403C35D26M00000

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Crystals play an important role in the development of technologies. One of the most important crystals is the 403C35D26M00000 crystal, which is often used in many applications.

The 403C35D26M00000 is a type of quartz crystal manufactured using cutting-edge techniques. It is a highly stable and low power consuming quartz crystal. The crystal is 26 milimeters long and comes in a variety of configurations.

This crystal has a wide range of applications in the fields of telecommunications, communications, computer systems, and medical devices. The crystal is also used in a variety of digital systems, including processors, digital signal processors (DSPs), television systems, digital audio systems, and digital video systems.

The crystal also has several advantages over other types of crystals. The 403C35D26M00000 crystal offers a wide tuning range and low power consumption, making it ideal for digital design applications. The crystal also has a wide frequency stability, which minimizes disturbances in digital system performance. Additionally, the crystal has low jitter, making it suitable for use in high-performance digital systems.

The 403C35D26M00000 operates on a wide frequency range, ranging from 1 MHz to 135 MHz. Its operating temperature range is -40 degrees C to +85 degrees C. It also has a rated frequency temperature coefficient of <100 ppm. This crystal is also characterized by low aging and excellent frequency stability.

The crystal’s working principle is based on the piezoelectric effect, which is a phenomenon where an electric current is produced when an external mechanical force is applied to a material. The 403C35D26M00000 is built using quartz, which is a piezoelectric material. When mechanical force is applied to the crystal, an electric charge is generated, which can be used to generate an alternating current that is oscillating at a specific rate. This oscillation rate is known as the resonant frequency.

The 403C35D26M00000 is a reliable and very cost-effective crystal that is used in numerous digital systems. Its wide range of application fields and excellent working principle make it a great choice for digital systems.

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