used in optical applications such as laser systems, as well as in medical imaging equipment and other scientific instruments. One common type of crystal is the ECS-50-S-5P-TR.

The ECS-50-S-5P-TR is an electric-controlled system clock crystal oscillator that is manufactured by frequency control specialists, and it operates in the frequency range of 16 MHz to 50 MHz. It is a four-pole crystal and it has a total of five pins that are connected by standard surface mount technology. This crystal has excellent temperature stability and temperature performance, making it suitable for applications that require precise and accurate timing.

ECS-50-S-5P-TR is widely used for a variety of applications including consumer and precision electronics. In consumer electronics, the crystal can be used as an oscillator for low-frequency audio signals. It is also used for synchronization purposes in audio systems, video systems, and broadcast equipment. In precision electronics, the crystal can be used in automotive, aerospace, and defense systems. The superior stability of the ECS-50-S-5P-TR helps to maintain accurate timing in highly demanding and precise applications.

The principle of operation of the ECS-50-S-5P-TR is based on the piezoelectric effect. This is the property that is exhibited by certain crystals, where an electric field can cause the crystal to undergo a mechanical deformation, and vice versa. In this crystal, an electric field is applied to the electrodes, which causes the crystalline structure to vibrate and create an electric oscillation that is amplified by an external circuit.

The electrodes also serve to shape the output waveform produced by the crystal. The electrodes are made up of flexible metallic materials, which modify the resistivity, inductance, and capacitance of the device, which changes the output waveform accordingly. Additionally, the insulating substrate further changes the properties of the output waveform, by controlling the voltage and current across the electrodes. This allows the crystal to be used in applications that require precise timing signals.

The frequency of the oscillation produced by the ECS-50-S-5P-TR is determined by the crystal’s construction and the speed of mechanical deformation. The frequency can be controlled by adjusting the internal circuitry of the device, or by applying an external signal to the crystal’s electrodes. The frequency stability of the crystal is also excellent, making it suitable for use in applications that require precise timing and frequency control.

In summary, the ECS-50-S-5P-TR is a popular crystal used in various electronic and optical applications. Its piezoelectric effect based working principle allows it to produce precise and stable timing signals. Its excellent frequency stability makes it suitable for use in demanding applications, such as automotive, aerospace, and defense systems.

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